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#EducationSeries #Ethereum Today’s lesson takes us back to the fundamentals. The emergence of Ethereum stands as one of the most significant milestones in blockchain history — it ushered the technology into the era of smart contracts. In other words, the vibrant ecosystem we see today all began with Ethereum and its smart contract innovation. If Bitcoin is “digital gold,” then Ethereum is the “operating system of the digital world.” It not only upgraded blockchain from a “ledger system” to a “programmable network” but also sparked the birth of entire industries: DeFi, NFT, DAO, GameFi, and beyond. Without Ethereum, there would be no Web3 as we know it. From Bitcoin to Ethereum: The Second Awakening of Blockchain In 2015, a 19-year-old Canadian programmer named Vitalik Buterin (V God) introduced the concept of Ethereum. He believed that while Bitcoin solved the problem of decentralized money, it couldn’t handle more complex logic or applications. So he imagined a new kind of blockchain — one that could not only store value but also execute code. This was Ethereum’s greatest innovation: the smart contract. In traditional Internet systems, trust depends on intermediaries — banks, companies, platforms. But on Ethereum, trust is written into code. Smart contracts can automatically execute trades, distribute rewards, enable voting, and manage governance — all without a middleman. From that moment, blockchain evolved from a “financial instrument” into a network of value. Smart Contracts: Turning Trust into Code The concept of smart contracts was first proposed in the 1990s by computer scientist Nick Szabo, but it wasn’t until Ethereum that it became reality. Before Ethereum, blockchains were merely digital ledgers — able to record transactions but unable to act. Smart contracts gave blockchain its agency — no longer just recording, but executing logic, triggering rules, and building decentralized ecosystems. Simply put: Smart Contract = “If A happens, automatically execute B.” For example: If an NFT is purchased → automatically transfer tokens to the seller. If a user stakes ETH for a certain period → automatically distribute rewards. If a proposal passes community voting → automatically trigger governance actions. It works like a vending machine — once you insert a coin, the machine automatically dispenses the product. No one can interfere, and no one can default. More importantly, the machine’s rules are public and transparent — anyone can audit the source code to verify fairness. This embodies the principle of “Code is Law.” Once deployed on-chain, no one can alter it. This makes smart contracts “trustless yet more trustworthy.” Developers use the Solidity language to write these contracts on Ethereum, creating a vast world of DApps (Decentralized Applications) — spanning finance, gaming, governance, and art. Uniswap’s automated market maker, Aave’s lending protocol, Curve’s stablecoin exchange —  all powered by smart contracts. For users, a smart contract is a black box of trust — you don’t have to trust who’s on the other side, only that the contract works. For developers, it’s a tool of productivity — converting business logic directly into automated rules. No supervision, no arbitration — the blockchain itself becomes the judge. That’s why Ethereum is often called the “World Computer.” It’s not just a network but a distributed supercomputer anyone can access and audit. Every smart contract is a “program” on this computer. Every transaction is a “computation.” Smart contracts aren’t an add-on feature — they are the soul of the Ethereum ecosystem. They transformed blockchain from a “decentralized ledger” into a decentralized operating system — the very foundation of Web3. Ethereum’s Technical Structure: From Accounts to the Virtual Machine To understand Ethereum’s power, we need to grasp its key components: 1. Account Model Unlike Bitcoin’s UTXO model, Ethereum uses an account-based system, divided into: EOA (Externally Owned Account): controlled by private keys; Contract Account: controlled by smart contract code. This design enables greater flexibility — accounts can not only transfer value but also interact with smart contracts. 2. EVM (Ethereum Virtual Machine) The EVM is Ethereum’s core brain — the execution environment for all smart contracts. It defines how programs run, how resources are billed, and how errors are handled. Every contract execution consumes Gas, Ethereum’s resource metering unit. Gas prevents abuse and ensures that every on-chain action carries a cost. The more complex the operation, the more Gas it consumes — pushing developers to optimize for efficiency. 3. Gas Mechanism & Transaction Fees Gas represents the computational cost of transactions. Fees are calculated as: Total Fee = Gas Limit × Gas Price (in Gwei) (1 Gwei = 0.000000001 ETH). This mechanism filters spam transactions and maintains network efficiency. 4. From PoW to PoS: Ethereum’s Great Migration Initially, Ethereum used Proof of Work (PoW) like Bitcoin. But as the network expanded, energy consumption became a growing concern. Then came The Merge — the historic upgrade that transitioned Ethereum from PoW to PoS (Proof of Stake). In PoS, validators don’t mine using power-hungry hardware — they stake ETH to secure the network. This shift reduced energy usage by 99.95%, while enhancing both security and decentralization. The Merge marked the dawn of blockchain’s green era. The Rise of Layer 2: Unlocking Scalability Ethereum’s biggest challenges have always been speed and cost. On-chain operations are expensive; even a basic transfer can cost several dollars, and during DeFi booms, Gas fees were unbearable. That’s where Layer 2 (L2) solutions came in. Core logic: Treat Layer 1 as the settlement layer, Layer 2 as the execution layer, Let the main chain stay secure while L2 handles throughput. Think of it as Ethereum’s “express highway.” Computations and transactions happen off-chain on Layer 2, while only the results are finalized on the mainnet. This drastically reduces congestion without compromising decentralization. Main Layer 2 Approaches: Optimistic Rollups (e.g., Optimism, Arbitrum) Assume transactions are valid unless challenged. High throughput, low cost — ideal for active DeFi/NFT use. ZK Rollups (e.g., zkSync, StarkNet) Use zero-knowledge proofs to verify correctness without re-execution — balancing efficiency and security. Often seen as the ultimate form of L2 scaling. Validium / Plasma Early off-chain storage models with on-chain validation, now largely replaced due to weaker data availability. Layer 2 isn’t just a technical upgrade — it’s an economic revolution. It democratizes Ethereum, making microtransactions, games, social apps, and payments feasible for everyone. And the competition among L2s continuously fuels Ethereum’s innovation — from “single-chain bottleneck” to “multi-chain parallelism,” from high-Gas pain to “pennies per transaction.” Today, many DeFi and GameFi booms start not on the mainnet but on Layer 2. In short: Layer 2 isn’t an accessory — it’s Ethereum’s future self, the key to becoming the world’s true decentralized operating system. Ethereum Standards: The Language of ERC Ethereum’s strength also lies in its open standardization system — ERC (Ethereum Request for Comment). These standards define how developers build assets, protocols, and governance systems on the network. Common standards include: ERC-20: Fungible token standard (e.g., USDT, UNI) ERC-721: Non-fungible token standard (NFTs) ERC-1155: Hybrid multi-asset standard ERC-4626: Yield-bearing asset interface Thanks to ERCs, projects across Ethereum “speak the same language,” enabling seamless interoperability and rapid ecosystem expansion. Conclusion Ethereum has never been just a blockchain — it’s a philosophy. It stands for openness, transparency, and programmability. In its ecosystem, anyone can build their own world with just a few lines of code. As Vitalik Buterin said: “We are rewriting trust with code, and reshaping the world through decentralization.” That is the true meaning of Ethereum — not an endpoint, but the starting point of every Web3 dream. Appendix: Ethereum Quick Reference Glossary EVM — Ethereum Virtual Machine Gas — Computational cost of executing transactions Gwei — Unit of Gas price (1 ETH = 1⁰⁹ Gwei) Solidity — Ethereum’s smart contract programming language ABI — Application Binary Interface for contracts PoW — Proof of Work consensus mechanism PoS — Proof of Stake consensus mechanism The Merge — Ethereum’s transition from PoW to PoS Validator — Node verifying and proposing blocks Staking — Locking ETH to participate in validation Rollup — Layer 2 scaling technology ZK-SNARK — Zero-Knowledge proof protocol Sharding — Data partitioning for scaling DAO — Decentralized Autonomous Organization Layer 2 — Off-chain scaling network Mainnet — Ethereum’s primary network DApp — Decentralized Application Beacon Chain — Ethereum’s PoS consensus chain

#Solana #Saga #Web3Phone Since the iPhone ushered in the smartphone era, mobile ecosystems have grown ever richer — gradually folding in the wallet, browser, calculator, computer, and payments — becoming a compendium of functions from many domains. The convenience phones bring to daily life is obvious to all. At this point, many started to wonder whether crypto and blockchains could enter everyday hardware ecosystems. From wallets, browsers, and smart contracts to embedding crypto elements directly into the phone, an impatient yet ambitious experiment emerged: the Web3 phone. These devices carry the vision of “bringing blockchain into daily life” — with built-in crypto wallets, preloaded token airdrops, dApp entry points, and freedom from traditional app-store gatekeeping. Yet when ideals meet reality, deeper issues in technology, markets, governance, and security are exposed. Recently, the end of support for Solana Saga became a landmark event in Web3 phone history. Just two years after launch, the device has “reached its end,” and the reasons and lessons behind that deserve serious reflection. This article starts from the development arc of Web3 phones, analyzes Saga’s rise and fall, and then examines from an industry perspective: why has this track repeatedly been “brimming with ambition” yet “delivering modest returns”? Can Web3 phones reboot? And what does this mean for brands, developers, and users? The Vision of Web3 Phones and Three Development Stages As we noted at the outset, “the phone” is an indispensable portal for modern life. Images, finance, social, gaming, payments — nearly all digital life gathers in a pocket-sized device. The blockchain community recognized early on: if decentralized asset management, secure wallets, identity, and cross-chain interactions could be built into phones, then Web3 could reach ordinary users and move from “within the circle” to “within daily life.” Thus, the Web3 phone vision can be summarized in three points: Native wallet and self-custody — users own their private keys, without intermediaries. dApp ecosystem entry — the phone is not just a browser, but an on-chain application portal. Escape from traditional app-store constraints — remove potential risks of fees, review, and de-listing by platforms. Against this backdrop, Saga and more than a dozen so-called “crypto phones” followed. From hardware partnerships, preinstalled wallets, and airdrop incentives to on-chain identity binding, they shone brightly. But beyond the vision lurked layered challenges in ecosystems, business models, technology, and regulation. Phase One: Exploration (Web3 Phone 1.0 Representatives) — HTC Exodus and Sirin Labs Finney To talk about Web3 phone 1.0, we have to go back to around 2018, when a crypto wave was just beginning and some hardware makers were first to spot the opportunity. Two of the most representative: 1) HTC Exodus (2018) From the former Android heavyweight HTC came a bold attempt. Built-in cold wallet “Zion Vault,” supporting BTC, ETH, and other majors. The main selling point was “blockchain security,” emphasizing user-held private keys. Sales weren’t hot; according to HTC execs, first-year volume was under 100,000. Core failure reason: immature on-chain app ecosystems and high user education costs. 2) Sirin Labs Finney (2018) Raised over $100M to build, running SIRIN OS with direct dApp support. Likewise featured a hardware wallet and token payment functions. Ultimately couldn’t escape “cash-grab” doubts — after a brief spike, it faded quickly. Summary: This stage was more like “proof-of-concept” devices, proving “phone + blockchain” could be built and used. Unfortunately, the market wasn’t ready and users didn’t quite get it. Phase Two: Practical Transition (Web3 Phone 2.0 Representatives) — Solana Saga, Binance Mini Phone, etc. By 2022–2023, the landscape began to change. The crypto ecosystem had matured far beyond five years prior — NFT booms, DeFi’s move toward mainstream, USDT’s global circulation — making Web3 phones look less like “niche toys.” 1) Solana Saga Officially launched by Solana Labs, aiming to be “Solana’s mobile gateway.” Shipped with Solana Mobile Stack (SMS), letting developers run dApps on the phone more easily. Built-in Seed Vault secure module for OS-level key management. Priced at $999, initial reception was lukewarm, but later, thanks to BONK giveaways, NFT airdrops, and other “benefit strategies,” it unexpectedly took off; secondary prices once climbed above $3,000. It clearly boosted the ecosystem and energized a wave of “mobile-first” crypto projects. Phase Three: Modularization, AI Integration, and Strong DID — Toward a 3.0 Web3 Phone In 2025, Web3 phones finally reached a 3.0 stage. The focus is no longer “bundling crypto tools,” but building a composite platform that serves as a decentralized identity terminal + an autonomously running node + an AI strategy module, truly fusing on-chain identity + on-chain assets + on-chain compute. Users aren’t merely “visitors” to the crypto world; they become part of the ecosystem — potentially even the primary beneficiaries. Three Structural Factors Behind Web3 Phone Failures or Bottlenecks From the Saga case, we can see these devices face multiple constraints: 1）Hardware and Supply-Chain Cost Challenges Creating a phone entails heavy costs in design, manufacturing, certification, logistics, and after-sales. Web3-specific needs (wallet security, preinstalled cold storage, chain compatibility) raise the bar further. If sales volume is insufficient, costs can’t be amortized. Saga’s price cuts and speculative resale signal a mismatch between demand and cost. 2） Ecosystem Entry Still Isn’t Mainstream Even with preinstalled wallets and crypto connectivity, mainstream users’ awareness and usage of crypto assets remain marginal. Without mainstream apps or convenient scenarios, the phone itself struggles to become a “must-have.” Moreover, traditional ecosystems are dominated by App Store/Google Play; if Web3 devices can’t offer a superior alternative experience, user migration willingness is limited. 3）Lifecycle and Security Trust Issues Phones are a long-term hardware commitment. Users expect years of updates, security patches, and ecosystem support. If Web3 phones have very short support cycles, lightweight ecosystems, and thin after-sales, users will perceive them as “experimental gear,” making broad trust hard to earn. Saga’s two-year support cycle directly broke that promise. Despite Current Bottlenecks, the Track Still Holds Potential Value Future Paths and Optimizations 1）Focus on Real User Scenarios, Not Just Airdrop Lures Next-gen devices should place more emphasis on blending “crypto + everyday phone”: on-chain identity login, NFTs as contacts, the wallet as payments, and a portal for on-chain gaming. If users can switch seamlessly and with strong convenience, then mass appeal becomes possible. 2）Extend Support Cycles and Strengthen Security Guarantees Hardware lifespans, system updates, and ecosystem compatibility must at least keep pace with mainstream Android devices (5+ years). Otherwise, switching costs are too high for users. 3）Open Ecosystems with Multi-Chain Support They shouldn’t be limited to a single chain. Devices that support multiple chains, cross-chain assets, and decentralized app stores will reach a broader audience. 4）Partner with Mainstream Phone Brands/Carriers If Web3 phones can launch in partnership with major brands/carriers, distribution, after-sales, and trust improve. Make crypto functions part of flagship phones instead of “starting from scratch.” 5）Innovate Hardware Cost Recovery Models Preinstalled wallets, airdrops, co-issued tokens, and on-chain identity rewards can subsidize hardware costs — but the key is long-term ecosystem value, not one-off hype. Conclusion: Web3 Phones Aren’t a Scam, but Hype Can’t Be the Strategy While Saga’s end-of-support looks like a “failure,” we shouldn’t view it as the definitive failure of Web3 phones. It’s more of a dress rehearsal — a reminder that stacking hardware with blockchain isn’t a shortcut to success. For Web3 phones to succeed, they must plant their feet firmly on generality, entry-point value, and ecosystem continuity. If they can achieve daily user willingness to use, continuous on-chain value accrual, and a healthy hardware cost model, then “Web3 phones” will have the right to become the next-generation computing portal — and not just a passing crypto fad.

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Domain Days Dubai 2025 Welcome to #DomainDaysDubai We want to express our gratitude for your choice to be a part of Domain Days Dubai 2025. Your presence in Dubai and your commitment to making this event memorable and successful is greatly appreciated. This email contains all the important information that you need in order to have a productive experience at the event that starts tomorrow at 8am. Event Location: The event will take space at the Grand Ballroom area of the Marriott Resort, Palm Jumierah, Dubai on 22-23 October - 8am-6pm Directions: When entering the hotel via the main entrance, walk all the way to the right and go one level up using the escalators, you will then be at the event space foyer area and that's where our charming hostesses and the registration desk will be setup. The event takes place at the Grand Ballroom. If you are arriving by car, free valet parking is available. Please validate before leaving at the concierge desk. Badge Collection: The registration starts at 8:00am tomorrow and you will need to collect your badge form the registration desk by presenting your ticket QR code (found in the account section of the website and the app) or by simply saying your name. It will be sent to your email a few hours before the show. Wristband Collection (For VIP Yacht Cruise): If you are holding a VIP pass and opted for the VIP yacht cruise, the registration desk staff will also handover a wristband that is a MUST to have when going for us on the cruise. This is strictly non-transferable and cannot be replaced if lost. Agenda: Our agenda is now live and you can bookmark sessions that you wish to attend and read more about our speakers and the topics that will be covered. Hospitality: We will make sure that you will stay hydrated, caffeinated, and eat well during the 2 days of our event. Coffee Breaks: There are 2 coffee breaks with a splendid choice of cold & warm snacks with fresh juices, tea, local coffee with dates and healthy options too. Lunch: The Day 1 & 2 lunches are served at the Levantera restaurant on the ground floor. Identify yourself as a Domain Days attendee and you will be guided to our dedicated seating area. Please wear your badge! Day 1 Dinner: The official networking dinner (sponsored by Webpros & Atom) will be held on the 22nd of October, 7PM onwards at the Bal Harbour Beach restaurant. All food (fresh local grills), soft drinks, water and tea/coffee are included. P.S Alc. beverages are available at the cash bar - this is due to our respect for the local hosts and in line with traditions. Please wear your badge. Dress code: It's warm & humid these days, please feel free to wear casual! Day 2 VIP Cruise & Dinner: For our VIP pass holders, we will embark on a 4 hours cruise with unlimited F&B (soft & alco.) catered from a 5-stars venue onboard the Mega Yacht. Thanks to Domora by Freename & Nova Registry (.link) for sponsoring this. Dress code: Please wear light comfortable cloths, its a party after all! VIP Majlis (VIP Networking Lounge) is located at Palm room #6, across from the main event space and this is a quiet area for you to relax, schedule a meeting in a VIP style - Sponsored by OpusDNS See you tomorrow, on the 22nd of October 2025 at 8:00am for the registration & networking before our stage is set with our featured speakers & presentations, not to be missed! We have a large event photo/press wall - make sure to click some nice photos and share them on socials. Our official event hashtag is #domaindaysdubai. We also have a funky photobooth sponsored by .it.com Domains and roaming photographer/videographer on-site all days. New for 2025! We have setup a bespoke olfactory experience - a live booth where you can choose out of 10 popular and Middle Eastern inspired or build your own custom perfume with the help of a specialist and also get it in a custom bottle with your name engraved in English or Arabic! This is an exclusive gift from us to you! Make sure to create your own perfume - available in the exhibition area. Official Digital Asset Auction is done in partnership with RightoftheDot (ROTD). Please make sure to sign up to take part in this experience on Day 1 of the event. There will be members of the press and local newspapers in the room! Attendee List & Networking Full Event Agenda WhatsApp Group Google Maps Location Our Valued Sponsors

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Over more than a decade of evolution in the crypto market, we’ve witnessed the decentralization of the “financial world”: Bitcoin brought borderless value consensus; DeFi built a disintermediated financial order; NFT, GameFi, and SocialFi have sought to redefine digital identity, entertainment, and social interaction. Yet the entire stage has remained within the dimension of the “virtual world.” DePIN (Decentralized Physical Infrastructure Networks) is redefining that boundary. For the first time in crypto, it enables physical infrastructure in the real world to adopt blockchain logic: openness, verifiability, co-building, co-governance, and sharing. It is no longer merely an extension of “putting compute on-chain,” but a systemic transformation around “who controls real-world resources.” From electricity, storage, and bandwidth to drone networks, urban sensors, and geospatial data, DePIN represents the true fusion of reality and crypto. In other words: if Bitcoin is decentralized “digital gold,” then DePIN is the decentralized “digital power grid.” SuperEx Education Series: DePIN-When the Real World Goes On-Chain, Infrastructure Enters a… Over more than a decade of evolution in the crypto market, we've witnessed the decentralization of the "financial…news.superex.com The Essence of DePIN: A Revolution in Decentralized Physical Networks At its core, DePIN uses blockchain incentives to mobilize globally distributed individual or enterprise nodes to jointly build and maintain real-world infrastructure networks. It changes the old model of “centralized companies invest, users passively consume” and instead lets users become infrastructure providers and participants in returns. This means three things: Capital structures are decentralized Traditional networks (e.g., telecom, cloud computing, charging stations) rely on capital-intensive, approval-heavy centralized build-outs. DePIN, via token models, lets anyone become a contributing node. Costs are fragmented; power is dispersed. Trust structures are rebuilt Nodes earn rewards through on-chain proofs (e.g., proof of work performed, contribution scores, location verification). The verification logic is open and transparent — trust no longer hinges on institutions. Value distribution is rewritten In the traditional economy, Amazon, Google, Tesla, and others monopolize infrastructure and data flows. In DePIN, value flows directly back to node participants, forming a new “users-as-shareholders” ecosystem economy. In a sentence: DePIN applies Web3’s incentive model to the physical world. Compute, Energy, Bandwidth, Data: The Four Real-World Interfaces of DePIN DePIN isn’t a concept — it’s a class of applications already landing. Its real-world interfaces are mainly concentrated in four directions: 1. Compute DePIN Representative projects: Render, Akash, IO.net, Bittensor. Centered on “AI compute,” these projects aggregate globally distributed GPU resources, scheduling and settling via blockchain. In an era of AI compute scarcity, they’ve become a new class of decentralized data centers. The logic is: Compute providers connect and contribute GPUs; Demand-side (AI developers, model trainers) pay for compute with tokens; The blockchain performs transparent settlement, reputation scoring, and incentive distribution. Render Network is a typical example. Artists upload rendering tasks; the network automatically assigns them to global GPU nodes; nodes receive RNDR tokens upon completion. The result — Render has become the world’s largest distributed GPU rendering network: no central servers, yet more efficient than centralized platforms. 2. Storage DePIN Representative projects: Filecoin, Arweave, Storj. These networks source storage from community nodes and ensure data authenticity and persistence via cryptographic verification. Filecoin incentivizes “hard-drive miners”; Arweave focuses on permanent storage — pay once, store forever. Against the backdrop of exploding AI model data, decentralized storage has become the shared foundational layer for AI and Web3. 3. Network DePIN Representative projects: Helium, Pollen Mobile, RightMesh. They turn telecom infrastructure — Wi-Fi hotspots, 5G small cells — into open community nodes. For example, Helium incentivizes users to deploy hotspots with HNT tokens, building the world’s largest IoT wireless network. This implies that future urban communications may no longer be monopolized by telecom giants but composed of tens of thousands of personal devices. 4. Energy & Sensor DePIN This is the most promising — and most disruptive — direction within DePIN. It enables real physical actions like electricity distribution, sensor data capture, and drone monitoring to carry on-chain verification and token incentives. Imagine: EV charging piles, home solar panels, and weather sensors — each can become a revenue-generating node, participating in infrastructure yield distribution via cryptoeconomics. This is DePIN’s real-world ambition. The Fusion of AI and DePIN: From Compute Scarcity to Node Autonomy The convergence of AI and DePIN is one of 2025’s largest industry narratives. Over the past year, the surge of AI models created massive demand for compute, data, and storage, while centralized cloud resources remained limited and costly. DePIN offers another path: distributed compute autonomy. For example: Bittensor (TAO) enables a decentralized machine learning network where nodes jointly train AI models; Io.net dynamically schedules idle GPU resources, lowering the barrier to AI training; Gensyn seeks to move AI training verification on-chain, making model contributions transparent. In this process, AI is the demand side, and DePIN is the supply side; the two form a new economic closed loop through tokens and on-chain settlement. This isn’t just resource allocation — it’s trust reconstruction: AI’s future may no longer be controlled by OpenAI or NVIDIA, but collaboratively driven by tens of thousands of autonomous nodes. AI needs data, compute, and bandwidth — DePIN happens to provide the decentralized real-world interfaces. From Web2 Infrastructure to Web3 Autonomous Networks If Web2 is “companies build networks, users connect,” then Web3’s DePIN is “users build networks, networks self-govern.” This shift may look like a technical innovation, but it is in fact a revolution in power structures. Take Helium as an example: in traditional telecom models, building a base station requires approvals, licenses, and capital. In Helium, an ordinary user can deploy a device to become a node — providing coverage while earning incentives. This not only lowers construction costs but also distributes network sovereignty to individuals. Similar logic is being replicated across energy, cloud computing, transportation, and more. DePIN is not about “overthrowing governments,” but about making the governance of public resources more transparent, more efficient, and more open. Looking back at fifteen years of blockchain history, each wave has had a central “resource-class asset”: Bitcoin mining is compute power; DeFi is capital liquidity; NFT is digital scarcity; DePIN is the blockchainization of real-world resources. When people no longer “mine” but instead provide bandwidth, energy, data, and compute, the entire crypto economy enters a new phase — the Tokenization of Real Utilities. Nodes are no longer virtual; they physically exist in cities, communities, and homes. Incentives are no longer speculative; they are dividends from real-world production. This is the final form of the crypto economy: Conclusion: As “Reality” Goes On-Chain, Web3 Enters the Physical Era DePIN is not a short-term fad, but a directional leap. It extends blockchain from finance and virtual assets into real-world energy, communications, data, and compute. It reshapes the production logic of economic incentives, social collaboration, and physical infrastructure. We are at a critical inflection point: for the first time, blockchain is not just the ledger of the virtual world, but the operating system of the real world. This is not a fantasy — it’s a beginning. Over the next decade, DePIN will become the real-world conduit connecting AI, energy, IoT, and the crypto economy. Every node, every device, every kilowatt-hour, every unit of compute may become part of the blockchain economy. This is the meaning of DePIN — decentralization is no longer a concept on a screen, but the infrastructure of reality. Let the real world become the blockchain’s mining field. Appendix: DePIN Glossary of Professional Terms DePIN (Decentralized Physical Infrastructure Network) A decentralized physical infrastructure network. Uses blockchain incentives to enable distributed nodes to jointly build and maintain real-world resources such as compute, bandwidth, and electricity. Proof of Location (PoL) A location-proof mechanism used to verify that a node truly provides services at its claimed position, preventing spoofing or fraudulent deployment. Edge Node A node at the network edge, close to end users, typically providing compute, storage, or bandwidth to improve speed and coverage. Token Incentive Model The core economic mechanism of DePIN. Token rewards drive individuals or devices to participate in network build-out, enabling spontaneous resource distribution. Resource Tokenization Mapping physical resources (e.g., electricity, storage space, network bandwidth) to on-chain assets for trading or staking. Hardware Mining Earning tokens by contributing real hardware resources (e.g., Wi-Fi hotspots, GPU compute, sensor data) to co-build the network. Network Coverage Proof Used to verify whether a node truly provides network coverage or a service area, common in decentralized communications DePIN projects. Decentralized Compute Network A system that aggregates idle GPU/CPU resources worldwide to provide services for AI, rendering, or scientific computing. Data Oracle Layer The middleware that securely transports real-world data (e.g., geospatial, climate, electricity consumption) onto the blockchain. Micro-Infrastructure Economy A distributed economic form enabled by DePIN in which individuals earn by contributing micro-resources. Dynamic Pricing Protocol A smart-contract mechanism that automatically adjusts resource prices based on supply and demand to keep incentives aligned with market value. Real-World Work Proof Unlike traditional PoW’s virtual hashing, this emphasizes verifiable physical contributions (e.g., uploading sensor data, providing network coverage). DePIN DAO A DAO that manages DePIN governance, incentives, and upgrades, enabling community-driven evolution. Sensor Network Layer The foundational layer in DePIN for collecting real-world data, including air quality, traffic flow, temperature, and energy consumption. Token Utility Loop A complete in-ecosystem usage loop — payment, staking, governance, and incentives — to prevent “mine-dump-sell” model failures. Hybrid DePIN Projects that balance on-chain governance with real-world regulatory requirements, preserving open incentives while complying with national laws. Network Reliability Score A composite metric of node service quality, activity, latency, and geographic stability used to weight incentive allocation. Off-chain Validation Verifying some physical actions off-chain and reporting results on-chain via cryptographic signatures to reduce gas costs and latency. Resource Leasing Protocol Smart contracts that allow short-term leasing of others’ node resources (e.g., GPU or hotspot), enabling flexible sharing economies. Decentralized Infrastructure Index A composite index tracking token performance and network metrics of key DePIN projects, used to gauge overall industry development.

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