# Depinsim - Free Mobile Internet Protocol
{% hint style="info" %} For more information on how to use Depinsim, refer to [**Quick Start** ](/the-future-of-global-connectivity/quick-start)page. {% endhint %} **Depinsim** is a decentralized connectivity infrastructure that transforms global communication into a value network. Built on the **Free Mobile Internet Protocol (FMIP)** and powered by **BNB Chain**, Depinsim enables users to earn, own, and exchange mobile data as digital assets — connecting the world through freedom, not fees. At its core, Depinsim bridges the gap between telecommunications and blockchain, creating a borderless, censorship-resistant, and user-owned mobile ecosystem. Every user becomes both a participant and a stakeholder in a global network where connectivity itself becomes a source of value. *** ### The Free Mobile Internet Protocol (FMIP) The Free Mobile Internet Protocol is the foundation of Depinsim’s architecture — an open standard that converts mobile bandwidth into a **mineable, transferable, and redeemable digital resource**. FMIP operates on three interconnected layers: 1. **Mining Layer — Passive Connectivity Rewards**\ Users activate virtual miners within the Depinsim App, generating passive **Mined Data** rewards simply by staying connected. 2. **Network Layer — Borderless Access**\ Each Depinsim (e)SIM provides seamless global roaming without SIM swaps, ensuring uninterrupted connectivity anywhere on Earth. 3. **Value Layer — Data-to-Value Conversion**\ Mined Data can be exchanged for **$ESIM tokens**, the native utility token of the Depinsim ecosystem, or redeemed directly for eSIM data packages — bridging real-world connectivity with on-chain value. Together, these layers form a decentralized mobile economy where participation, ownership, and utility are seamlessly connected.Together, these layers form a decentralized mobile economy — one where connection itself becomes a source of value. *** ### Solving the Challenges of a Globalized Digital Economy Traditional mobile infrastructure remains closed, centralized, and geographically restricted. Users rely on carriers that charge high fees, impose roaming limits, and control data access. Meanwhile, the Web3 ecosystem demands a communication layer that is open, secure, and interoperable. Depinsim addresses this by merging blockchain logic with telecom infrastructure. Through the Depinsim App, users can: * Earn data through mining and tasks * Exchange Mined Data for **$ESIM tokens** or global eSIM access * Conduct crypto transfers using phone numbers instead of complex addresses * Maintain full control of their digital identity and digital assets This creates an ecosystem where connectivity is no longer a cost — but a programmable, user-owned resource. *** ### A New Paradigm: Connection as Value Depinsim redefines what it means to stay connected. Connectivity is no longer just communication — it is participation in a self-sustaining digital economy. By empowering users to own their bandwidth, convert connectivity into $ESIM tokens, and access real-world mobile services through simple mobile identities, Depinsim introduces a new paradigm where **connection itself becomes value**. Depinsim isn’t just building a telecom alternative.\ It is creating the backbone of the next internet — a decentralized, user-owned mobile world. # The Problem: Centralized Telecom Infrastructure Redefining Mobile Freedom In today’s hyper-connected world, mobile connectivity has become a foundational layer of modern life — essential for communication, work, and participation in the digital economy. Yet, the systems that power this connectivity remain highly centralized, controlled by a limited number of telecom operators and fragmented by regional licensing, infrastructure silos, and regulatory boundaries. Traditional mobile networks suffer from structural limitations that make them fundamentally incompatible with a truly global, digital-first economy. * **High Costs and Barriers to Access**\ Roaming fees, long-term contracts, and opaque pricing models restrict global mobility. Users are forced to pay significant premiums simply to remain connected across national borders. * **Regional Fragmentation**\ Telecom infrastructure is built around jurisdictional boundaries. Each region operates isolated systems, forcing travelers, remote workers, and global businesses to manage multiple SIM cards, providers, and incompatible data plans. * **Lack of Interoperability and User Ownership**\ Users do not own their connectivity identity or usage data. Access rights, routing decisions, and data records remain fully controlled by centralized service providers, leaving users with limited transparency and autonomy. * **Limited Flexibility for Modern Lifestyles**\ Digital nomads, remote teams, and global organizations require persistent, borderless connectivity. However, traditional mobile networks remain rigid, carrier-dependent, and geographically constrained. The result is a global system where connectivity — a fundamental enabler of modern freedom — is treated as a controlled service rather than an open, user-owned infrastructure. *** ### The Need for a Decentralized Alternative As digital ecosystems become increasingly borderless, reliance on centralized mobile infrastructure has emerged as a critical bottleneck. Global communication requires a new protocol — one that removes unnecessary intermediaries, aligns network incentives, and enables users to participate directly in the value they help generate. Depinsim addresses this challenge through the **Free Mobile Internet Protocol (FMIP)** — a decentralized standard for mobile connectivity and data value exchange. By replacing restrictive telecom control with an open, blockchain-powered model, FMIP redefines mobile connectivity as a **public, borderless, and user-owned network layer**, built for the next generation of the internet. ### # The Rise of DePIN and Data-as-Value Models Over the past decade, the digital economy has undergone a profound structural shift.\ Cloud computing, edge networks, and blockchain technologies have steadily moved the world away from centralized infrastructure toward distributed, user-powered systems. This transition gave rise to the **Decentralized Physical Infrastructure Network (DePIN)** model — a framework in which users collectively build, maintain, and operate real-world infrastructure while earning digital rewards for their participation. From decentralized storage and compute to sensor networks and wireless coverage, DePIN represents a fundamental rethinking of how physical systems are deployed, owned, and economically incentivized. *** ### From Infrastructure as a Service to Infrastructure as a Network Traditional telecom and infrastructure providers operate under a top-down ownership model.\ A small number of corporations build and control large-scale networks, while users remain passive consumers of services. In contrast, the DePIN model transforms infrastructure into a **network owned and sustained by its participants**, where every user becomes both a contributor and a beneficiary. This bottom-up paradigm enables: * **Scalability through collective participation**\ Infrastructure expands organically as more users join, contribute resources, and extend network reach. * **Incentive Alignment through Tokenized Rewards**\ Participants are rewarded directly for contributing coverage, stability, and availability to the network, aligning individual incentives with network growth. * **Transparency and Autonomy through Blockchain**\ Network logic — including access control, verification, and reward distribution — is governed by open, auditable code rather than centralized corporate policy. As connectivity becomes a foundational layer of digital civilization, extending the DePIN model into telecommunications is no longer experimental — it is essential. *** #### **From Mining Coins to Mining Connection** Depinsim represents the next evolution of the DePIN movement by extending decentralized infrastructure into the mobile connectivity layer. Where early blockchain networks focused on mining computational power or storage capacity, Depinsim introduces a new paradigm: **mining connection itself**. Through the **Free Mobile Internet Protocol (FMIP)**, every active eSIM node contributes to network reach and reliability, generating **Mined Data** — a cryptographically verifiable representation of real-world connectivity contribution. This model transforms mobile data from a consumable expense into a measurable economic output, establishing **Data-as-Value** as a core principle of digital participation. Depinsim does not simply tokenize bandwidth.\ It redefines the economic model of communication — turning every byte transmitted into proof of coordinated human and machine collaboration across a decentralized global network. # From Centralized Operators to User-Owned Networks For decades, the global telecom industry has been built on a **top-down model**.\ A small number of carriers own the infrastructure, regulate access, and extract value from billions of users.\ This system relies on physical monopolies, licensing, and control — leaving individuals dependent on institutions that define who can connect, at what price, and under what conditions. In contrast, Web3 introduced a different economic law: > *Ownership follows contribution.* Depinsim applies this principle to mobile communication — replacing the legacy carrier hierarchy with a **peer-driven network**, where users collectively form, secure, and sustain the infrastructure they use. **Ownership follows contribution.** Depinsim applies this principle to mobile communication — replacing the legacy carrier hierarchy with a peer-driven network where users collectively form, secure, and sustain the infrastructure they rely on. *** #### The Shift from Carriers to Contributors Traditional telecom networks depend on centralized gateways, fixed subscriptions, and opaque billing systems.\ Depinsim dismantles this dependency by redefining every participant as both a consumer **and** a contributor of network value. Each user activates a Depinsim Miner within the app, transforming their eSIM-enabled device activity into **verifiable proof of network participation**. Instead of paying recurring fees to a carrier, users earn **Mined Data** by contributing validated connection time and network stability. This creates a reciprocal economy: * Users sustain the network through real-world activity * The protocol converts Mined Data into **$ESIM tokens**, the native utility token of the Depinsim ecosystem * Earned value can be reinvested into new eSIM plans or redeemed for real-world connectivity services Connectivity thus evolves from a recurring expense into a **user-owned, value-generating digital asset**. *** #### **Eliminating Intermediaries through Protocol Design** At the core of Depinsim’s architecture is the **Free Mobile Internet Protocol (FMIP)** — a decentralized coordination layer that replaces traditional telecom intermediaries with cryptographic and algorithmic trust. FMIP governs: **Identity**\ Each phone number or eSIM functions as a verifiable digital identifier within the network. **Access**\ Network permissions are granted through cryptographic validation rather than carrier-controlled approvals. **Settlement**\ All value exchange is executed transparently through **$ESIM-denominated smart contracts**, ensuring open and auditable economic flows. Through this protocol-driven design, Depinsim removes the need for centralized billing systems, roaming agreements, and region-specific restrictions.\ Connectivity becomes programmable, borderless, and self-sustaining. #### **User-as-Network: The Depinsim Paradigm** Depinsim’s innovation lies not only in its technology, but in its philosophy: **Users are no longer customers of the network — they are the network.** Every connected participant: * Verifies bandwidth integrity through Proof-of-Connection (PoC²) * Earns proportional rewards for maintaining network uptime * Contributes directly to the reliability of the global Depinsim mesh This model transforms mobile connectivity into a collective public infrastructure where value flows back to those who generate it. The result is a scalable, incentive-aligned system that grows organically with participation —\ **a network owned by everyone, operated by everyone, and sustained by everyone.** # Free Internet as a Global Right Access to the internet is no longer a luxury — it is a foundational pillar of modern civilization.\ Communication, education, finance, and governance increasingly depend on the ability to connect. Yet, nearly half of the world’s population still faces barriers imposed by high costs, rigid infrastructure, and centralized control. Depinsim envisions a world where connectivity is a **public right**, not a paid privilege.\ Through the **Free Mobile Internet Protocol (FMIP)**, Depinsim is building a foundation for universal, self-sustaining, and user-owned mobile access — redefining what “free internet” means in the Web3 era. #### **From Access to Ownership** In the traditional model, users rent access from telecom providers.\ Depinsim replaces this dependency with **digital ownership**. Every user gains control over their identity, bandwidth, and rewards, creating a direct and equitable relationship between individual contribution and global network value. Through Depinsim, users can: * Earn value by staying connected through **Mined Data** * Own their access via decentralized eSIMs * Transact directly using **$ESIM tokens**, without intermediaries * Participate in the expansion and sustainability of the network Connectivity becomes more than a utility — it becomes a form of **personal digital sovereignty**. #### **Bridging the Digital Divide** Billions remain unconnected not because technology is unavailable, but because access is financially or institutionally restricted. Depinsim removes these barriers by enabling a distributed connectivity economy, where global bandwidth is unlocked and shared through aligned incentives rather than centralized control. The outcome is not merely lower costs.\ It is a structural shift in who benefits from the global communication economy. When individuals can earn, own, and exchange connectivity on their own terms, internet access evolves from a commercial service into a **collective human asset**. #### **The Path Forward** Depinsim’s long-term mission is to integrate **FMIP** into the core fabric of digital infrastructure — from smartphones and IoT devices to enterprises and national-scale systems. It envisions a future where: * Every person can connect without borders or intermediaries * Every byte of data carries measurable, redeemable value * Every user becomes a node in a truly open mobile internet This is not merely an evolution of telecommunications.\ It is a declaration of **digital independence**. Depinsim stands for a world where connection itself carries freedom, value, and ownership —\ a world where **Free Internet is a Human Right**. # Free Mobile Internet Protocol (FMIP) # The Architecture of a Free Mobile Internet The **Free Mobile Internet Protocol (FMIP)** is the foundational layer of Depinsim — a decentralized standard designed to transform mobile connectivity into a self-sustaining, user-owned economy. Rather than relying on centralized telecom operators, FMIP coordinates how individuals, applications, and devices interact across a global communication network where **every connection generates measurable value**. At its core, FMIP redefines connectivity through a simple principle: > **Connection = Contribution = Value** Every active connection becomes a verifiable resource.\ Users no longer pay intermediaries for access — they participate directly in, and benefit from, the network they help sustain. ### **From Consumption to Co-Ownership** Traditional telecom systems operate as closed hierarchies: users pay for data, while carriers extract and monetize network traffic. FMIP replaces this model with a peer-based ownership framework, allowing every device to function simultaneously as a **network participant and value contributor**. Through: * **Proof-of-Connection (PoC²)** — verification of real, continuous network activity * **Mined Data** — quantifiable proof of user participation * **Data-to-Value Conversion** — redeeming earned data for **$ESIM tokens** or eSIM services FMIP transforms bandwidth from a consumable expense into a **productive, transferable digital asset**. ### **Depinsim as the First Implementation** Depinsim serves as the first full-scale implementation of FMIP. Through the Depinsim App, users can activate eSIMs, deploy virtual Miners, and convert their **Mined Data into $ESIM tokens**, unlocking real-world connectivity value within the ecosystem. Each active connection strengthens network integrity and expands global coverage, forming the world’s first decentralized mobile economy — one where users collectively own both **access** and **reward**. ### # Three-Layer Architecture FMIP operates on a modular architecture composed of three interconnected layers, each fulfilling a distinct role within the protocol’s ecosystem. ### Mining Layer — Passive Connectivity Rewards The Mining Layer transforms network participation into measurable, protocol-native value. Users activate virtual Miners within the Depinsim App, which verify uptime, stability, and traffic integrity through blockchain-based metrics.\ Each verified contribution generates **Mined Data**, the protocol’s native yield derived from **Proof-of-Connection (PoC²)** validation. * **Proof-of-Connection (PoC²)** ensures that every online device contributes real bandwidth and verifiable network activity * **Mined Data** represents transferable proof of productive connectivity * Rewards scale based on network activity, coverage duration, and participation consistency Through this mechanism, Depinsim introduces a sustainable earning model — where **connection itself produces continuous passive value**. ### Network Layer — Borderless Global Connectivity The Network Layer integrates multi-carrier eSIM technology with blockchain validation to form a unified, borderless connectivity network. Each Depinsim eSIM functions as a decentralized access credential, enabling global connectivity without SIM swaps, carrier contracts, or regional restrictions. Key features include: * **Seamless Network Management** — automatic switching between networks across countries and regions with zero downtime * **Decentralized Access Control** — identity and authentication handled cryptographically rather than by centralized telecom providers * **Continuous Connectivity** — persistent global access maintained through verifiable network nodes Whether traveling across continents or operating distributed businesses, users experience uninterrupted global roaming — coordinated by the protocol, not by carriers. ### Value Layer — Data-to-Value Conversion The Value Layer bridges protocol-level participation with real-world utility. **Mined Data** earned through network contribution can be utilized in two primary ways: #### Convert to $ESIM Tokens Mined Data can be converted into **$ESIM tokens**, the native utility token of the Depinsim ecosystem, representing the on-chain value of verified connectivity contribution. #### Redeem for eSIM Data Services Mined Data can also be redeemed directly for global eSIM data packages, enabling users to access mobile connectivity without additional payment. Together, these mechanisms form a closed-loop incentive cycle: > **Connect → Mine → Convert → Use → Connect Again** As participation increases, network coverage expands, utility grows, and value circulation strengthens — resulting in a self-reinforcing mobile data economy driven entirely by user activity. # Proof-of-Connection (PoC²) At the core of the **Free Mobile Internet Protocol (FMIP)** lies **Proof-of-Connection (PoC²)** — a decentralized validation mechanism that converts real-world mobile connectivity into **verifiable, on-chain proof of contribution**. PoC² establishes a trust-minimized framework where participation is measured through actual network activity rather than simulated computation or abstract resource claims. #### **Decentralized Validation Through Connectivity** Traditional telecom systems depend on centralized operators to authenticate users, monitor usage, and determine rewards. FMIP replaces this legacy model with a cryptographic verification process in which each user device — or **Depinsim Miner** — functions as an autonomous network node capable of validating its own activity. Each node generates cryptographic proofs across three measurable dimensions of network participation: * **Active Connectivity Time** — duration of continuously verified online sessions * **Signal Integrity and Transmission Stability** — reliability and quality of the connection * **Geographical Distribution** — contribution to global coverage, redundancy, and network resilience These proofs are periodically recorded on-chain, forming a transparent and tamper-resistant ledger of participation across the network. #### Key Attributes of PoC² * **Fraud Resistance**\ Network participation is validated through multi-layer verification, preventing traffic simulation, spoofing, or device emulation. * **Energy Efficiency**\ Unlike computation-intensive mining models, PoC² leverages existing device connectivity and consumes no additional energy beyond normal mobile usage. * **Scalability**\ The protocol supports large-scale participation without introducing computational bottlenecks or network congestion. * **Incentive Integrity**\ Rewards are allocated proportionally based on verified uptime, stability, and contribution quality, ensuring fairness and minimizing manipulation. Through PoC², ordinary mobile activity is transformed into a **measurable, value-producing network contribution**. #### **From Verification to Trustless Infrastructure** By combining cryptographic validation with real human-driven connectivity, PoC² bridges physical participation and digital consensus. The mechanism removes the need for centralized monitoring while preserving integrity and reliability at scale. PoC² is more than a validation process — it is the foundation of a **trustless telecommunications layer**,\ where transparency replaces authority, and every verified connection strengthens the sustainability of the global network. ### # The X402 Protocol — Where Connectivity Meets Payment The **X402 Protocol** is the transactional backbone of Depinsim — an open protocol layer where connectivity meets payment. While the **Free Mobile Internet Protocol (FMIP)** establishes a decentralized framework for global communication,\ X402 introduces the missing economic layer — enabling **real-time, pay-per-use settlement** for digital interactions across the network. Together, FMIP and X402 form a dual-protocol system that transforms mobile connectivity from a passive service into a **programmable, value-generating network**. *** #### **From Connection to Transaction** In traditional telecom systems, data flows freely, but value does not. Depinsim changes this paradigm. Through X402, every verified network event — from mobile data usage to task completion or API invocation — can be **priced, settled, and recorded on-chain**. This creates a new transaction layer for the internet: ⚡️ **Pay-per-Use APIs**\ Developers and partners can deploy on-chain services that automatically charge or reward users based on real usage. 🌐 **Global Connectivity Settlement**\ Cross-border eSIM access is settled instantly without carriers, roaming agreements, or intermediaries. 💎 **On-Chain Data Value Exchange**\ Bandwidth usage, task execution, and user participation are converted directly into **$ESIM tokens**, the native utility token of the Depinsim ecosystem. Through X402, connectivity itself becomes a **circulating unit of value**, flowing transparently across an open and verifiable financial network. *** #### **Programmable Value for a Connected World** X402 embeds programmable payment logic directly into the Depinsim ecosystem. Every device, user, or application connected via FMIP can transact autonomously — earning, paying, or exchanging value based on real-time network activity. For developers, this enables an entirely new class of services: * APIs that bill per request, verification, or data usage * Decentralized applications that reward users automatically upon completion of network actions * Enterprises that dynamically settle telecom usage across countries, platforms, and chains For users, the experience becomes radically simpler and more transparent:\ access, participation, and rewards flow through a **single unified account — their Depinsim identity**. *** | Layer | Protocol | Function | | ---------------------- | -------- | -------------------------------------------------------------------------- | | **Connectivity Layer** | FMIP | Enables decentralized, user-owned global access | | **Transaction Layer** | X402 | Enables programmable, real-time settlement across data, APIs, and services | > **FMIP connects the world.**\ > **X402 makes every connection count.** Together, they define a new internet primitive —\ a system where communication and finance are no longer separate,\ and where every byte, signal, and interaction carries **verifiable, transferable value**. # Depinsim Network # Web3 Connectivity and Digital Identity Depinsim extends mobile connectivity into the Web3 ecosystem by transforming each eSIM phone number into a **blockchain-compatible digital identity**. This integration bridges communication, identity, and finance — enabling users to access decentralized services directly from their mobile devices, without relying on external wallets, browser extensions, or complex onboarding flows. #### **eSIM as a Web3 Identity** Each Depinsim eSIM is mapped to a blockchain address through the **FMIP identity layer**, turning a phone number into a verifiable on-chain credential. This enables users to: * Send and receive crypto using simple, number-based identifiers * Authenticate securely when interacting with decentralized applications * Unify communication, identity, and value exchange under a single, self-owned account With this architecture, the eSIM evolves beyond a connectivity tool — becoming a **digital passport** for the decentralized internet. #### **Decentralized Identity (DID) and Privacy** Depinsim integrates **Decentralized Identity (DID)** standards to ensure full user ownership over identity and personal data. Authentication and verification occur through on-chain mechanisms, eliminating reliance on centralized authorities and reducing the risk of identity manipulation or access revocation. Key protections include: * **End-to-End Encryption** for messages and identity credentials * **Immutable Ownership** of phone numbers and identity keys * **Elimination of SIM Swap Risk** through blockchain-level registration and recovery mechanisms This identity model preserves user sovereignty while maintaining interoperability across the Web3 ecosystem. #### **Cross-Chain Interoperability** Built on **BNB Chain**, Depinsim is designed to support interaction across EVM-compatible and major blockchain networks. Through a single eSIM-linked identity, users can seamlessly access decentralized services across multiple chains, ensuring: * Universal access to Web3 utilities, DeFi platforms, and decentralized applications * A future-proof identity layer adaptable to emerging blockchain standards * Smooth integration across multi-chain ecosystems without fragmented credentials Through this approach, Depinsim redefines connectivity — not merely as access to the internet, but as **direct access to the decentralized economy itself**. # Effortless, Secure, and Stable Connectivity Redefining User Convenience Depinsim is designed to remove the complexity of traditional mobile networks while delivering a higher standard of security, stability, and ease of use. By combining decentralized infrastructure, persistent eSIM identities, and blockchain-based security, Depinsim enables seamless global communication and digital identity management — without the friction of legacy telecom systems. *** ### User-Centric, Frictionless Experience Depinsim eliminates the barriers that traditionally complicate mobile connectivity and digital access.\ Unlike conventional telecom providers, Depinsim offers: * **Decentralized Security & Privacy**\ End-to-end encryption and blockchain-based authentication protect user data from breaches, interception, and unauthorized access. * **Instant Activation & Seamless Switching**\ Users can activate connectivity instantly without physical SIM cards, carrier lock-ins, or manual network configuration. * **Privacy-First Onboarding**\ Users can get started quickly without lengthy KYC procedures, while retaining full control over their digital identity. *** ### Enhanced Security & Reduced Risks Traditional mobile numbers are vulnerable to expiration, SIM swap attacks, and unauthorized reassignment. Depinsim mitigates these risks through protocol-level design: * **End-to-End Encrypted Communication**\ Encrypted SMS and in-app messaging ensure private, censorship-resistant communication. * **Persistent, Non-Recycled Numbers**\ Users retain uninterrupted access without exposure to carrier-driven number reassignment or deactivation. * **Stronger Authentication Guarantees**\ Critical verification messages — including financial confirmations, account logins, and security alerts — are delivered reliably, reducing fraud and account takeover risks. *** ### Reliable & Uninterrupted Communication Depinsim provides stable connectivity across personal, professional, and financial use cases: * **Global Business Continuity** — Remote workers and entrepreneurs remain connected without carrier-imposed limitations * **Financial & Emergency Reliability** — Secure delivery of banking notifications, transaction confirmations, and urgent alerts without number-related disruptions Connectivity remains consistent regardless of location, usage context, or network boundaries. *** ### Raising the Standard for Decentralized Connectivity Depinsim is redefining mobile connectivity through a user-first, blockchain-powered infrastructure. By offering persistent, privacy-focused, and globally accessible eSIM identities, Depinsim empowers users to navigate the digital world with confidence, security, and full control over their connectivity. # A Sustainable and Decentralized Economic Model Redefining Value in Connectivity Depinsim introduces a new economic paradigm that unifies decentralized connectivity with blockchain-based value coordination. Unlike traditional telecom models that centralize ownership and extract value from users, Depinsim establishes a **self-sustaining, user-driven economic system** — where participation in the network directly translates into ownership, utility, and economic opportunity. By combining a protocol-level data marketplace, tokenized incentives, and decentralized settlement mechanisms, Depinsim creates an inclusive and scalable economy that aligns user activity with long-term network sustainability. ### Decentralized Data Marketplace: Monetizing Connectivity Depinsim enables mobile connectivity to function as an open economic resource rather than a prepaid expense. Through its decentralized data marketplace, users can transform unused or earned connectivity into exchangeable value within the ecosystem. This model: * **Empowers Participation** — Shifts control from centralized telecom providers to a user-owned economic network * **Enhances Accessibility** — Enables more affordable connectivity for users in high-cost or under-served regions * **Optimizes Resource Utilization** — Converts unused or surplus data into productive economic output This peer-to-peer data economy increases efficiency and fairness in how global bandwidth is distributed and utilized, without reliance on centralized intermediaries. *** ### $ESIM Token Economy: Incentives, Utility, and Network Growth At the core of Depinsim’s economic model is **$ESIM**, the native utility token of the ecosystem. $ESIM aligns user incentives with network growth by serving as the primary medium for rewards, settlement, and participation. #### Earn and Use Users earn $ESIM tokens by contributing to the network through activities such as connectivity participation, task completion, and protocol-defined engagement. Earned $ESIM can be: * Used to redeem eSIM services and mobile data * Exchanged within the ecosystem * Reinvested into further network participation #### Staking and Network Alignment Users may stake $ESIM tokens to receive additional protocol incentives. Staking mechanisms are designed to encourage long-term participation, economic alignment, and network stability — ensuring that value accrues to contributors who support the ecosystem over time. #### Transparent and Trustless Settlement All economic activity within Depinsim is executed through blockchain-based settlement: * Transactions are transparent, verifiable, and immutable * No centralized intermediaries are required * Users retain full ownership over their assets and participation rewards This structure establishes a trust-minimized financial layer that supports global participation at scale. *** ### Building an Inclusive and Sustainable Economy Depinsim’s decentralized economic design prioritizes long-term resilience and accessibility: * **Sustainable Growth** — Value circulation is driven by real connectivity usage and participation * **Incentivized Contribution** — Rewards are tied directly to measurable network activity * **Digital Inclusion** — Decentralized data exchange expands access to affordable connectivity worldwide Rather than extracting value from users, the network redistributes value to those who actively contribute to its growth and reliability. *** ### Redefining the Economics of Connectivity By integrating decentralized marketplaces, protocol-native incentives, and blockchain-based settlement, Depinsim redefines how mobile connectivity is valued and monetized. Connectivity evolves from a static utility into a **productive, user-owned economic resource** — where participation generates value, and value reinforces participation. Depinsim demonstrates that mobile networks can be decentralized, economically sustainable, and aligned with user interests — transforming global connectivity into a shared, incentive-driven ecosystem. # Incentivized Participation Rewarding Network Growth Depinsim transforms mobile connectivity from a passive service into an **active earning and participation model** through protocol-driven incentives. Unlike traditional telecom providers that extract value without redistributing it, Depinsim aligns network growth with user rewards — ensuring that those who contribute to connectivity, adoption, and ecosystem expansion directly benefit from the value they help create. Through task-based participation, network contribution rewards, staking incentives, and referral mechanisms, users become long-term participants in a decentralized connectivity economy while enjoying seamless global access. *** ### How Users Earn Rewards Depinsim’s incentive structure is designed to ensure fair, transparent, and contribution-based value distribution. #### Task-Based Participation Rewards Users can earn **$ESIM tokens** by completing protocol-supported tasks that contribute to ecosystem growth, including: * Referring new users to Depinsim * Participating in community initiatives, content engagement, or ecosystem promotion * Providing feedback, surveys, or early testing for new features These activities encourage continuous engagement while aligning community growth with protocol adoption. #### Network Contribution & Data Participation Depinsim enables users to earn rewards through meaningful participation in the connectivity network: * Contributing verified connectivity through active eSIM usage * Supporting network coverage, stability, and availability * Participating in protocol-defined data contribution mechanisms Rewards are allocated based on measurable participation rather than speculative activity, reinforcing the **Connection = Contribution = Value** principle. #### eSIM-Based Network Participation Each Depinsim eSIM-enabled device functions as a lightweight network participant through **Proof-of-Connection (PoC²)**. By maintaining verified uptime, stability, and real connectivity activity, users generate **Mined Data**, which can be converted into **$ESIM tokens** according to protocol rules. This model enables passive participation without additional hardware or computational burden, while strengthening decentralized connectivity. #### Referral-Based Growth Incentives Depinsim incorporates referral incentives to support organic, community-driven expansion: * Users earn $ESIM rewards for successful referrals * Network growth is driven by real adoption rather than centralized marketing spend * Incentives reinforce sustainable, user-led ecosystem expansion #### Staking & Long-Term Participation Users may stake **$ESIM tokens** to access additional protocol incentives designed to support long-term alignment with the network. Staking mechanisms encourage: * Sustained participation and economic commitment * Network stability through reduced short-term speculation * Deeper alignment between contributors and protocol growth Participation-based incentives may also include priority access to ecosystem features or services, as defined by protocol governance. *** ### Empowering Users Through Incentives Depinsim’s incentive framework is designed to build an engaged, decentralized, and self-sustaining community by: * **Rewarding Meaningful Participation** — Value is distributed based on real contribution * **Returning Value to Users** — Network growth benefits contributors, not centralized intermediaries * **Encouraging Long-Term Engagement** — Incentives reinforce retention, trust, and ecosystem resilience *** ### A Self-Sustaining, Participation-Driven Ecosystem By embedding incentives into every layer of the Depinsim network, users evolve from passive customers into **active co-builders of global connectivity**. Every interaction — from staying connected to participating in the ecosystem — strengthens the network and reinforces its economic foundation. With Depinsim, connectivity is no longer just a service.\ It is an opportunity to **earn, participate, and shape the future of decentralized mobile networks**. # Quick Start We recommend starting with our **Telegram Mini App** ([link](https://t.me/DepinSimBot)) , which provides the best user experience and seamless access to all our features. Users come to us for a variety of reasons but most importantly they can: * ✅ Instant eSIM Activation – Get an eSIM with global roaming coverage in just a few taps. * 🎁 Earn Rewards – Unlock free data and token airdrops by completing tasks or referring friends. * 🆔 Mint DID - Unlock Exclusive Rewards * 💰 Monetize Your Activity – Earn monetary rewards by: * Participating in location-based activities, such as Geo-targeted Ads and IoT Connectivity Sharing. * Selling mined data securely (Coming Soon). # How to Subscribe VIP Upgrading to **VIP** unlocks premium benefits, including enhanced rewards, exclusive features, and better connectivity options. Follow the steps below to subscribe:
### Step-by-Step Guide to Subscribing to VIP 1. **Open the Depinsim Telegram Bot**: Tap the “**Diamond**” icon or your **Telegram** **username** at the top left of the home page. 2. **Explore VIP Plans** 1. You will see three different VIP tiers, each offering unique benefits. 2. Compare the features and select the VIP plan that best suits your needs. 3. **Subscribe, Extend, or Upgrade** 1. Choose your preferred VIP tier and follow the on-screen instructions to subscribe. 2. You can also extend your existing VIP subscription or upgrade to a higher-tier plan at any time. ### Why Subscribe to VIP? 🌟 Exclusive Rewards – Earn extra Diamonds, cashback, and priority perks. 🌍 Enhanced eSIM Benefits – Get discounts on data plans and access premium global roaming. 🔓 Priority Access – Unlock early access to new features, token airdrops, and exclusive promotions. # How to Earn Diamonds Diamonds are the core reward points in the Depinsim ecosystem. You can earn them by engaging with our platform and completing various tasks. ### **Steps** **to Earn Diamonds:** 1. **Navigate to the “Earn” Page** Open the Depinsim Telegram Bot and go to the Earn page. This section provides a list of available tasks that allow you to accumulate more diamonds. 2. **Subscribe to VIP for Bonus Diamonds** Unlock additional benefits by subscribing to our VIP membership. As a VIP member, you will receive exclusive diamond rewards on a recurring basis, along with other premium perks that enhance your experience.
3. **Complete Social Tasks** Engage with Depinsim on social media to earn rewards. Some common tasks include: * Following our official Twitter account. * Retweeting or engaging with specific posts. * Joining and participating in our Telegram community. * Completing any additional promotional activities listed in the bot.
*** ### Why Earn Diamonds? Accumulating diamonds unlocks exclusive benefits, such as: ✅ Access to premium features and services. ✅ eSIM purchases. ✅ Potential conversion into other rewards in future campaigns. Start earning diamonds today and maximize your Depinsim experience! 🚀 # How to Get eSIMs Getting an eSIM through the Depinsim Telegram Bot is quick and seamless. Follow the steps below to select, purchase, and activate your eSIM effortlessly. ### Step-by-Step Guide to Getting Your eSIM 1. Navigate to the **(e)SIM** Page and click on the “**eSIM Store**” button to explore available eSIM plans.
2. **Choose the Right Data Plan** Select an eSIM plan based on your travel needs: ✅ **Country**-Specific Plans – Ideal for travelers visiting a single country. ✅ **Regional** Plans – Covers multiple countries within a specific region. ✅ **Global** Plans – Best for frequent travelers needing worldwide coverage.
3. **Purchase & Install Your eSIM** * Complete your payment securely through the bot. We currently support on-chain payments on TON, BSC, and Solana, as well as Telegram Stars and Depinsim Diamonds. * Once the purchase is successful, you’ll receive a QR code. * Scan the QR code with your smartphone to install the eSIM. * Follow the on-screen instructions to activate your eSIM—no further action required! *** ### Why Use Depinsim eSIMs? 📌 Instant Activation – No physical SIM card required. 📌 Flexible Data Plans – Choose the best plan based on your travel needs. 📌 Seamless Connectivity – Stay online without worrying about roaming charges. # Coverage Our eSIM offers roaming data in **184 countries and regions** through both single-country and regional data plans. For the latest availability, please check our Telegram or Line Bot, as services may vary. Aaland Islands, Afghanistan, Albania, Algeria, Anguilla, Antigua and Barbuda, Argentina, Armenia, Australia, Austria, Azerbaijan, Bahrain, Bangladesh, Barbados, Belarus, Belgium, Bhutan, Bolivia, Bosnia and Herzegovina, Botswana, Brazil, Brunei Darussalam, Bulgaria, Burkina Faso, Cambodia, Cameroon, Canada, Cayman Islands, Central African Republic, Chad, Chile, China mainland, Colombia, Congo, Costa Rica, Cote d'Ivoire, Croatia, Cyprus, Cyprus (Northern), Czech Republic, Democratic Republic of the Congo, Denmark, Dominica, Dominican Republic, Ecuador, Egypt, El Salvador, England, Estonia, Faroe Islands, Fiji, Finland, France, French Guiana, French West Indies, Gabon, Georgia, Germany, Ghana, Gibraltar, Greece, Greenland, Grenada, Guadeloupe, Guam, Guatemala, Guernsey, Guinea-Bissau, Honduras, Hong Kong (China), Hungary, Iceland, India, Indonesia, Iran, Iraq, Ireland, Isle of Man, Israel, Italy, Jamaica, Japan, Jersey, Jordan, Kazakhstan, Kenya, Kiribati, Kosovo, Kuwait, Kyrgyzstan, Laos, Latvia, Liberia, Liechtenstein, Lithuania, Luxembourg, Macao (China), Madagascar, Malawi, Malaysia, Maldives, Mali, Malta, Mauritius, Mexico, Moldova, Monaco, Mongolia, Montenegro, Morocco, Mozambique, Nauru, Nepal, Netherlands, Netherlands Antilles, New Zealand, Nicaragua, Niger, Nigeria, North Ireland, North Macedonia, Northern Cyprus, Norway, Oman, Pakistan, Palestine, Panama, Papua New Guinea, Paraguay, Peru, Philippines, Poland, Portugal, Puerto Rico, Qatar, Reunion, Romania, Russia, Saint Kitts and Nevis, Saint Lucia, Saint Vincent and the Grenadines, Samoa, San Marino, Saudi Arabia, Scotland, Senegal, Serbia, Seychelles, Singapore, Slovakia, Slovenia, Solomon Islands, South Africa, South Korea, Spain, Sri Lanka, Sudan, Svalbard and Jan Mayen, Swaziland, Sweden, Switzerland, Taiwan (China), Tajikistan, Tanzania, Thailand, Tonga, Tunisia, Turkey, Turks and Caicos Islands, Uganda, Ukraine, United Arab Emirates, United Kingdom, United States, Uruguay, Uzbekistan, Vatican City, Vietnam, Virgin Islands- British, Wales, Western Samoa, Yemen, Zambia, Zimbabwe # How to Mint DID A **Decentralized Identifier (DID)** is your unique digital identity within the Depinsim ecosystem. By minting a DID, you gain access to exclusive features, enhanced rewards, and a verifiable on-chain identity.
### Eligibility to Mint DID Before you can mint a DID, you must meet the following condition: ✅ **Only either annual VIP or VVIP** **users** are eligible to mint a Depinsim DID. **Important Note: All ****LINE**** users are eligible to mint a DID without the need for a VIP subscription.** *** ### Step-by-Step Guide to Minting DID 1. Navigate to the “Airdrop” Page 1. Open the Depinsim Telegram Bot. 2. Go to the Airdrop section. 3. Click on the Depinsim DID banner. 2. Mint Your DID 1. Follow the on-screen instructions to complete the minting process. 2. The DID minting is completely free—no gas fees required! *** ### Why Mint a DID? 🔹 Secure Digital Identity – Your DID is stored on-chain, ensuring authenticity and security. 🔹 Unlock Exclusive Rewards – Gain access to special airdrops, loyalty bonuses, and ecosystem privileges. 🔹 Seamless Web3 Integration – Use your DID across decentralized applications and services. Start your Web3 journey today by minting your Depinsim DID! 🚀 # Rewards and Earn Currently Depinsim offers different types of rewards for users to earn through completing in-app tasks: * Cash/USDT Rewards * Free eSIMs * Token Airdrops * Free Roaming Data # Supported Platforms Line Mini App Telegram Mini App & Bot Web DApp Native Mobile App (Coming Soon) # Line Mini App ### Open the [link](https://liff.line.me/2006903589-zMmbnGWg) in Line App or search for Depinsim in the LINE DApp Portal. ### Why Choose LINE Mini App? **LINE** is a leading messaging platform in Asia, boasting over 190 million monthly active users, particularly in regions like Japan, Taiwan, Thailand, and Indonesia. With its deep penetration in these markets and its seamless integration of payments, social engagement, and digital services, LINE presents an ideal environment for expanding the Depinsim ecosystem. By launching our LINE Mini App, we are tapping into a highly engaged user base that values convenience, security, and integrated services. LINE’s extensive API ecosystem enables us to offer a frictionless Web3 experience, combining blockchain-powered transactions, eSIM services, and reward-based incentives—all within a familiar and widely used messaging app. ### What We Will Offer on the LINE Mini App The Depinsim LINE Mini App is designed to provide a seamless, Web3-powered connectivity and financial experience, offering users: eSIM Activation & Management: Instantly activate, monitor, and top up eSIM data plans with a few taps. * **eSIM Service & Management**: Instantly activate, manage, and top up eSIM data plans for global connectivity. * **Decentralized Identity (DID) Services**: Leverage blockchain-based identity verification for secure access to Web3 applications. * **eSIM-Based Crypto Wallet**: Use your eSIM number as a decentralized wallet address to send, receive, and store cryptocurrencies securely. * **AI Mining & Task-Based Earnings**: Participate in AI-driven mining and complete simple tasks to earn rewards in tokens or free data. * **Staking & Rewards System**: Stake tokens for additional benefits, earn passive rewards, and maximize engagement. * **Exclusive Web3 Offers & Promotions**: Gain access to limited-time Web3 campaigns, airdrops, and partner rewards directly through the app. By integrating Depinsim into **LINE**, we bring Web3 innovation, eSIM services, digital rewards, and blockchain payments directly to millions of users in Asia through a familiar, easy-to-use messaging app, making decentralized connectivity and finance as seamless as sending a message. 🚀
# Telegram Mini DApp {% embed url="" %} ### Why Choose Telegram Mini DApp? Telegram is one of the most widely adopted messaging platforms, with over 500 million active users worldwide. Its prominence in the crypto and Web3 space is unparalleled, thanks to its strong security features, intuitive interface, and deep integration with blockchain communities. By choosing Telegram as the foundation for our Mini DApp, we align with our mission to offer seamless, borderless communication and transaction capabilities. Telegram’s robust API and bot functionalities allow us to integrate our services effortlessly, ensuring a frictionless user experience. This creates a dynamic bridge between conventional messaging and cutting-edge blockchain functionalities, making it an ideal platform for a Web3-driven ecosystem like Depinsim. # Web DApp ### Why Choose Web DApp？ Web applications remain a cornerstone for accessibility, providing users with platform-agnostic access to services from any device with a web browser. This ensures that our services are not limited to mobile devices alone but are available on desktops, laptops, and tablets, catering to a broader audience. Web DApps leverage the full capabilities of web technologies, offering a more comprehensive and immersive experience. They provide the scalability and flexibility needed to integrate various blockchain networks and DApps, making them an ideal choice for supporting the diverse functionalities of Depinsim. ### What We Will Do on Web DApp Our Web DApp will serve as the central hub for all Depinsim services. Users will have full access to their accounts, where they can manage their eSIMs, view detailed usage analytics, and configure their eSIM settings. The web platform will support advanced features like decentralized exchanges (DEX), allowing users to buy, swap, and stake tokens across multiple blockchain networks such as Ton, Solana, EVM, and BTC. We will integrate a comprehensive DApp portal, showcasing a variety of Web3 applications that users can access and benefit from directly. This includes DeFi services and tools for participating in global AI mining projects. The Web DApp will also feature a data marketplace, where users can trade unused data for profit, and a loyalty system, rewarding users based on their engagement and activities within the ecosystem. **Visit our Website**: Start by navigating to . The website is designed to guide you smoothly through the setup process. # eSIM Installation {% hint style="info" %} Prerequisites: * Your have [**obtained an eSIM**](/the-future-of-global-connectivity/quick-start/esim-installation/how-to-get-your-esim) with QR Code from Depinsim. * Your device is [**eSIM compatible**](/the-future-of-global-connectivity/quick-start/esim-installation/esim-compatible-devices) and network unlocked. (For devices that don't support eSIMs, please refer to our [Phyiscal SIMs page](/features/physical-sims).) * You have a stable connection, preferably WiFi. (*You need to download the eSIM properly to your device and a stable internet connection is a must*.) {% endhint %}

The steps to install an eSIM

Follow those steps: 1. Scan the QR Code with your phone camera. 2. Click on the pop-up link from the QR Code 3. Follow on-screen instructions to add the eSIM to your phone (the process may take a few minutes depending on your device models and network) 4. Once the eSIM is installed, navigate to Mobile Service or Mobile Network settings on your phone and turn on **Mobile Data** as welll as **Data Roaming**. You will also need to set up the APN of the eSIM, depending on your device: * For iOS, go to Settings > Mobile Service > Select the right eSIM > Mobile Data Network > APN, enter **globalnet** (or modify the existing setting to **globalnet**). You don't need to change anything else. * For Android, go to Settings > Connections > Mobile Networks > Access Point Names > Select the right eSIM > APN, enter **globalnet** (or modify the existing setting to **globalnet**). You don't need to change anything else.
If you follow all the above steps, you'll have now activated your eSIM and can start roaming! ## Troubleshooting Sometimes if you have installed the eSIMs but still get no internet data connection, you may want to try the following: * Make sure you turn on the **right eSIM** under your mobile network settings (in the case of multiple eSIMs/SIMs on your phone, you may need to check if you turn on the right one). * Make sure you turn on **Mobile Data** and **Data Roaming** * Make sure your eSIM has enough data **roaming balance** (your account is **not blocked** and has enough balance) * Try to **restart** your device or **reset** your mobile network settings. * Try deleting existing APN settings and create a new APN, and enter **globalnet** * Make sure the roaming country is within [our coverage](/the-future-of-global-connectivity/quick-start/esim-installation/coverage) If none of the above works, try our [backup installation procedure](/the-future-of-global-connectivity/quick-start/esim-installation/backup-procedure). # How to Get Your eSIM Depinsim offers two types of eSIMs: General eSIM and Premium eSIM.
**General eSIM (+883 Roaming Data Only)** To unlock a General eSIM, you need to: • Invite 5 friends • Earn 100MB of mined data (Mined data can be earned through various methods such as tap-to-earn, inviting friends, playing mini-games, or completing social tasks). **Premium eSIM (Receive SMS + Roaming Data)** There are two ways to get a Premium eSIM: **1. Subscribe to annual VIP plan (recommended).** 2\. Purchase any data package.
Once your eSIM is activated, you will be able to see the QR Code of the eSIM on your **(e)SIM** page.
**Physical SIM Card** For a chance to obtain a physical SIM card, participate in one of our offline events. Once received, you can link it to your Telegram app. For the latest updates on events, please check our official [Twitter](https://x.com/depinsim). Once received, you can bind it to your account on our Telegram bot. For instructions, watch the [tutorial](https://www.youtube.com/watch?v=vA80FEO1F9A). # eSIM-compatible Devices As of Nov. 2025, the following devices are eSIM-compatible: **APPLE\*** * iPhone 16 * iPhone 16 Pro * iPhone 16 Pro Max * iPhone 15 * iPhone 15 Plus * iPhone 15 Pro * iPhone 15 Pro Max * iPhone 14 * iPhone 14 Plus * iPhone 14 Pro * iPhone 14 Pro Max * iPhone 13 * iPhone 13 Mini * iPhone 13 Pro * iPhone 13 Pro Max * iPhone 12 * iPhone 12 Mini * iPhone 12 Pro * iPhone 12 Pro Max * iPhone 11 * iPhone 11 Pro * iPhone 11 Pro Max * iPhone XS * iPhone XS Max * iPhone XR * iPhone SE (2020) * iPhone SE (2022)\ \ * iPad (7th generation) * iPad (8th generation) * iPad (9th generation) * iPad (10th generation) * iPad Air (3rd generation) * iPad Air (4th generation) * iPad Air (5th generation) * iPad Pro 11-inch (1st generation) * iPad Pro 11-inch (2nd generation) * iPad Pro 11-inch (3rd generation) * iPad Pro 12.9-inch (3rd generation) * iPad Pro 12.9-inch (4th generation) * iPad Pro 12.9-inch (5th generation) * iPad Pro 12.9-inch (6th generation) * iPad Mini (5th generation) * iPad Mini (6th generation) **\*The following Apple devices DO NOT have eSIM capability:** **• iPhone devices from Mainland China.** **• iPhone devices from Hong Kong and Macao (except for the iPhone 13 Mini, iPhone 12 Mini, iPhone SE 2020, and iPhone XS).** **\*For iPhones and iPads purchased in TURKEY:** **• If you're setting up your device after June 23, 2020, your eSIM will activate after installation — contact your carrier if you don't have eSIM enabled.** **• For devices set up before the June 23, 2020, follow the steps in this**[ **link**](https://www.airalo.com/help/getting-started-with-airalo/how-do-i-activate-the-esim-on-an-iphone-or-ipad-in-turkey) **to activate your eSIM. The procedure may require you to erase your device's data – please make sure you back up your device beforehand.** **\*Only iPad devices with Wi-Fi + Cellular features are supported.** **SAMSUNG\*** * Galaxy A55 5G\* * Galaxy A54 5G\* * Galaxy A35 5G\* * Galaxy S24\* * Galaxy S24+\* * Galaxy S24 Ultra\* * Galaxy S23 FE\* * Galaxy A54 5G\* * Galaxy S23\* * Galaxy S23+\* * Galaxy S23 Ultra\* * Galaxy S22 5G\* * Galaxy S22+ 5G\* * Galaxy S22 Ultra 5G\* * Galaxy S21 5G\* * Galaxy S21+ 5G\* * Galaxy S21 Ultra 5G\* * Galaxy S20 5G\* * Galaxy S20\* * Galaxy S20+\* * Galaxy S20+ 5G\* * Galaxy S20 Ultra\* * Galaxy S20 Ultra 5G\* * Galaxy Z Flip * Galaxy Z Flip 3 5G * Galaxy Z Flip 4 * Galaxy Z Flip 5 * Galaxy Z Fold * Galaxy Z Fold 2 * Galaxy Z Fold 3 * Galaxy Z Fold 4 * Galaxy Z Fold 5 * Galaxy Note 20 * Galaxy Note 20 5G * Galaxy Note 20 Ultra * Galaxy Note 20 Ultra 5G **\*The following Samsung Galaxy devices DO NOT have eSIM capability:** **• All Galaxy devices originating from China, Hong Kong, and Taiwan.** **• All Galaxy FE "Fan Edition" models, except the Galaxy S23 FE.** **• USA models of the Galaxy S20, S21\*, and Note 20 Ultra.** **\*Most Samsung Galaxy devices purchased in South Korea do not support eSIMs, except for the Galaxy S24, S23, Z Fold 5, Z Fold 4, Z Flip 5, Z Flip 4, and A54 5G variants.** **GOOGLE PIXEL** * Pixel 8 Pro * Pixel 8a * Pixel 8 * Pixel Fold * Pixel 7 Pro * Pixel 7a * Pixel 7 * Pixel 6 Pro * Pixel 6a * Pixel 6 * Pixel 5a * Pixel 5 * Pixel 4a * Pixel 4 * Pixel 4 XL * Pixel 3 & 3 XL\* * Pixel 3a & 3a XL\* **\*The following Google Pixel devices DO NOT have eSIM capability:** **• Pixel 3 models originating from Australia, Taiwan, and Japan, and those purchased with service from US or Canadian carriers other than Sprint and Google Fi.** **• Pixel 3a models purchased in South East Asia and with Verizon service.** **HAMMER\*** * Explorer PRO * Blade 3 * Blade 5G * myPhone NOW eSIM * myPhone Hammer Construction **\*eSIM support is only available in certain regions. Please contact your carrier or device manufacturer to confirm that your Hammer device is eSIM-capable.** **HONOR\*** * Magic5 Pro * Magic4 Pro * Honor 90 **\*eSIM support is only available in certain regions. Please contact your carrier or device manufacturer to confirm that your Honor device is eSIM-capable.** **HUAWEI** * P40 * P40 Pro\* * Mate 40 Pro **\*The following HUAWEI devices DO NOT have eSIM capability:** **• Huawei P40 Pro+** **• All Huawei devices purchased in China are not eSIM capable.** **MOTOROLA\*** * Moto G54 * Edge 40 Neo * Edge 40 Pro * Edge+ * Razr 40 Ultra * Razr 2022 * Razr 2019 * Razr 5G * G53 5G **\*eSIM support is only available in certain regions. Please contact your carrier or device manufacturer to confirm that your Motorola device is eSIM-capable.** **NOKIA\*** * G60 * XR21 * X30 **\*eSIM availability may vary depending on country/region and carrier. Please contact your carrier or device manufacturer to confirm that your Nokia device is eSIM-capable.** **ONEPLUS\*** * OnePlus 12 * OnePlus 11 **\*eSIM support is only available in certain regions. Please contact your carrier or device manufacturer to confirm that your OnePlus device is eSIM-capable.** **OPPO\*** * Reno6 Pro 5G * A55s 5G * Find N2 Flip * Find N2 Flip * Find X5 * Find X5 Pro * Reno A **\*eSIM support is only available in Japan and certain regions. Please contact your carrier or device manufacturer to confirm that your Oppo device is eSIM-capable.** **RAKUTEN\*** * Rakuten Big * Rakuten Big S * Rakuten Mini * Rakuten Hand **\*eSIM support is only available in Japan and certain regions. Please contact your carrier or device manufacturer to confirm that your Rakuten device is eSIM-capable.** **SHARP\*** * AQUOS Sense 8 * AQUOS Sense 7 * AQUOS Sense 6 * AQUOS Sense 4 Lite * AQUOS R8 Pro * AQUOS R8 * AQUOS R7 * AQUOS R6 * AQUOS Wish * AQUOS Zero 6 **\*\*eSIM support is only available in Japan and certain regions. Please contact your carrier or device manufacturer to confirm that your Sharp device is eSIM-capable.** **SONY\*** * Xperia 1 V * Xperia 1 IV * Xperia 5 IV * Xperia 10 III Lite * Xperia 10 IV\* **\*eSIM availability may vary depending on country/region and carrier. Please contact your carrier or device manufacturer to confirm that your Xperia device is eSIM-capable.** **\*Sony Xperia 10 IV eSIM support is only available in Europe. Please contact your carrier or device manufacturer to confirm that your Sony Xperia 10 IV device is eSIM-capable.** **VIVO\*** * X90 Pro\* * V29 (European Version)\* * V29 Lite 5G (European Version)\* **\*eSIM availability may vary depending on country/region and carrier. Please contact your carrier or device manufacturer to confirm that your Vivo device is eSIM-capable.** **XIAOMI\*** * 14 Pro * 13T * 13T Pro * 13 * 13 Pro * 13 Lite * 12T Pro * Redmi Note 13 Pro * Redmi Note 13 Pro + * Redmi Note 11 Pro 5G\* **\*eSIM availability may vary depending on country/region and carrier. Please contact your carrier or device manufacturer to confirm that your device is eSIM-capable.** **\*For Windows 10: Your PC needs to have Windows 10 version 1703 or later for you to use an eSIM. The device also needs to be LTE-ready.** **OTHERS\*** * Nuu Mobile X5 * Gemini PDA 4G+Wi-Fi * Fairphone 4 **\*Surface: Any AT\&T-locked devices will not support eSIMs. If your device was purchased through another carrier, the carrier may have disabled eSIM capability in the Surface Duo.** #### WINDOWS 10\*/ WINDOWS 11 LAPTOPS ACER * Acer Swift 3 * Acer Swift 7 * Acer TravelMate P2 * Acer TravelMate Spin P4 * Acer TravelMate P6 **ASUS** * ASUS Mini Transformer T103HAF * ASUS NovaGo TP370QL * ASUS Vivobook Flip 14 TP401NA **DELL** * Dell Latitude 7440 * Dell Latitude 7210 2-in-1 * Dell Latitude 9410 * Dell Latitude 7310 * Dell Latitude 7410 * Dell Latitude 9510 * Dell Latitude 5410 * Dell Latitude 5411 * Dell Latitude 5511 **HP** * HP Elitebook G5 * HP Probook G5 * HP Zbook G5 * HP Spectre Folio 13 **LENOVO** * ThinkPad X1 Titanium Yoga 2 in 1 * ThinkPad X1 Carbon Gen 9 * ThinkPad X1 Fold * ThinkPad X1 Nano * ThinkPad X12 Detachable * Lenovo Flex 5G * Lenovo Yoga C630 * Lenovo Miix 630 * Lenovo Yoga 520 * Lenovo Yoga 720 (2-in-1 models) **SURFACE\*** * Surface Pro 9 * Surface Go 3 * Surface Pro X * Surface Duo 2 * Surface Duo **\*For Windows 10: Your PC needs to have Windows 10 version 1703 or later for you to use an eSIM. The device also needs to be LTE-ready.** **\*Surface: Any AT\&T-locked devices will not support eSIMs. If your device was purchased through another carrier, the carrier may have disabled eSIM capability in the Surface Duo. Please contact the carrier to confirm.** Galaxy A54 5G eSIM availability may vary depending on country/region and carrier. Please contact your carrier or device manufacturer to confirm that your Galaxy A54 5G device is eSIM-capable. # Coverage Our **eSIM** offers roaming data in the following 55 countries and regions (Global Basic): **Albania, Australia, Austria, Belgium, Bulgaria, China, Croatia, Cyprus, Czech Republic, Denmark, Estonia, Faroe Island , Finland, France, Germany, Greece, Greenland, Hong Kong, Hungary, Iceland, Ireland, Israel, Italy, Jordan, Kuwait, La Réunion, Latvia, Liechtenstein, Lithuania, Luxembourg, Macao, Malaysia, Malta, Mayotte, The Netherlands, New Zealand, Norway, Poland, Portugal, Qatar, Romania, Serbia, Singapore, Slovenia, Slovakia, South Korea, Spain, Sweden, Switzerland, Taiwan, Thailand, Turkey, U.K & Channel Islands (including Isle of Man, Jersey & Guernsey), USA (including U.S. Virgin Islands), Vietnam** We will also offer a special paid data plan that covers the following 128 countries and regions (Global Plus) - Coming Soon: **Albania, Anguilla (UK), Antigua & Barbuda, Argentina, Aruba, Australia, Austria, Azerbaijan, Bahamas, Barbados, Belgium, Bermuda, Bonaire, Bosnia, Brazil, Brunei, Bulgaria, Cambodia, Canada, Cayman Islands, China, Costa Rica, Croatia, Curacao, Cyprus, Czech Republic, Denmark, Dominica, Dominican Republic, DR Congo, El Salvador, Estonia, Faroe Island, Fiji, Finland, France, French Guiana, Germany, Ghana, Gibraltar, Greece, Greenland, Grenada, Grenadines, Guadeloupe, Guam (US), Guatemala, Guyana, Honduras, Hong Kong, Hungary, Iceland, India, Indonesia, Ireland, Israel, Italy, Jamaica, Japan, Jordan, Kazakhstan, Kosovo, Kuwait, La Réunion, Latvia, Liberia, Liechtenstein, Lithuania, Luxembourg, Macao, Madagascar, Malaysia, Malta, Martinique, Mayotte, Mexico, Moldova, Monaco, Mongolia, Montenegro, Montserrat (UK), Myanmar, Nauru, New Zealand, Norway, Papua New Guinea, Paraguay, Peru, Philippines, Poland, Portugal, Puerto Rico, Qatar, Romania, Russia, Rwanda, Samoa, Saudi Arabia, Serbia, Singapore, Slovakia, Slovenia, South Africa, South Korea, Spain, St. Kitts & Nevis, St. Lucia, St. Martin, St.Barthélemy, St.Vincent &, Sweden, Switzerland, Taiwan, Thailand, The Netherlands, Timor Leste, Tonga, Trinidad & Tobago, Turkey, Turks & Caicos, U.K & Channel Islands, USA (including U.S. Virgin Islands), UAE, Ukraine, Uruguay, Vanuatu, Vietnam, Virgin Islands (British)** # Troubleshooting Sometimes if you have installed the eSIMs but still get no internet data connection, you may want to try the following: * Make sure you turn on the **right eSIM** under your mobile network settings (in the case of multiple eSIMs/SIMs on your phone, you may need to check if you turn on the right one). * Make sure you turn on **Mobile Data** and **Data Roaming** * Make sure your eSIM has enough data **roaming balance** (your account is **not blocked** and has enough balance) * Try to **restart** your device or [**reset** ](https://support.apple.com/en-ie/111786#:~:text=If%20you're%20using%20iOS,%3E%20Reset%20%3E%20Reset%20Network%20Settings.)your mobile network settings. * Try deleting existing APN settings and create a new APN, and enter **globalnet** * Make sure the roaming country is within [our coverage](/the-future-of-global-connectivity/quick-start/esim-installation/coverage) If none of the above works, try our [backup installation procedure](/the-future-of-global-connectivity/quick-start/esim-installation/backup-procedure). # Backup Procedure If you have successfully installed the eSIM on your device and have input "globalnet" under you APN setting but are still unable to get roaming active, try the following backup procedure. ## For iOS **Step 1:** Download the configuration profile on your phone using this link:
Once you see the above prompt on your phone, click "Allow". **Step 2 (Optional):** If requested, choose a device and select iPhone, as seen in the below screenshot.
**Step 3:** Select the profile in Settings. Go to Settings on your iPhone, and Select ‘Profile Downloaded’.
**Step 4:** You will now see a screen with "T26 APN: globalnet" ready for installation. Click "Install" to start the process.
**Step 5:** A Warning will display: The network traffic of your iPhone maybe filtered or monitored by a mobile data configuration. Click Install again.
**Step 6:** Profile installed. Click Done.
You should now have roaming enabled. Make sure you check [all the relevant settings](/the-future-of-global-connectivity/quick-start/esim-installation/troubleshooting). ## For Android If you have you checked [all the relevant settings](/the-future-of-global-connectivity/quick-start/esim-installation/troubleshooting) and are still unable to activate roaming, try the following steps. **Step 1:** Go to Settings > Connections > Mobile Networks. And select the installed eSIM. **Step 2**: Tap Access Point Names. Tap Add to add the new APN. **Step 3:** Enter: * a. A Name for the Access Point. This can be anything you like * b. Enter the APN: globalnet * c. Enter the MMSC: ; * d. Enter the multimedia message Proxy: 10.110.22.37 * e. Enter the multimedia message Port: 8089 * f. Enter the APN Type: default, mms * g. Leave all other values as default
**Step 4**: Click ‘Save’ to finalise and create your new APN.
**Step 5**: Enable the new APN by activating the radio button
You should now have roaming enabled. Make sure you check [all the relevant settings](/the-future-of-global-connectivity/quick-start/esim-installation/troubleshooting). # Roadmap
### Q1 2025: Decentralized Protocol Launch (In Progress) * **Objective**: Deploy a fully decentralized protocol to power core telecom services, ensuring autonomy, security, and scalability. * **Rationale**: Transitioning from a centralized infrastructure to a decentralized framework strengthens user control, enhances data privacy, and improves network resilience. This launch marks a key milestone in establishing a censorship-resistant and community-driven connectivity ecosystem. *** ### Q2 2025: Decentralized Hardware Sales * **Objective**: Introduce decentralized hardware solutions, such as privacy-focused devices, to enhance user security and flexibility. * **Rationale**: Expanding beyond software services into hardware solutions diversifies revenue streams and reinforces the principles of decentralized ownership. These offerings will provide users with more control over their connectivity and data security. *** ### Q3 2025: Apply for Tier I Mobile Service License * **Objective**: Begin the application process to become a fully licensed Tier I Mobile Service Provider, enabling direct carrier-level services. * **Rationale**: Securing this license enhances the project’s legitimacy and operational scope, allowing direct network access and regulatory compliance. This milestone positions the platform as a competitive alternative to traditional telecom providers, offering seamless global connectivity. *** ### Q4 2025 & Beyond: Global Free Roaming Network Expansion * **Objective**: Expand international roaming services to additional countries and regions, ensuring seamless connectivity for global travelers. The focus will also be on iterating platform features, establishing strategic partnerships, and integrating emerging technologies (e.g., blockchain-based identity verification, next-gen connectivity protocols). * **Rationale**: Strengthening global presence eliminates the need for multiple carrier plans, fostering a unified worldwide connectivity solution. By staying at the forefront of technological advancements, the platform will continue to scale, attract a larger user base, and adapt to evolving regulatory landscapes. # Target Customers Our target customers broadly include individual and organizational users. More specifically, they are: 1. **Web3 Projects:** Web3 projects looking to partner with us to acquire real users from our platform will benefit greatly from our solutions. Our proof of personhood system can minimize Sybil attacks and ensure a bot-proof community. This system enhances the integrity and reliability of user interactions, providing a secure environment for genuine user engagement. Additionally, other projects can integrate our open loyalty system to reward users and increase their brand awareness. This integration allows Web3 projects to seamlessly incentivize user participation and loyalty, driving growth and engagement within their communities. 2. **DePIN Projects:** DePIN projects that require global connectivity can leverage our (e)SIM and physical SIM solutions. Our flexible and scalable (e)SIM network offers ready-made solutions, enabling DePIN projects to focus on their core operations without the burden of developing their connectivity networks. This capability ensures that DePIN projects can achieve seamless global communication and data transmission, enhancing their operational efficiency and reach. By partnering with us, DePIN projects can access a robust and reliable connectivity infrastructure, essential for their success in a connected world. 3. **Hardcore Miners:** Hardcore miners who wish to dedicate hardware resources in return for monetary rewards will find our platform particularly advantageous. Our unique data-usage-based mining model allows miners to purchase multiple (e)SIMs and utilize their resources to mine more SIMs, roaming data, and token rewards. This model provides a lucrative opportunity for miners with substantial resources to maximize their earnings through our innovative mining approach. By participating in our mining ecosystem, hardcore miners can significantly increase their profitability while contributing to the network's stability and security. 4. **Global Travellers:** Global travellers, both from Web2 and Web3 backgrounds, will benefit from our flexible data roaming plans. Our worldwide connectivity ensures that travellers can use our data services in most parts of the world, providing seamless and reliable communication wherever they go. Additionally, travellers can earn free data through our task-to-earn system, making our service cost-effective and attractive. This feature is particularly beneficial for frequent travellers who need consistent and affordable connectivity without the hassle of changing SIM cards or incurring high roaming charges. 5. **Web3 Airdrop Hunters:** Web3 airdrop hunters represent an important segment of our community. These users can receive airdrop rewards by completing simple tasks such as following our Twitter account, retweeting our posts, or inviting friends to join the platform. This incentivized approach not only helps in expanding our user base but also increases engagement and visibility across social media platforms. Airdrop hunters can capitalize on these opportunities to earn rewards, fostering a dynamic and interactive community that supports the growth and success of the DePINSIM ecosystem. By targeting these diverse customer segments, DePINSIM aims to create a comprehensive and inclusive platform that meets the varied needs of its users, driving adoption and fostering a vibrant community. # Why Built on TON Depinsim built on [TON ](https://ton.org/)(The Open Network) is strategic, leveraging the unique advantages that this blockchain platform offers. TON is known for its high-speed transactions, scalability, and user-friendly features, making it an ideal foundation for Depinsim's innovative web3 and telecommunications solutions. Below are key reasons why Depinsim utilizes TON: **Scalability and Speed** TON is designed to handle massive amounts of transactions quickly and efficiently. Its unique multi-blockchain architecture allows the network to expand in capacity and speed as more blocks are added, making it highly scalable. This is crucial for Depinsim as it ensures that the network can manage the high data throughput and frequent microtransactions typical of telecommunications networks without lag or congestion. **Cost-Effectiveness** One of TON's significant advantages is its ability to process transactions at extremely low costs. This is particularly beneficial for Depinsim, which requires a blockchain that can handle a large volume of microtransactions, such as minute-by-minute data usage logs, without imposing hefty transaction fees on the users. **Advanced Smart Contract Capabilities** TON supports sophisticated smart contract capabilities, which are essential for Depinsim to automate various operations, from billing and subscriptions to reward distributions and token staking. These smart contracts are powerful and flexible, allowing Depinsim to implement complex business logic directly on the blockchain, enhancing security and reducing reliance on external systems. **User-Friendly Cryptography** The platform offers user-friendly cryptographic features that simplify the process of secure transactions and identity verification. This aligns with Depinsim's goal to make blockchain and cryptocurrency technologies accessible and easy to use for the average consumer, not just tech-savvy individuals. **Decentralized and Secure** Built with a focus on decentralization, TON offers robust security features that protect user data and transactions from hacks and unauthorized access. This is vital for Depinsim's users, who require assurance that their mobile communications and financial transactions are secure and private. **Support for Diverse Cryptocurrencies** TON's architecture is inherently designed to support transactions in multiple cryptocurrencies, providing flexibility and convenience to users. This feature enables Depinsim to offer services in various tokens and currencies, catering to a global audience with diverse preferences in digital assets. **Ecosystem Synergies** The TON ecosystem is rich with various services and applications, ranging from decentralized finance (DeFi) to social media platforms, which can be integrated into Depinsim's offerings. This integration potential allows Depinsim to provide added value to its users, such as special deals or enhanced functionalities, leveraging the broader TON ecosystem. # Decentralized Protocol The Depinsim Protocol represents a pioneering approach to decentralized connectivity, seamlessly integrating blockchain infrastructure with next-generation mobile communications. ## Overview The Depinsim Protocol establishes a new foundation for global connectivity — a **decentralized, user-owned communication network** where every connection is verifiable, programmable, and economically meaningful. By combining blockchain architecture with advanced eSIM technology, Depinsim introduces the **Free Mobile Internet Protocol (FMIP)** and its transaction layer, the **X402 Protocol**, forming a unified framework for global communication and value exchange. *** ### Core Components #### 1. Free Mobile Internet Protocol (FMIP) FMIP is the foundational layer that decentralizes mobile connectivity. It enables a carrier-agnostic access model, allowing users to activate, switch, and manage global eSIM profiles without reliance on traditional telecom intermediaries. Each connection is validated through **Proof-of-Connection (PoC²)** — a lightweight verification mechanism that confirms authenticity, uptime, and real network contribution without computation-intensive mining. Through FMIP, connectivity becomes **user-owned, persistent, and interoperable across borders**. #### 2. X402 Transaction Layer Complementing FMIP, the **X402 Protocol** introduces an on-chain microtransaction framework that enables real-time, pay-per-use settlement across the network. Every verified action — from activating mobile data to completing a task or API request — can trigger an automated transaction recorded transparently on-chain. Through X402, developers and enterprises can deploy programmable APIs and data gateways that charge or reward based on verified usage, transforming the Depinsim Network into an **economic coordination layer for global connectivity**. #### 3. $ESIM Token Utility **$ESIM** is the native utility token of the Depinsim Protocol and serves as the primary medium for value exchange within the ecosystem. It is used to: * Settle transactions across the X402 layer * Reward users for verified network participation * Enable staking-based participation incentives * Facilitate marketplace interactions and service redemption $ESIM allows users to redeem eSIM data services, access connectivity features, and participate in the protocol’s economic flows — creating a direct link between **network activity and value circulation**. #### 4. End-to-End Encryption Depinsim implements full end-to-end encryption across communication and value transfer layers. This ensures users retain complete control over their data, identities, and interactions, while preventing unauthorized access, interception, or manipulation. #### 5. Decentralized Identity and Privacy Every eSIM activated within Depinsim is associated with a **Decentralized Identity (DID)**, enabling secure authentication across Web3 applications without centralized data storage. All communications and transactions are protected through cryptographic mechanisms, with private keys secured on-chain or within trusted device environments. Depinsim also supports **privacy-preserving authentication**, allowing users to verify network participation or payment capability without exposing sensitive personal data — reinforcing sovereignty, compliance, and privacy by design. #### 6. Governance and Scalability Depinsim adopts a decentralized, protocol-driven governance framework designed to support ecosystem coordination and long-term sustainability. Verified participants may engage in protocol governance processes related to network parameters, incentive mechanisms, and ecosystem integrations, as defined by protocol rules. The network’s modular architecture enables scalable expansion into additional domains — including IoT connectivity, enterprise telecom, and machine-driven networks — without altering the core protocol structure. This design supports high performance and global scalability while preserving decentralization. *** ### A New Paradigm for Connectivity The Depinsim Protocol transforms mobile connectivity into an **open, programmable economic system**. It is not merely an alternative telecom solution — it is a protocol for communication, coordination, and value flow, where users are no longer passive consumers but active contributors. By combining FMIP’s decentralized access layer with X402’s programmable settlement layer, Depinsim establishes a truly borderless connectivity protocol — one where every byte, signal, and interaction carries **verifiable value, autonomy, and purpose**. # $ESIM Tokenomics $ESIM is the native utility token of the Depinsim ecosystem, designed to align long-term network growth, real-world usage, and sustainable incentives across users, builders, and partners. The tokenomics model of $ESIM prioritises **community participation, ecosystem expansion, and long-term commitment**, while maintaining disciplined supply distribution and transparent vesting mechanisms. ### Token Allocation Overview
The total supply of $ESIM is allocated across the following categories: #### 🔹 Community & Airdrops — **25%** The largest portion is reserved for community incentives, including airdrops, user rewards, and activity-based distributions.\ This reflects Depinsim’s core philosophy: **value is created through real usage**, not speculation. #### 🔹 Team & Advisors — **17.5%** Allocated to core contributors and long-term advisors, with structured vesting to ensure sustained alignment with the protocol’s development and roadmap execution. #### 🔹 Ecosystem Development — **15%** Used to support infrastructure growth, developer incentives, integrations, and ecosystem partnerships that expand the real-world utility of Depinsim. #### 🔹 Investors — **12.8%** Reserved for early strategic backers who provide long-term capital, network resources, and operational support to the protocol. #### 🔹 Foundation & Grants — **15.62%** Dedicated to research, grants, community programs, and long-term ecosystem resilience under the Depinsim Foundation framework. #### 🔹 Liquidity & Listings & Strategic Marketing — **\~14% (combined)** Includes: * Liquidity provisioning * Centralised exchange (CEX) listings * Strategic marketing initiatives * Binance ecosystem campaigns (Alpha, Wallet, HODLer Rewards, Affiliate Programs) These allocations are designed to ensure healthy market dynamics while expanding $ESIM’s global reach. *** ### Token Vesting Schedule
To promote long-term stability and reduce short-term supply pressure, $ESIM follows a **multi-year vesting schedule** with gradual token releases. #### Key Principles: * **No aggressive early unlocks** for team or investors * **Linear and milestone-based releases** aligned with ecosystem growth * **Progressive community distribution** tied to real usage and participation #### Vesting Highlights: * Community and ecosystem-related allocations unlock progressively as network activity increases * Team & advisor tokens are released gradually over an extended period * Strategic marketing and exchange-related allocations follow controlled, phased releases * Full supply unlock completes over multiple years, ensuring predictable circulation growth This structure supports a healthy balance between **circulating supply, network incentives, and long-term value creation**. *** ### Utility-Driven Token Design $ESIM is not a passive governance asset. It plays an active role across the Depinsim ecosystem, including: * Network participation and incentives * Data, connectivity, and service settlement * Staking and long-term commitment mechanisms * Ecosystem rewards and future protocol utilities As Depinsim expands across consumer, enterprise, and infrastructure layers, $ESIM serves as the **economic backbone** connecting usage with value accrual. *** ### Long-Term Alignment The $ESIM tokenomics model is designed to ensure that: * **Users benefit from real participation** * **Builders are rewarded for long-term contribution** * **The ecosystem grows sustainably without short-term inflation shocks** By combining disciplined allocation, transparent vesting, and real-world utility, $ESIM aims to support Depinsim’s vision of a **decentralised, usage-driven global connectivity network**. # Data Economics The Depinsim ecosystem operates on a **connection-as-value** model, transforming global mobile connectivity into a decentralized, self-sustaining economic system. Through the **Free Mobile Internet Protocol (FMIP)** and the **X402 Transaction Layer**, every verified network connection, completed task, or user interaction generates measurable on-chain value — represented as **Mined Data**, which can be converted into **$ESIM tokens**, redeemed for eSIM data services, or utilized within the broader ecosystem. ### Core Value Dynamics #### Connectivity Demand as the Economic Engine Depinsim’s economy is driven by real-world demand for mobile connectivity. Each active connection validated under FMIP contributes authenticated usage data to the protocol, forming the foundation of network growth and value creation. #### Mined Data as a Protocol-Native Resource **Mined Data** represents the quantified output of verified user participation. It is earned through: * Maintaining active, validated connections * Completing protocol-defined tasks * Contributing to ecosystem expansion and adoption Mined Data functions as the **pre-value layer** of the economy — measuring contribution before conversion into transferable value. #### Supply Governance & Long-Term Balance Depinsim employs an adaptive issuance and circulation model designed to support sustainable growth. While Mined Data can be continuously generated through participation, **$ESIM tokens** operate under controlled circulation mechanisms, including protocol-defined consumption, staking locks, and usage-based sinks. This layered structure maintains liquidity for active users while supporting long-term economic balance across the ecosystem. *** ### Economic Functions #### Pay-Per-Use Settlement (via X402) All connectivity usage, data transactions, and API interactions are processed in real time and settled transparently on-chain through the **X402 Protocol**, enabling precise, usage-based value exchange. #### Convert & Redeem Users can: * Convert **Mined Data** into **$ESIM tokens**, or * Redeem Mined Data directly for global eSIM data services This mechanism bridges protocol-level participation with real-world connectivity utility. #### Task-to-Earn Integration Community initiatives and partner programs contribute value back into the ecosystem. Verified participants earn **Mined Data or $ESIM rewards**, which can circulate through service redemption, ecosystem participation, or long-term engagement mechanisms. #### $ESIM Staking & Network Alignment Users may stake **$ESIM tokens** to access additional protocol incentives designed to encourage long-term participation and economic alignment. Staking mechanisms support network stability by reinforcing commitment from contributors who actively support the ecosystem’s growth and sustainability. #### **Value Mechanics** **Connectivity-Driven Mining:**\ Every verifiable connection under FMIP contributes to network value without energy-intensive computation, reinforcing an efficient and sustainable participation model. **Dynamic Reward Adjustment:**\ Rewards scale based on measurable factors such as activity levels, connection stability, and participation consistency — enabling adaptive growth without uncontrolled issuance. **On-Chain Transparency:**\ All rewards, conversions, and redemptions are recorded on-chain, ensuring transparency, auditability, and accountability across the ecosystem. #### Outcomes & Sustainability Depinsim’s economic framework produces a **self-balancing value cycle**: | Driver | Outcome | | ----------------- | ------------------------------------------------------- | | User Activity | Generates Mined Data | | Mined Data | Converts into $ESIM or connectivity usage | | $ESIM Circulation | Supports participation, staking, and service redemption | | Burn & Deflation | Preserves long-term token stability | Through this cycle, every user action — from staying connected to completing a task — contributes directly to network expansion, fair value distribution, and sustainable growth. *** ### A Network Where Data Becomes Currency Depinsim redefines data economics. Rather than extracting and monetizing user activity through centralized telecom systems, participation itself becomes a source of ownership and utility. By aligning incentives across users, developers, and enterprises, Depinsim transforms connectivity into a globally accessible economic resource — where data is not merely consumed, but **earned, exchanged, and valued**. # Inflation Control Effective inflation control is crucial for maintaining the value of Depinsim's $SIM tokens and ensuring a stable economic environment. Depinsim employs a multifaceted approach to manage the supply of tokens and data within its ecosystem. Here’s how Depinsim controls inflation through consumption, staking, and burning mechanisms: *** ### Consumption #### Constant data consumption in roaming services Depinsim’s roaming services require constant data usage, which naturally drives demand for data and $SIM tokens. As users consume data while roaming, they utilize their prepaid data allowances or purchase additional data, continuously driving demand and circulation of tokens. This constant consumption helps stabilize token value by preventing oversupply. #### Dynamic points and $SIM consumption from aircraft upgrades Depinsim offers unique gamification features, such as aircraft upgrades, which users can avail of by spending points and $SIM tokens. These upgrades provide enhanced functionalities and exclusive benefits, encouraging users to spend their accumulated points and tokens. This dynamic consumption not only enhances user engagement but also helps regulate the token supply by removing excess tokens from circulation. *** ### Staking #### Users can stake unused data to earn more points Users can stake their unused data to earn points within the Depinsim platform. This mechanism incentivizes users to "lock" their unused data, which helps regulate the data supply and promotes a healthy balance between data demand and availability. Staking data for points also encourages longer-term engagement with the platform, as users anticipate future rewards. #### $SIM tokens can be staked to earn more rewards Depinsim allows users to stake $SIM tokens to earn additional rewards, such as increased data allowances, lower roaming rates, or special access to new services. Staking tokens not only provides financial benefits to users but also helps reduce the circulating supply of $SIM tokens, thus supporting their price stability and value. *** ### Burning #### A proportion of transaction fees in marketplace are burned regularly A predetermined percentage of all transaction fees collected in Depinsim’s marketplace is regularly burned. This practice of permanently removing tokens from circulation acts as a deflationary mechanism, countering the potential inflationary impact of new token issuance and maintaining scarcity and value. #### Inactive eSIMs are deactivated to minimize unnecessary inflation Inactive eSIMs represent a potential risk for unnecessary token inflation, as they might hold unused data or tokens that could disrupt the supply-demand balance. Depinsim addresses this by periodically deactivating inactive eSIMs, thus ensuring that only active and engaged users contribute to and benefit from the ecosystem dynamics. # Task to Earn Incentivising Engagement and Building Vibrant Communities The **Task-to-Earn** system lies at the core of Depinsim’s incentive framework, providing a transparent and decentralized mechanism for users to earn real value through meaningful participation. By directly linking user engagement to on-chain rewards, Task-to-Earn transforms community activity into **measurable, verifiable contributions** that support ecosystem growth and long-term sustainability. ### Concept Overview Depinsim’s Task-to-Earn mechanism connects three foundational components of the ecosystem: * **FMIP (Free Mobile Internet Protocol)** authenticates user identities and task activities in a decentralized manner * **X402 Protocol** processes verified tasks through real-time, pay-per-use microtransactions * **Mined Data** is generated as the protocol-native reward when users complete tasks or contribute to ecosystem growth Each completed task is validated on-chain and automatically settled through **X402**, ensuring fairness, traceability, and zero manual intervention. Users can then redeem their earned **Mined Data** for **$ESIM tokens**, eSIM data services, or other protocol-supported utilities across the Depinsim ecosystem. *** ### Types of Tasks 1. **Social & Community Engagement**\ Actions such as reposting, commenting, or interacting with ecosystem or partner content that support organic community growth. 2. **Referrals and Networking:**\ Users can invite friends and colleagues to join the Depinsim ecosystem, earning rewards for each successful referral and driving sustainable, user-led adoption. 3. **Collaborative Campaigns**\ Ecosystem partners can launch co-branded missions with flexible targeting and transparent, performance-based completion metrics. ### User Benefits 1. **Earn Real Value**\ Every verified task generates **Mined Data**, which can be redeemed for eSIM data services or converted into **$ESIM tokens** within the ecosystem. 2. **Transparent & Fair Rewards**\ All task validation and settlement occur on-chain, ensuring full transparency without reliance on centralized intermediaries. 3. **Seamless Integration**\ The Task Center is integrated directly into the Depinsim App and Web DApp, enabling frictionless participation for both Web2 and Web3 users. ### Partner & Ecosystem Benefits 1. **Verified Engagement**\ All task activity is cryptographically validated through **FMIP**, preventing fake traffic, bot activity, or inflated metrics. 2. **Pay-for-Performance**\ Through **X402**, projects pay only for completed and verified tasks — ensuring efficient budget allocation and measurable engagement outcomes. 3. **Cross-Ecosystem Growth**\ Partners gain exposure to an active, data-connected user base, bridging telecom usage with Web3 adoption and real-world connectivity. 4. **Community Building:**\ Task-based incentives foster a more engaged and motivated community, where users are rewarded for authentic participation. ### Integrated Value Flow | Stage | Mechanism | Output | | --------------- | ---------------------------------- | -------------------------------------- | | Task Creation | Partner or network mission | Task published via FMIP identity layer | | Task Completion | User performs verified action | Proof recorded on-chain | | Settlement | X402 pay-per-task transaction | Mined Data distributed | | Redemption | Mined Data → $ESIM / eSIM services | User redeems earned value | ### A Decentralized Growth Engine The Task-to-Earn model turns every user into a stakeholder in Depinsim’s expansion.\ Instead of passive users, participants become active contributors — helping projects grow, verifying real engagement, and earning shareable economic value. By embedding the reward logic at the protocol level, Depinsim ensures that community growth, network utilization, and token circulation evolve together in a **transparent, autonomous, and self-sustaining cycle**. > **Task-to-Earn** is more than a reward mechanism —\ > it’s a decentralized growth engine that transforms connectivity, participation, and engagement into measurable value. # VIP Benefits | Benefit | Monthly VIP ($9.9) | Annual VIP ($99) | VVIP ($3,000) | | ----------------------------------------------------- | ------------------ | ---------------- | ------------- | | **Diamonds Earned** | 100 | 1,000 | 30,000 | | **Unlock Depinsim DID** | ❌ | ✅ | ✅ | | **Diamonds-back from Invited Friend’s Cash Spending** | 5% | 10% | 15% | | **Boost Airdrop Rewards** | 2.0x | 5.0x | 10.0x | | **Discount on Data Packages** | 10% | 20% | 25% | | **Mined Data per Month** | 3 GB | 5 GB | 10 GB | | **Boost on Travel Rewards** | 1.1x | 1.5x | 3.0x | | **Tapping Boosts** | 6 times | 6 times | 6 times | | **Unlimited Offline Earnings** | ✅ | ✅ | ✅ | | **Unlock Ads-Free User Experience** | ✅ | ✅ | ✅ | | **Unlock Mining with Multiple eSIMs Simultaneously** | ✅ | ✅ | ✅ | | **Unlock Automatic Tapping and Boosting** | ✅ | ✅ | ✅ | | **Highlighted Listings in the Marketplace** | ✅ | ✅ | ✅ | | **Unlock Premium Account Special UI** | ✅ | ✅ | ✅ | # User Levels and Privileges
{% hint style="info" %} You might need to scroll your page to view the full table. {% endhint %}
Level Ranges0 to 910 to 1920 to 2930 to 3940 to 4950 to 5960 to 6970 to 7980 to 8990 to 100
BadgesBronzeSilverGoldPlatinumDiamondEpicLegendaryMasterGrandmasterLord
Minimum Points Required0~129 K~933 K~5.9 M~36 M~227M~1.4 B~8.7 B~54 B~334 B
Mining Rewards1.0x1.1x1.2x1.5x1.8x2.0x2.4x8.0x16.0x32.0x
Boosted Mining Rewards1.0x1.1x1.2x1.5x1.8x2.0x2.4x8.0x16.0x32.0x
Airdrop PriorityLowLowMediumMediumHighHighHigherHigherHighestHighest
Tap-to-Earn Points1.0x2.0x3.0x4.0x5.0x6.0x7.0x8.0x9.0x10.0x
Tap-to-Earn Data1 KB per Tab2 KB per Tab3 KB per Tab4 KB per Tab5 KB per Tab6 KB per Tab7 KB per Tab8 KB per Tab9 KB per Tab10 KB per Tab
Unlock Discounted Data PackagesYYYYYYYYY
Unlock Global Plus Data PackagesYYYYYYYY
Unlock VIP Membership PurchaseYYYYYYY
Unlock Mobile DIDYYYYYYY
Unlock Distance-Based Roaming RewardsYYYYYYY
Unlock Physical SIM PurchaseYYYYYY
Unlock Data Marketplace ListingYYYYYY
Unlock Location Visiting RewardsYYYYYY
Unlock Data Package MiningYYYYY
Unlock eSIM TradingYYYYY
Unlock Multiple eSIMsYYYYY
Able to Mine Physical SIMs as RewardsYYYY
Unlock Hotspot MiningYYYY
Unlock Crypto Payment CardsYYY
Unlock SMS PayYYY
Keep Permanent eSIM NumberYY
Notify All Users When Logging InY
Bronze

Level Range: 0 to 9

Minimum Points Required: 0

Mining Rewards: 1.0 x

Boosted Mining Rewards: 1.0 x

Airdrop Priority: Low

Tap to Earn Points: 1.0 x

Tap to Earn Data: 1 KB per Tap

Silver

Level Range: 10 to 19

Minimum Points Required: ~129K

Mining Rewards: 1.1 x

Boosted Mining Rewards: 1.1 x

Airdrop Priority: Low

Tap to Earn Points: 2.0 x

Tap to Earn Data: 2.0 KB per Tap

  • Unlock Discounted Data Packages
Gold

Level Range: 20 to 29

Minimum Points Required: ~933 K

Mining Rewards: 1.2 x

Boosted Mining Rewards: 1.2 x

Airdrop Priority: Medium

Tap to Earn Points: 3.0 x

Tap to Earn Data: 3.0 KB per Tap

  • All privileges from Silver
  • Unlock Global Plus Data Packages
Platinum

Level Range: 30 to 39

Minimum Points Required: ~5.9 M

Mining Rewards: 1.5 x

Boosted Mining Rewards: 1.5 x

Airdrop Priority: Medium

Tap to Earn Points: 4.0 x

Tap to Earn Data: 4.0 KB per Tap

  • All privileges from Gold
  • Unlock VIP Membership Purchase
  • Unlock Mobile DID
  • Unlock Distance-Based Roaming Rewards
Diamond

Level Range: 40 to 49

Minimum Points Required: ~36 M

Mining Rewards: 1.8 x

Boosted Mining Rewards: 1.8 x

Airdrop Priority: High

Tap to Earn Points: 5.0 x

Tap to Earn Data: 5.0 KB per Tap

  • All privileges from Platinum
  • Unlock Physical SIM Purchase
  • Unlock Data Marketplace Listing
  • Unlock Location Visiting Rewards
Epic

Level Range: 50 to 59

Minimum Points Required: ~227 M

Mining Rewards: 2.0 x

Boosted Mining Rewards: 2.0 x

Airdrop Priority: High

Tap to Earn Points: 6.0 x

Tap to Earn Data: 6.0 KB per Tap

  • All privileges from Diamond
  • Unlock Data Package Mining
  • Unlock eSIM Trading
  • Unlock Multiple eSIMs
Legendary

Level Range: 60 to 69

Minimum Points Required: ~1.4 B

Mining Rewards: 4.0 x

Boosted Mining Rewards: 4.0 x

Airdrop Priority: Higher

Tap to Earn Points: 7.0 x

Tap to Earn Data: 7.0 KB per Tap

  • All privileges from Epic
  • Able to Mine Physical SIMs as Rewards
  • Unlock Hotspot Mining
Master

  • Level Range: 70 to 79
  • Minimum Points Required: ~8.7 B
  • Mining Rewards: 8.0 x
  • Boosted Mining Rewards: 8.0 x
  • Airdrop Priority: Higher
  • Tap to Earn Points: 8.0 x
  • Tap to Earn Data: 8.0 KB per Tap

  • All privileges from Legendary
  • Unlock Crypto Payment Cards
  • Unlock SMS Pay
Grandmaster

Level Range: 80 to 89

Minimum Points Required: ~54 B

Mining Rewards: 16.0 x

Boosted Mining Rewards: 16.0 x

Airdrop Priority: Highest

Tap to Earn Points: 9.0 x

Tap to Earn Data: 9.0 KB per Tap

  • All privileges from Master
  • Keep Permanent eSIM Number
Lord

Level Range: 90 to 100

Minimum Points Required: ~334 B

Mining Rewards: 32.0 x

Boosted Mining Rewards: 32.0 x

Airdrop Priority: Highest

Tap to Earn Points: 10.0 x

Tap to Earn Data: 10.0 KB per Tap

  • All privileges from Grandmaster
  • Notify All Users When Logging In
# Marketplace: Convert Mined Data to Real Value The **Depinsim Marketplace** serves as the official value exchange layer of the ecosystem, enabling users to convert **Mined Data** — the output of verified network participation — into **$ESIM tokens**, the native utility token of the Depinsim Protocol. Through this mechanism, users transform connectivity, tasks, and participation into usable economic value, completing the **Connection-as-Value** cycle that defines the Depinsim economy. ### Core Mechanism 1. **Convert Mined Data → $ESIM**\ Users earn **Mined Data** through daily connectivity, completed tasks, and protocol-level participation. Within the Marketplace, Mined Data can be converted into **$ESIM tokens** based on protocol-defined exchange logic, allowing users to realize the value of their contributions within the ecosystem. 2. **Utility-Backed Value**\ $ESIM derives its value from real utility across the Depinsim network. Converted $ESIM tokens can be used to: * Redeem global eSIM data services * Participate in staking and long-term network incentives * Access ecosystem features and protocol-supported services This ensures that network participation is directly connected to tangible, real-world connectivity utility. 3. **Automated Settlement via X402**\ All conversions and value transfers within the Marketplace are executed through the **X402 Protocol**, Depinsim’s on-chain, pay-per-use settlement layer. X402 enables low-friction, transparent, and verifiable transactions without reliance on centralized intermediaries, ensuring efficient value circulation across the ecosystem. ### Marketplace Design The Depinsim Marketplace operates as a **protocol-managed liquidity mechanism**, rather than a peer-to-peer matching system. The relative exchange rate between **Mined Data** and **$ESIM** is determined by network participation levels, demand for connectivity services, and overall ecosystem activity. | Asset | Nature | Price Behavior | Function | | -------------- | -------------------- | -------------- | ---------------------------------------------------- | | **Mined Data** | Earned asset | Dynamic | Measures user contribution & network demand | | $ESIM | Native utility token | Utility-driven | Medium for redemption, participation, and settlement | Users may convert Mined Data into $ESIM to realize value, or utilize $ESIM within the ecosystem to support further participation and access protocol services. *** ### Economic Flow | Step | User Action | Result | | ---- | ------------------------------------------------------ | ---------------------------------- | | ① | Earn Mined Data through connectivity or tasks | Accumulate participation value | | ② | Convert Mined Data → $ESIM via Marketplace | Realize protocol-native value | | ③ | Use $ESIM for eSIM services or ecosystem participation | Unlock utility | | ④ | Usage-based sinks and protocol mechanisms | Support long-term economic balance | This circulation model ensures that every meaningful contribution within the Depinsim ecosystem can be translated into usable value while preserving long-term sustainability. *** ### Why It Matters The Marketplace bridges the gap between **network participation** and **value realization**. It enables users to treat connectivity not merely as a service, but as a productive digital activity — where data, engagement, and participation generate protocol-native economic value. > **Depinsim Marketplace = Where Connection Becomes Currency.** > > By enabling seamless conversion from Mined Data to $ESIM, Depinsim establishes a sustainable, utility-driven economic model — one where decentralized connectivity is not only functional, but economically meaningful. # Token Airdrops The Depinsim Airdrop is designed to recognize **genuine participation and meaningful contribution** across the ecosystem. Rather than rewarding isolated actions, Depinsim evaluates each participant’s overall involvement — including consistency, quality of engagement, and sustained network participation — to determine eligibility for receiving **$ESIM**, the native utility token of the protocol. This contribution-based approach ensures that rewards are allocated to real users who actively strengthen the Depinsim network and support its decentralized vision. All verification and distribution processes operate transparently through the **FMIP** and **X402** infrastructure, enabling verifiable, on-chain execution without intermediaries. ### A Transparent, Contribution-Based Distribution Model Depinsim’s airdrop mechanism is built on **holistic contribution assessment**, rather than rigid point systems or isolated task completion. Participant activity is evaluated collectively, reflecting how much sustained value each user contributes to the ecosystem over time. This ensures outcomes that are fair, balanced, and aligned with Depinsim’s user-first design philosophy. Verification and settlement are executed automatically through: * **FMIP identity proofs** to confirm authentic participation * **X402 transaction records** to ensure transparent and auditable distribution This architecture removes subjective discretion while preserving protocol-level fairness and accountability. ### $ESIM Utility and Participation Alignment **$ESIM** is the native utility token of the Depinsim ecosystem and serves as the primary medium for participation, access, and value circulation. Holding $ESIM enables users to engage more deeply with the protocol through: #### Ecosystem Access Access to protocol-supported features, connectivity services, and ecosystem functionality defined by the network. #### Participation in Protocol Processes Eligible participants may engage in governance or coordination mechanisms as defined by protocol rules, supporting long-term ecosystem evolution. #### Staking-Based Participation Incentives $ESIM may be staked to align long-term participation with network stability and sustainability, according to protocol-defined incentive structures. #### Cross-Protocol Utility Integrated through the **X402 Protocol**, $ESIM connects connectivity usage, programmable settlement, and application-level interactions across the Depinsim ecosystem. $ESIM functions as a participation asset — aligning contribution with access, coordination, and long-term network engagement. ### Fairness, Verification, and Integrity Depinsim ensures that all airdrop distributions are accurate, secure, and resistant to manipulation: * Participant activity is validated through decentralized identity mechanisms * Engagement authenticity is verified through connection-based proofs and behavioral consistency * Anti-sybil and anti-automation measures are applied to protect fair qualification Each $ESIM token distributed represents a **verifiable record of contribution**, rather than speculative allocation. ### Empowering Decentralized Ownership The Depinsim Airdrop reflects the protocol’s principle of **shared growth through participation**. By distributing $ESIM to authentic contributors, Depinsim extends meaningful ownership to the community that sustains and grows the network. > $ESIM is not merely a reward —\ > it is a **participation credential** within a decentralized connectivity economy. > > Contribution unlocks access.\ > Access enables coordination.\ > Coordination builds the future of the network. # (e)SIM As a Service Scalable Connectivity for Modern Businesses Depinsim’s (e)SIM As a Service provides businesses with a robust and flexible solution for integrating eSIM technology into their operations.\ This service eliminates the need for physical SIM cards, simplifying the provisioning and management of mobile connectivity while reducing logistical challenges and costs.
### Key Features * **Global Roaming Capabilities:** Businesses can ensure consistent and reliable communication for users across borders without the complexity of traditional roaming services. * **Secure Communication Channels:** Built-in encryption and decentralized architecture safeguard communication from threats, enhancing privacy and security. * **Seamless DApp Access:** The eSIM enables users to access decentralized applications effortlessly, integrating blockchain-powered functionalities into daily operations. *** ### Powered by FMIP and X402 Depinsim’s eSIM infrastructure is built on the **Free Mobile Internet Protocol (FMIP)**, a decentralized framework that allows carrier-agnostic, borderless connectivity.\ Through the **X402 Protocol**, each connection can be priced, billed, and settled in real time via **pay-per-use microtransactions**, eliminating intermediaries and enabling transparent usage-based billing.\ This integration transforms eSIMs from static telecom utilities into programmable digital assets — allowing enterprises to automate connectivity, payments, and data exchange within one unified system. *** #### **Benefits for Enterprises** * **Cost-Effective Connectivity:** Eliminates logistical overhead associated with physical SIM management. * **Scalability:** Easily scale eSIM deployment to meet the needs of employees, customers, or IoT devices. * **Global Accessibility:** A reliable solution for businesses with an international presence, supporting uninterrupted communication and operations. This service is particularly advantageous for enterprises operating globally, enabling them to maintain efficient, secure, and reliable communication across diverse geographies. # Crypto eSIM A New Standard for Decentralized Identity and Asset Management The **Crypto eSIM** serves as a core component of the Depinsim Protocol, integrating decentralized identity, secure connectivity, and blockchain interaction into a unified, user-controlled framework. Rather than functioning as a traditional carrier-bound SIM, the Crypto eSIM acts as a **protocol-level identity anchor**, enabling users to manage connectivity, authentication, and on-chain interactions without dependence on centralized telecom infrastructure. By combining eSIM technology with decentralized identity (DID) standards, Depinsim introduces a new model where mobile access, identity, and value interaction are coordinated through cryptographic ownership. *** ### Redefining eSIM Technology Traditional eSIMs are tightly coupled with carrier systems and device-level provisioning.\ The Crypto eSIM decouples **identity, access, and configuration**, enabling greater flexibility and user control. | **Feature** | **Crypto eSIM** | **Traditional eSIM** | | -------------- | ---------------------------------------------------- | ----------------------------------- | | Identity Model | Cryptographic identity linked via FMIP DID | Carrier-managed subscriber identity | | Provisioning | Protocol-coordinated eSIM configuration | Device-bound carrier installation | | Privacy | Encrypted identifiers, protocol-level access control | Phone numbers indexed by carriers | | Security | Web3 authentication with secure key management | Web2 carrier authentication | | Connectivity | Multi-carrier, protocol-managed access | Single-carrier dependency | | Ownership | User-controlled identity and access | Carrier-controlled | | Extensibility | Designed for Web3 & application integration | Limited carrier applets | This architecture allows identity persistence across devices and networks, while keeping connectivity flexible and user-owned. *** ### Integrated Asset Interaction Layer The Crypto eSIM is designed to **interoperate with on-chain asset systems**, providing a secure bridge between mobile identity and blockchain interaction. Rather than embedding private keys directly into the SIM layer, Depinsim enables secure interaction through **protocol-coordinated authentication**, allowing users to: * Initiate and authorize on-chain transactions using their eSIM-linked identity * Interact with supported blockchain networks through approved wallet interfaces * Access protocol-native services, rewards, and participation mechanisms This approach ensures security, recoverability, and interoperability without exposing users to single-point-of-failure risks. *** ### Security, Privacy, and Control The Crypto eSIM architecture prioritizes user sovereignty by design: * **Encrypted Identifiers** — Phone numbers and identity mappings are protected through cryptographic abstraction * **Secure Key Management** — Authentication and signing processes are handled through secure environments and protocol rules * **Reduced SIM Swap Risk** — Identity ownership is enforced at the protocol level rather than through carrier processes *** ### Empowering the Future of Digital Identity By unifying decentralized identity with global connectivity, the Crypto eSIM transforms how users interact with both the internet and blockchain-based systems. It enables a future where: * Mobile connectivity is owned, not rented * Identity is portable, verifiable, and privacy-preserving * Blockchain interaction is accessible without specialized hardware or complex tooling The Crypto eSIM is not simply an evolution of SIM technology —\ it is a **gateway to decentralized identity and protocol-native participation**, designed for a mobile-first Web3 world. # Mobile DID A Secure Gateway to Web3 Depinsim introduces **Mobile Decentralized Identity (Mobile DID)** as a core identity layer within its ecosystem, redefining how users authenticate, interact, and participate across decentralized networks. By leveraging eSIM-linked cryptographic identifiers and decentralized identity standards, Depinsim enables a **secure, verifiable, and user-controlled identity framework** that operates independently of centralized identity providers. Mobile DID establishes identity ownership at the protocol level — ensuring that users remain in control of their digital presence across connectivity, applications, and on-chain interactions. *** ### What Is Mobile DID? Mobile DID is a **portable, self-sovereign digital identity** associated with a user’s eSIM-enabled account within the Depinsim Protocol. Rather than storing personal information on centralized servers, Mobile DID relies on cryptographic identifiers, verifiable credentials, and decentralized resolution mechanisms to authenticate users securely and privately. This approach ensures that identity remains: * **Tamper-resistant** * **User-controlled** * **Interoperable across Web3 environments** without exposing sensitive personal data or relying on centralized databases. *** ### How It Works **eSIM-Linked Identity Anchor**\ Each Depinsim eSIM is associated with a cryptographic identity reference through the FMIP identity layer, serving as a persistent but privacy-preserving identity anchor. **Decentralized Credential Verification**\ Identity proofs and credentials are validated through decentralized mechanisms rather than centralized storage, reducing systemic risk and improving resilience. **User-Controlled Authentication**\ Users authenticate to applications and services using their Mobile DID through cryptographic verification, eliminating reliance on passwords or centralized login systems. *** ### Key Features of Mobile DID 1. **Privacy-First Design**\ Mobile DID minimizes data exposure by design. Users selectively disclose only what is required for a given interaction, retaining control over what data is shared, when, and with whom. 2. **Secure, Passwordless Authentication**\ Authentication is handled through cryptographic verification rather than passwords, significantly reducing the risk of phishing, credential leakage, or account compromise. 3. **Interoperability Across Web3**\ Mobile DID is designed to integrate with decentralized applications, smart contracts, and multi-chain environments — allowing users to authenticate and interact without managing multiple accounts or fragmented identities. 4. **Self-Sovereign Identity Ownership** Identity authority resides solely with the user. No government, corporation, or third-party service provider can revoke, alter, or exploit a user’s Mobile DID without their consent. *** ### Use Cases of Mobile DID 1. **Web3 Transactions & Interaction Security**\ Mobile DID provides a secure identity layer for blockchain-based interactions, reducing fraud and improving trust during on-chain activity without exposing personal data. 2. **Frictionless DApp Access**\ Users can authenticate and interact with decentralized applications using a single Mobile DID, simplifying onboarding and improving user experience across the Web3 ecosystem. 3. **Secure Digital Payments** Mobile DID plays a critical role in secure payments and transactions within the Depinsim ecosystem. Whether it’s staking, token transfers, or in-app purchases, users can authenticate transactions instantly, without exposing private keys or personal details. 4. **Seamless Integration with Depinsim Services**\ Within Depinsim, Mobile DID acts as the foundation for secure communication, payments, and identity-based services. Users can leverage their decentralized identity for: (1) Accessing premium features within Depinsim. (2) Seamless identity verification across Web3 apps. (3) Verifying digital ownership for assets and credentials. *** ## Seamless Integration Within Depinsim Within the Depinsim ecosystem, Mobile DID serves as the foundation for identity-based services, including: * Access to protocol-supported features and services * Secure authentication across ecosystem applications * Verification of participation, ownership, and eligibility Mobile DID enables a consistent and secure identity experience across connectivity, value exchange, and application layers. *** ### Why Mobile DID Matters As digital interaction becomes increasingly decentralized, traditional identity systems — built on centralized databases and password-based access — are no longer sufficient. Mobile DID addresses these limitations by introducing a **decentralized, privacy-preserving, and user-centric identity model** designed for the Web3 era. By aligning identity with user ownership rather than institutional control, Mobile DID reduces systemic risk, enhances security, and restores autonomy to the individual. *** ### A Foundation for Self-Sovereign Identity Mobile DID is not merely an identity feature — it is a **protocol primitive** for decentralized participation. By integrating Mobile DID with its crypto eSIM architecture and decentralized protocol stack, Depinsim places users at the center of their digital interactions — secure, sovereign, and interoperable across the evolving Web3 landscape. **Mobile DID enables identity that is owned, portable, and verifiable —**\ **designed for a decentralized future.** # Mining Machine Turning Connectivity into Network Contribution Depinsim introduces a **protocol-native mining model** that transforms each eSIM-enabled device into a **connectivity participation node**, enabling users to contribute to the decentralized network and earn rewards through verified activity. Rather than relying on computation-heavy mining or blockchain consensus participation, Depinsim’s mining model is built on **Proof-of-Connection (PoC²)** — where real-world connectivity, uptime, and network stability generate measurable value. In this context, “mining” represents the process of **converting verified mobile connectivity into economic participation**, not traditional cryptographic computation. *** ### How It Works Each Depinsim eSIM can activate a virtual Miner within the app, allowing the device to participate in the network through **verified connection activity**. The system evaluates participation based on: * Active connection time * Network stability and signal integrity * Contribution to global coverage and availability These metrics are validated through **PoC²** and recorded on-chain, producing **Mined Data** as proof of contribution. Users do **not** validate blockchain transactions, run consensus nodes, or perform energy-intensive computation. *** ### From Connectivity to Value Verified participation generates **Mined Data**, which represents the quantified output of a user’s network contribution. Mined Data can then be: * Converted into **$ESIM tokens** * Redeemed for global eSIM data services * Used within protocol-defined incentive mechanisms This model allows users to earn value by simply staying connected and supporting the network — without specialized hardware, staking infrastructure, or technical expertise. *** ### Key Features of Connectivity Mining 1. **Accessible by Design**\ Unlike traditional mining or validator participation, Depinsim’s mining model requires no dedicated hardware, high energy consumption, or technical configuration. Any supported eSIM-enabled device can participate. 2. **Energy-Efficient**\ Connectivity mining leverages existing device activity and consumes no additional computational power beyond normal mobile operation, making it environmentally sustainable. 3. **Seamless Participation**\ Mining operates passively in the background through the Depinsim App, without interfering with everyday device usage. 4. **Protocol-Level Verification**\ All participation is verified through PoC² and settled through protocol rules, ensuring fairness, transparency, and resistance to manipulation. *** ### Benefits for Users #### Earn Through Participation Users earn rewards by contributing verified connectivity — turning everyday mobile usage into protocol-level participation. #### No Hardware or Technical Burden There is no need to invest in mining equipment, manage validator nodes, or handle complex blockchain infrastructure. #### Strengthening the Network Each participating device improves coverage, availability, and reliability of the global Depinsim network, benefiting all users. *** ### A New Definition of Mining Depinsim redefines mining for the mobile-first, decentralized internet. Instead of burning energy to solve cryptographic puzzles or locking capital to validate blocks, users mine **connection, availability, and real-world network utility**. This model ensures that rewards are aligned with genuine contribution — creating a sustainable, inclusive, and scalable foundation for decentralized connectivity. **Mining, in Depinsim, means participating in the network — not competing for computation.** # Payment Card Extending Crypto Utility into Everyday Payments Depinsim explores payment card integration as an **optional interface layer** that connects decentralized assets with traditional payment networks. Rather than replacing existing financial infrastructure, the Depinsim Payment Card is designed to **bridge decentralized value with real-world payment systems**, enabling users to access crypto-linked balances through familiar payment experiences — subject to regulatory frameworks and third-party partnerships. *** ### What Is the Depinsim Payment Card? The Depinsim Payment Card is envisioned as a **third-party–issued payment instrument** that allows users to spend value associated with their crypto holdings through existing card networks. The card operates through licensed financial partners and payment processors, while Depinsim provides the **identity, wallet connectivity, and authorization layer** within its ecosystem. This approach ensures compliance, scalability, and global interoperability without compromising user sovereignty. *** ### Core Design Principles 1. **Familiar Payment Experience**\ Users interact with the card as they would with a standard debit or prepaid card, while underlying settlement is handled through regulated payment providers. 2. **Crypto-Linked Balances**\ Payment authorization can be linked to crypto-denominated balances or protocol-supported assets, depending on jurisdiction, partner capabilities, and user preference. 3. **Real-Time Authorization**\ The card will support a variety of cryptocurrencies, including Bitcoin (BTC), Ethereum (ETH), TON, Solana (SOL), and other popular assets. This multi-currency support ensures that users have maximum flexibility when managing their crypto portfolios. 4. **Ecosystem Integration**\ The payment card integrates with Depinsim’s identity and wallet interfaces, allowing users to view balances, manage spending permissions, and track activity within the Depinsim App. *** ### Role Within the Depinsim Ecosystem The Payment Card is **not a core protocol component**, but an **accessibility layer** designed to extend the practical utility of decentralized assets. It complements, rather than replaces: * On-chain settlement via **X402** * Protocol-native value exchange using **$ESIM** * Connectivity-based participation and rewards By offering an optional bridge to traditional payment systems, Depinsim supports users who wish to translate decentralized value into everyday spending contexts. *** ### Benefits for Users #### Practical Access Users gain a familiar interface for spending crypto-linked value in environments that rely on traditional payment rails. #### Global Usability Through licensed partners, the card may support international payments, subject to regional compliance and availability. #### Simplified Experience Users can manage identity, connectivity, and payment access through a single interface, without exposing private keys or protocol internals. *** ### Security and Compliance All payment card functionality operates under **regulated financial frameworks**, including: * Licensed card issuers and payment processors * Jurisdiction-specific compliance requirements * Standard fraud prevention and transaction monitoring Depinsim does not custody user funds or directly process fiat payments, ensuring a clear separation between protocol infrastructure and regulated financial operations. # Monetize Your Global Footprint Depinsim can allow users to monetize their global footprint through several innovative approaches that leverage both the unique capabilities of eSIM technology and the decentralized nature of cryptocurrencies. Here are some examples. **Global Data Marketplace**: Users with unused data plans can sell their excess data to others traveling in the same region, creating a peer-to-peer data market **Location Rewards**: Users can earn tokens by participating in location-based activities or visiting specific locations. Businesses can reward users for visiting their stores or attending events. **Geo-targeted Ads**: Users can opt-in to receive geo-targeted advertisements based on their location. They earn tokens for viewing or interacting with these ads. **Travel Guides and Reviews**: Users can earn tokens by sharing travel experiences, tips, and reviews, creating a community-driven travel guide powered by blockchain. **IoT Connectivity Sharing**: Users can monetize their eSIM by providing connectivity to IoT devices in their vicinity, earning cryptocurrency for enabling seamless IoT operations. **Data Brokerage**: Users can collect and sell data from IoT devices connected through their eSIM to companies that require real-time data for analytics and decision-making. **Decentralized Identity and Authentication**: Users can use their eSIM for secure identity verification services, earning tokens for participating in decentralized authentication networks. # Private Mobile Networks Enhanced Security and Privacy for Enterprises Depinsim’s **Private Mobile Networks** provide an enterprise-grade solution for organisations that require secure, controlled, and confidential mobile communication environments. Built on decentralized protocol infrastructure rather than traditional carrier dependency, these private networks enable businesses to operate isolated connectivity domains — ensuring that sensitive communications remain protected, auditable, and resilient against external threats. ### Key Features * **Customisable Network Configurations:** Enterprises can define network access rules, identity permissions, and connectivity policies according to operational, regulatory, or internal security requirements. * **Security and Compliance Readiness:** The architecture is designed to support compliance-driven environments, making it suitable for regulated sectors such as finance, healthcare, public services, and critical infrastructure. * **Robust Encryption and Access Control:** All communication within a private network is protected through cryptographic identity verification, encrypted channels, and protocol-level access control, reducing the risk of unauthorised access or data leakage. ### Powered by FMIP and Protocol-Based Coordination Depinsim’s private networks are built on the **Free Mobile Internet Protocol (FMIP)**, enabling enterprises to establish **carrier-independent and cryptographically verifiable** mobile communication environments. Rather than routing sensitive data directly on-chain, FMIP provides a decentralized **coordination and identity layer**, allowing organisations to manage access, authentication, and participation without reliance on centralized telecom operators. Through integration with the **X402 Protocol**, network-related events — such as access authorization, usage validation, or internal service interactions — can be **recorded and settled at the protocol level** when required, without exposing underlying communication content. Protocol-native settlement and coordination are facilitated using **$ESIM**, the native utility token of the Depinsim ecosystem, supporting transparent accounting and participation alignment while preserving data privacy. *** ### Enterprise Control and Scalability * This design enables organisations to benefit from: * Protocol-level identity and access management * On-demand scalability without carrier renegotiation * Auditable participation and usage records * Reduced dependency on centralized infrastructure Private Mobile Networks under Depinsim are governed by **enterprise-defined policies**, not public consensus, allowing businesses to retain operational control while leveraging decentralized infrastructure advantages. *** ### Applications #### Finance Secure internal communication, transaction-related coordination, and compliance-sensitive data exchange. #### Healthcare Protected handling of patient-related communications and operational coordination under strict privacy requirements. #### Government and Public Sector Confidential communication channels that support regulatory compliance and sovereignty requirements. *** ### A New Model for Enterprise Connectivity Depinsim’s Private Mobile Networks extend decentralized connectivity into enterprise environments — combining protocol-level security, flexible governance, and carrier independence. Rather than replacing existing enterprise systems, they provide a **secure, modular, and future-ready communication layer** that aligns with modern security, privacy, and compliance expectations. # IoT Project Innovation Empowering the Future of Connected Devices Depinsim’s IoT Project Innovation framework provides developers and enterprises with a seamless way to connect, manage, and monetise Internet of Things (IoT) devices on a global scale.\ By leveraging Depinsim’s programmable network, organisations can integrate connectivity, identity, and settlement directly into their IoT ecosystems — enabling intelligent devices to operate autonomously and securely. ### Key Features * **Global Device Connectivity:** Connect IoT devices across borders without the limitations of regional carriers or physical SIM logistics. * **Unified Management Platform:** Monitor and manage all connected devices through a single dashboard with real-time analytics and control. * **Secure Data Transmission:** All communication between devices is encrypted and verified on-chain, ensuring authenticity and integrity. *** ### Autonomous Operation through FMIP and X402 Each IoT device within the Depinsim ecosystem operates on the **Free Mobile Internet Protocol (FMIP)** — granting it a unique, verifiable identity and secure global connectivity.\ Through the **X402 Protocol**, these devices can autonomously **authenticate, exchange data, and settle microtransactions** using **$ESIM**, without requiring intermediaries or central servers.\ This enables true **machine-to-machine (M2M)** commerce, where devices can pay for bandwidth, access APIs, or earn rewards for data contribution in real time. Depinsim effectively turns IoT connectivity into an **economic layer**, where data flow and network usage generate measurable value across the ecosystem. *** ### Industry Applications * **Logistics:** Track supply chains and optimise fleet management with real-time insights. * **Manufacturing:** Enable predictive maintenance and streamline production processes. * **Smart Cities:** Power urban infrastructure with connected solutions for transportation, energy, and public services. *** ### Benefits * **Operational Efficiency:** Streamlined IoT management enhances productivity and reduces operational costs. * **Scalability:** Easily expand IoT projects with Depinsim’s flexible solutions. * **Data-Driven Decision-Making:** Leverage real-time data insights to make informed, impactful decisions. Depinsim’s IoT innovations empower industries to drive growth and competitiveness, leveraging cutting-edge connectivity to redefine operational excellence. # AI Portal Unlocking the Power of Artificial Intelligence Depinsim introduces the **AI Portal**, a groundbreaking feature that combines the capabilities of artificial intelligence (AI) with the versatility of blockchain technology. Integrated directly into the eSIM, the AI Portal empowers users with access to a diverse array of AI-driven services, transforming their mobile devices into gateways to advanced AI applications and global innovation. ### What is the AI Portal? The AI Portal is an intelligent interface that brings AI functionalities to Depinsim users. Accessible through the eSIM, this feature provides personalized, data-driven services, enabling users to leverage AI for everyday tasks and large-scale global projects. By seamlessly integrating blockchain and AI, the AI Portal creates a unified ecosystem where users can contribute to and benefit from the rapid advancements in artificial intelligence. *** ### Key Features of the AI Portal 1. **Personalized AI Services**\ The AI Portal offers users tailored recommendations and insights based on their preferences, behaviours, and activities. From optimising mobile data usage to providing content recommendations, the portal enhances the user experience through intelligent, adaptive solutions. 2. **Advanced Analytics**\ Users can access real-time data analytics powered by AI, enabling them to make informed decisions. Whether for financial management, resource optimisation, or business analytics, the AI Portal delivers actionable insights that drive efficiency and productivity. 3. **Participation in Global AI Projects**\ Through the AI Portal, users can contribute to decentralized AI initiatives, such as training machine learning models or sharing computing resources for large-scale projects. This participation not only supports the development of global AI technologies but also rewards users for their contributions. 4. **AI Mining**\ The AI Portal supports **AI mining**, a unique feature where users can allocate idle resources on their devices to perform AI-related tasks. These tasks, such as model training or data processing, allow users to earn rewards while contributing to the growth of AI ecosystems. 5. **Integration with Blockchain**\ By leveraging blockchain technology, the AI Portal ensures that all data interactions are secure, transparent, and decentralized. This integration provides users with a trustworthy environment to harness AI capabilities while maintaining control over their data. *** ### Benefits of the AI Portal 1. **Enhanced User Experience**\ The AI Portal transforms mobile devices into intelligent tools, delivering a highly personalized and efficient user experience. From simplifying daily tasks to optimising workflows, the portal redefines what mobile technology can achieve. 2. **Monetisation Opportunities**\ Users can earn additional rewards by participating in AI mining and contributing to global AI projects. This feature transforms mobile devices into revenue-generating tools, providing a consistent stream of passive income. 3. **Global Collaboration**\ The AI Portal connects users to global AI initiatives, fostering collaboration and innovation. By participating in these projects, users contribute to the development of cutting-edge technologies while benefiting from shared rewards. 4. **Seamless Integration with Depinsim Ecosystem**\ The AI Portal is fully integrated with Depinsim’s other features, including the eSIM, crypto wallet, and payment card. This creates a holistic ecosystem where users can access advanced technologies and financial services from a single platform. 5. **Future-Ready Technology**\ By combining AI with blockchain, Depinsim positions itself at the forefront of technological innovation. The AI Portal not only meets the demands of today’s users but also anticipates the needs of tomorrow’s decentralized, AI-driven world. *** ### AI Portal: Pioneering the Future of AI and Blockchain The AI Portal exemplifies Depinsim’s commitment to innovation by merging artificial intelligence with blockchain in a seamless and user-centric manner. Whether through personalized services, participation in global projects, or earning rewards through AI mining, the AI Portal empowers users to unlock the full potential of AI technologies. With this feature, Depinsim establishes itself as a leader in the convergence of AI and blockchain, offering a powerful, versatile platform that reshapes how individuals and businesses interact with technology. The AI Portal is not just a tool—it’s a gateway to the future of decentralized intelligence. # Key Features - To C [**Stable Phone Number**](/features/key-features-to-b/stable-phone-number) [**Crypto Wallet**](/features/e-sim-as-a-service/crypto-esim) [**Mobile DID**](/features/e-sim-as-a-service/mobile-did) [**Mining Machine**](/features/e-sim-as-a-service/mining-machine) [**DApp Explorer**](/features/key-features-to-c/dapp-explorer) [**Payment Card**](/features/e-sim-as-a-service/payment-card) [**AI Portal**](/features/ai-portal) # DApp Explorer The DApp Explorer integrated into the DePinSim platform provides users with easy access to a wide range of decentralized applications. This feature enhances the user experience by offering a curated selection of DApps, including decentralized exchanges (DEX), lending platforms, GameFi projects, and more. Users can explore, install, and interact with various DApps directly from their eSIM, fostering a vibrant and diverse ecosystem. The DApp Explorer simplifies the discovery and use of Web3 applications, ensuring users can fully leverage the potential of decentralized technologies. # Key Features - To B [**Task to Earn**](/ecosystem/task-to-earn) [**(e)SIM As a Service**](/features/e-sim-as-a-service) [**Private Mobile Networks**](/features/private-mobile-networks) [**IoT Project Innovation**](/features/iot-project-innovation) # Stable Phone Number Continuous and Reliable Communication One of the cornerstone features of Depinsim is the provision of a **stable and permanent phone number**, ensuring uninterrupted communication for users. This innovative solution addresses the challenges posed by traditional telecom services, where users often face the inconvenience of frequent SIM card changes, number updates, or deactivation due to inactivity. #### **What Makes Depinsim’s Stable Phone Number Unique?** 1. **Permanent eSIM Number**\ Unlike traditional SIM cards that require physical swaps or reactivations, Depinsim assigns each user a permanent eSIM number tied to their profile. This number is not dependent on a specific carrier or device, providing long-term stability and reliability. 2. **Seamless Communication for Global Users**\ For frequent travellers, digital nomads, and remote workers, maintaining consistent communication is critical. Depinsim’s stable phone number ensures that users remain reachable wherever they are, without the hassle of acquiring local SIM cards or dealing with roaming charges. 3. **No Risk of Inactivity Deactivation**\ With traditional telecom providers, inactivity often leads to number deactivation, forcing users to acquire a new number. Depinsim eliminates this risk by offering a unique **Task to Earn Program**, allowing users to keep their numbers active by completing simple tasks and earning free mobile data. This program ensures that users can continue to benefit from their stable number without incurring additional costs. #### **Task to Earn Program: Keeping Numbers Active** To further enhance user engagement and retention, Depinsim introduces a Task to Earn Program that integrates seamlessly with the eSIM service. Key features of this program include: * **Simple Tasks:** Users can complete easy and engaging tasks, such as participating in surveys, watching advertisements, or staking tokens, to earn rewards. * **Free Data Rewards:** Rewards from completed tasks include free mobile data, enabling users to maintain their number and enjoy seamless connectivity. * **No Additional Costs:** Users can keep their number active and operational without incurring traditional subscription fees, making Depinsim an accessible and cost-effective solution. #### **Benefits of a Stable Phone Number** 1. **Enhanced Accessibility**\ A permanent eSIM number ensures that users are always reachable, regardless of their location or device. This is particularly beneficial for business travellers, freelancers, and those with an international lifestyle. 2. **Reduced Hassles and Costs**\ By eliminating the need for physical SIM card swaps and local carrier subscriptions, Depinsim saves users time and money. The ability to earn free data through the Task to Earn Program further reduces overall communication expenses. 3. **Consistent Digital Identity**\ A stable phone number also serves as a reliable digital identity, enabling users to connect seamlessly with platforms, services, and contacts. This consistency is essential for managing personal and professional interactions effectively. 4. **Integration with Depinsim Ecosystem**\ Users can leverage their stable phone number across Depinsim’s ecosystem, including for crypto transactions, DApp access, and participation in decentralised mining operations. This integration adds significant utility to the eSIM service. #### **Transforming Connectivity** Depinsim’s stable phone number feature redefines the telecom experience by prioritising user convenience, accessibility, and affordability. Whether for individuals managing global communication needs or businesses seeking consistent contact points, this feature provides a robust and scalable solution. Coupled with the Task to Earn Program, users can maintain their numbers effortlessly, making Depinsim a leader in the evolution of reliable, decentralised connectivity. # Physical SIMs In addition to our pioneering eSIM solutions, DePinSim also offers physical SIM cards to cater to a wider range of user needs and preferences. Understanding that not all devices are equipped with eSIM capabilities, we provide physical SIM cards to ensure comprehensive coverage and accessibility for all users. This service underscores our commitment to inclusivity and flexibility, ensuring everyone can benefit from the advanced features and global connectivity offered by DePINSIM. **Introduction to Physical SIM Service:** Our physical SIM cards are designed to deliver the same level of functionality and convenience as our eSIMs. Users can enjoy seamless connectivity, reliable communication, and access to our suite of Web3 services regardless of their device type. The physical SIMs are compatible with a broad range of smartphones, tablets, and IoT devices, making it easy for users to switch between devices without any hassle. Whether for personal use, business needs, or IoT applications, our physical SIM cards offer a versatile and dependable solution. {% hint style="info" %} **How to Get Physical SIMs** * Take part in our offline events (Like[ ABS Taipei](https://twitter.com/depinsim/status/1821486310000841135)) * Reach certain [user leve](/ecosystem/user-levels-and-privileges)l and receive Physical SIMs as farming rewards * Get free Physical SIMs from our partners (Coming Soon) * Purchase directly from our store (Coming Soon) {% endhint %} **Advantages of Physical SIMs:** 1. **Widespread Compatibility:** Physical SIM cards ensure compatibility with older devices that do not support eSIM technology. This broadens our user base, allowing more individuals to join the DePinSim network and experience the benefits of our services. It also provides a practical solution for businesses and organizations with diverse device inventories, ensuring that all their communication needs are met seamlessly. 2. **Ease of Use:** Physical SIM cards are simple to install and use. Users can insert the SIM card into their device and activate it within minutes, without needing to navigate digital provisioning processes. This ease of use is particularly beneficial for users who may not be as tech-savvy, providing them with straightforward access to advanced communication features. 3. **Enhanced Flexibility:** Offering both eSIM and physical SIM options provides users with the flexibility to choose the solution that best fits their needs. This dual approach ensures that users are not restricted by their device capabilities and can easily switch between physical and eSIMs as required. This flexibility is especially advantageous for frequent travellers and businesses operating in multiple regions, where device compatibility can vary. 4. **Global Connectivity:** Our physical SIM cards come with the same global roaming capabilities as our eSIMs, enabling users to stay connected across borders without incurring exorbitant roaming charges. This feature is ideal for international travellers and businesses with a global presence, ensuring reliable and cost-effective communication wherever they are in the world. 5. **Security and Reliability:** Physical SIMs offer a high level of security and reliability, safeguarding users' data and communications. In situations where digital eSIM provisioning may be disrupted or unavailable, physical SIMs provide a reliable fallback, ensuring continuous connectivity and access to services. By offering physical SIM cards alongside our innovative eSIM solutions, DePinSim ensures that all users can benefit from our comprehensive range of services. This inclusive approach enhances user satisfaction and broadens the reach of our cutting-edge Web3 communication platform, paving the way for a more connected and empowered global community. # FAQ #### Question: How do I participate in DepinSIM? **Answer:** Please simply follow this link: [DepinSIM Bot](https://t.me/DepinSimBot/start?startapp=lzh5h1q6OY) *** #### Question: What is DepinSIM VIP, and what benefits do I get with VIP membership? **Answer:** For detailed information on DepinSIM VIP and its benefits, please visit: [DepinSIM VIP Features](https://docs.depinsim.com/features/vip) *** #### Question: How do I know if my mobile phone is compatible with eSIM? **Answer:** Please check out the list of compatible devices here: [eSIM-Compatible Devices](https://docs.depinsim.com/depinsim/esim-installation/esim-compatible-devices) *** #### Question: What can I do if my mobile phone is not compatible with eSIM? **Answer:** You can still earn valuable points and rewards by playing the tap-to-earn game and completing tasks. In the future, you’ll also be able to trade your mined data in our marketplace, so stay tuned! *** #### Question: How do I get mined data? **Answer:** There are two ways to earn mined data: * Play the tap-to-earn game on the ***Home*** page. Please refer to this [page](https://docs.depinsim.com/features/user-levels-and-privileges) for rewards calculations * Complete tasks on the ***Earn*** page. *** #### Question: Can the eSIM be reinstalled if I delete it from my mobile phone after installation? **Answer:** No, eSIMs cannot be reinstalled. The QR code provided can only be used once. Please do not delete your installed eSIM. *** #### Question: How long will it take to receive my eSIM after purchase? **Answer:** The time to receive your eSIM depends on the confirmation of your payment on-chain. Typically, once payment is confirmed, the eSIM will be delivered within a few minutes. If eSIMs are out of stock, you'll be placed on a waiting list and continue to earn 9,000 points per hour as passive income. Once eSIMs are available, they will be delivered to you. *** #### Question: How can I get a physical SIM card? **Answer:** Currently, the only way to obtain a physical SIM card is by attending our in-person events. Please follow our Twitter for the latest updates. *** #### Question: How can I bind a physical SIM card with the DepinSIM Telegram dApp, and why should I do it? **Answer:** By binding your physical SIM card, you will see a label called ***Add one more eSIM*** at the bottom of the ***eSIM*** page. Simply follow the instructions to bind your physical SIM card. Once done, you can manage your roaming data, activate a miner to earn passive income, and earn travel rewards. Please check this [video](https://www.youtube.com/watch?v=vA80FEO1F9A) for more details. *** #### ~~Question: How do I get travel rewards?~~ ~~**Answer:** Travel rewards are calculated based on three factors: travel distance, the number of countries/regions visited, and your VIP status. To begin, you must use roaming data at your starting location. When you reach your destination, use roaming data again. We calculate your rewards based on the distance traveled between these points. For example, if you travel from location A to B and then B to C, your rewards are calculated based on the distances by AB + BC.~~ ~~The formula for travel rewards is: **Travel rewards = 1000 \* travel distance(KM) \* 1.2 \* Countries/Regions Visited Boost \* 3 \* VIP Boost.**~~ # eSIM Activation #### 1, What is a Depinsim eSIM ? Depinsim eSIM is a digital SIM that lets you activate mobile data without a physical SIM card. It connects directly to global networks through the Depinsim App. *** #### 2, How do I install and activate my Depinsim eSIM ? {% hint style="info" %} Prerequisites: * Your device is [**eSIM compatible**](/the-future-of-global-connectivity/quick-start/esim-installation/esim-compatible-devices) and network unlocked. * You have a stable connection, preferably WiFi. (*You need to download the eSIM properly to your device and a stable internet connection is a must*. {% endhint %}
Follow those steps: 1. Scan the QR Code with your phone camera. 2. Click on the pop-up link from the QR Code 3. Follow on-screen instructions to add the eSIM to your phone (the process may take a few minutes depending on your device models and network) 4. Once the eSIM is installed, navigate to Mobile Service or Mobile Network settings on your phone and turn on **Mobile Data** as welll as **Data Roaming**. You will also need to set up the APN of the eSIM, depending on your device: * For iOS, go to Settings > Mobile Service > Select the right eSIM > Mobile Data Network > APN, enter **globalnet** (or modify the existing setting to **globalnet**). You don't need to change anything else. * For Android, go to Settings > Connections > Mobile Networks > Access Point Names > Select the right eSIM > APN, enter **globalnet** (or modify the existing setting to **globalnet**). You don't need to change anything else.
If you follow all the above steps, you'll have now activated your eSIM and can start roaming! *** #### 3, Can I activate multiple eSIMs on one device? Yes. Most newer devices allow multiple eSIMs but only one can be active for data at a time. *** #### 4, Where can I find my eSIM activation QR code? Your QR code is available in your **Depinsim DApp → My eSIMs** *** #### 5, Can I reuse my eSIM QR code? No. Once activated, the QR code becomes invalid. eSIMs cannot be reinstalled or transferred to another device. *** #### 6, What should I do if activation fails? Check that your device supports eSIM and connected to Wi-Fi. Restart your phone and retry scanning.\ If the issue persists, contact Depinsim Support with your order ID. *** #### 7, What happens if I delete my eSIM by mistake? Once deleted, the eSIM cannot be restored. You’ll need to purchase or request a new eSIM profile. *** #### # Brand, Logos ## Download Depinsim Logo [
](https://548751536-files.gitbook.io/~/files/v0/b/gitbook-x-prod.appspot.com/o/spaces%2FvYjHClBOA4bz14tqkNZY%2Fuploads%2Fne5OLt7CC15ZAMKjBivL%2FTonUP%20Logo%20New.zip?alt=media\&token=6cc296b9-5ace-4b47-8084-cbf020f79387) {% file src="/files/fGu0pKKsBLNaj9MBdFez" %}