Decentralized Physical Infrastructure Networks

encryptSIM takes a DePIN approach to mobile connectivity, using Solana-native payments and token economics to deliver real-world telecom services without carrier identity requirements. It partnered with Airalo, a major global eSIM distribution network, and Webbing, an MVNO infrastructure provider, to access carrier agreements across 210 destinations without building its own radio network. Live eSIM plans are available immediately via SOL, ETH, USDC, or card payment. The native $ESIM token ties platform revenue to tokenomics: 10% of all sales revenue goes to buying back and burning $ESIM, creating deflationary pressure from real service usage. A decentralized VPN integration in development will bundle dVPN access into subscriber plans. The live service, Airalo partnership, and revenue-linked buyback give encryptSIM a more complete DePIN-adjacent profile than eSIM resellers that simply accept crypto as payment.

Bless Network is a DePIN that aggregates idle consumer hardware — Chrome extension, desktop app, CLI, and nestled node types — into a shared compute marketplace where developers route workloads without owning any servers. Device owners earn TIME tokens for uptime contributions, redeemable for BLESS or burned if unused, while 90% of developer fees flow into BLESS buybacks and token burns. The project reached 5.4 million registered nodes across 210 countries by mid-April 2026, following a testnet that drew over 5 million participants before mainnet launch. Founded in 2022 by alumni of Binance Labs and Akash Network, Bless raised $8 million from M31 Capital, NGC Ventures, and Interop, and launched BLESS on September 23, 2025 on Binance, Bybit, Bitget, and Kraken.

BlockRide embedded smart contracts in bus ticket validators in Nigeria, recording transport fare revenue on-chain and automatically distributing daily USDC payments to NFT holders. This connection between physical vehicles and on-chain settlement gave the protocol DePIN characteristics, treating each bus as a revenue-generating node whose income was split transparently between fleet operators and investors. The protocol targeted Africa's informal commercial transport sector, opening it to global investors through Solana's low-cost infrastructure. On-chain data from the ticket validators gave investors transparent access to mileage, income, and maintenance records for their physical assets, replacing informal ledgers. BlockRide received recognition from the Superteam Nigeria community and at the Solana Hyperdrive Hackathon in 2023 but ceased activity after April 2024.

CyberCharge connects physical smartphone chargers to a decentralised protocol on Solana, turning daily device charging into a crypto income stream through its Proof of Charge mechanism. Each charger functions as a node in the Global Power Matching Protocol, logging sessions on-chain and earning rewards for users who keep the companion app open for five minutes during a charge. The hardware requirement is the protocol's key differentiator — without the physical device, no valid session can be recorded. The GPMP builds a unique on-chain identity for each participant from the charger's hardware fingerprint, IP address, and device identifiers, serving as the primary sybil defence. CyberChip modules handle local compute and encrypt session data using Fully Homomorphic Encryption, supporting GDPR and CCPA compliance. CyberCharge launched 20,000 genesis hardware units in January 2025 and operates across Solana, BNB Chain, and Ethereum, with an AI compute partnership with Neurolov optimising energy allocation across the node network.

Ankr explicitly describes its node network as a decentralized physical infrastructure network, operating bare-metal servers across more than 30 global regions through multiple independent node operators rather than a single centralized provider. The network serves over 760,000 unique geographic locations monthly, distributing RPC load to reduce single points of failure across the 70+ chains it supports. The ANKR token is connected to this physical layer through Forge, a rewards program launched in July 2026 where holders maintaining at least 13,500 ANKR on Ethereum mainnet earn monthly drops funded by revenue from chain partnership deals. Rather than relying on protocol emissions, Forge anchors token economics directly to the commercial activity the node infrastructure generates. As Ankr onboards additional chains and negotiates revenue-sharing agreements, the pool available to ANKR holders expands proportionally. This positions the token as a stake in the network's RPC deal flow, tying holder returns to the growth of a distributed physical infrastructure operation spanning multiple continents.

GoMining translates two real US data centers -- combined 350 megawatts in Mesquite Bluff, Texas and Silver Fox Run, South Carolina -- into tradeable NFTs backed by proportional hashrate shares. Each Digital Miner NFT carries defined computing power in TH/s and energy efficiency in W/TH, delivering daily BTC rewards after operating costs are deducted. More than 17 million TH/s of pooled mining power backs the platform across five million registered users. Unlike cloud mining subscriptions, the model places genuine, transferable hashrate ownership in NFT holders' hands, making each asset tradeable on secondary markets and upgradeable on both efficiency dimensions over time. Formal partnerships with Binance Pool, Bitmain, and the Bitcoin Mining Council situate GoMining within established institutional mining networks. As of mid-2026, over 216,000 Digital Miner NFTs had been sold and users had collectively earned more than 5,838 BTC since the platform launched in 2021.

Home Harvest operates as a Decentralized Physical Infrastructure Network built on Solana, with consumer smart indoor farming devices serving as the physical nodes of its network. Each connected home growing unit feeds verified harvest data — yields, meal plans, recipes, and ecosystem engagement — directly onto the blockchain, creating an auditable record of household food production at scale. Co-founder Hedley Aylott described the architecture plainly: the project uses blockchain to verify and transfer harvest data from growers, forming a network of real-world devices that contribute data to a decentralized system in exchange for economic participation. Home Harvest placed third in the DePIN track of the Solana Breakout Hackathon, organized by Colosseum and announced in July 2025, one of the largest crypto hackathons ever with more than 10,000 participants across 1,412 final submissions. That result validated the core thesis: a fleet of consumer growing devices can function as DePIN infrastructure generating economically valuable on-chain data. Solana's throughput and low transaction costs make it viable to record the high-frequency, low-value data events from physical household devices at scale that the project's architecture depends on.

IoTeX is purpose-built infrastructure for DePIN projects, serving as the primary chain for connecting physical devices to decentralized networks. Its DIMs (DePIN Infrastructure Modules) provide modular tools covering data attestation, device identity provisioning, staking mechanics, and network coordination — letting DePIN projects build on shared middleware rather than re-implementing these primitives. As of mid-2026, the platform reports over 25 million connected DePIN devices and approximately 399 ecosystem projects. W3bstream generates zero-knowledge validity proofs for device-originated data, giving DePIN networks cryptographic assurance that sensor data, device activity, or location signals are authentic and untampered. IOTX powers staking and incentive distribution across machine economies. Notable ecosystem partners include Animoca Brands, Vodafone, Filecoin, and Theta. The Realm framework enables developers to build custom machine intelligence economies within the network.

Nodepay began as a DePIN bandwidth-sharing protocol where users run lightweight nodes via a browser extension or mobile app to contribute idle internet bandwidth, powering AI data training workloads and earning rewards in return. The Node Collect product remains the backbone of this distributed infrastructure, enabling a decentralized web-crawling network that feeds fresh, real-time data into the platform's Signal Engine. With over two million users across 180 countries contributing bandwidth and data, Nodepay operates one of the larger DePIN participation networks on Solana. Contributors earn Nodecoin ($NC), a native Solana SPL token, through a monthly reward cycle that converts accumulated participation points into on-chain claims to a connected Solana wallet.

AiMo Network falls within the decentralized physical infrastructure category through AI-native Smart Badge wearables designed to carry AI agent assistance into physical contexts without requiring a screen. The compact devices attach to phones, hang as pendants, or clip to clothing, collecting real-world context and routing requests through the project's on-chain inference network. AiMo explicitly frames this hardware layer as part of a 'Consumer DePIN + AI Ecosystem.' Each wearable connects to an AiMo Agent NFT with a decentralized on-chain identity, with inference costs settling in USDC on Solana. This user-owns-device, user-owns-agent structure stands apart from centralized AI assistant ecosystems where the model and hardware remain under platform control. The Smart Wearables were in pre-announcement phase as of mid-2025, with presale details pending.

Molpha Oracle offers DePIN networks a permissionless path to on-chain telemetry verification without bespoke oracle integrations. Any DePIN protocol can define a job pointing at its telemetry or coverage API, specify a JSON extraction policy and signing quorum, and begin receiving threshold-signed on-chain-verifiable payloads within a single transaction — no approval queue or governance vote required. The pull-native architecture means applications request fresh data on demand, well-suited to the event-driven reporting common in device-telemetry and coverage-verification workflows. Molpha explicitly identifies DePIN uptime metrics and device telemetry as first-class use cases the protocol is designed to serve. Because Molpha's verification layer is stateless and supports Solana, EVM chains, and Starknet from a single threshold aggregate Schnorr signature, DePIN protocols spanning multiple networks can verify sensor data on their chain of choice without redeploying oracle infrastructure. Payment is settled in USDC via monthly subscriptions, decoupling infrastructure costs from token-price volatility — meaningful for hardware-intensive networks needing predictable operating expenses. Node operators earn USDC for signing valid data, with bonded collateral enforcing honest behavior across the permissionless verifier network.

DBunker is a decentralized physical infrastructure platform built on Solana that tokenizes real-world mining hardware and computing capacity into on-chain assets, giving investors passive exposure to DePIN network yields without requiring them to purchase, house, or operate physical equipment. The platform launched its first Hardware NFT series in mid-2024, representing Aethir Edge enterprise edge-computing devices, with NFT holders earning ATH token rewards generated by the underlying device participating in the Aethir network. DBunker also offers GPU Worker NFTs tied to A100 configurations participating in the io.net Mining Program, available in three tiers representing one, four, or eight GPUs, with IO token rewards distributed to holders on a passive basis. The platform handles all operational complexity — including hardware management, network participation software, and reward collection — in exchange for a management fee of approximately ten percent. DBunker articulates a three-phase vision for the DePIN economy on Solana. The current phase focuses on asset tokenization, where the platform issues NFTs and cloud mining tokens backed by specific income-generating hardware. A forthcoming DePIN Vault phase would enable millions of user-owned devices to register with DBunker, which would optimize yield on their behalf within a decentralized vault structure. The long-term DePIN Hub vision positions the platform as an application layer where third-party developers can build DeFi and DePIN products on top of DBunker's tokenized asset base and connected device network. The project was selected for the inaugural Colosseum Accelerator cohort following recognition at the Solana Renaissance Hackathon.

Bitstop has deployed and operates a network of approximately 2,500 physical cryptocurrency ATMs distributed across gas stations, convenience stores, grocery stores, and value retailers throughout the United States. This distributed physical infrastructure functions as a nationwide cash-to-crypto on-ramp, with most machines running 24 hours a day and discoverable through the Bitstop mobile companion app. The company placed its first machine at Miami International Airport in 2019 and has scaled through retail chain agreements, including placement at all 310 Royal Farms locations across Mid-Atlantic states. Select Bitstop sites also include physical gold ATMs dispensing spendable 24-karat Goldbacks alongside digital assets. Each machine incorporates identity verification, encryption, and surveillance to satisfy federal AML and KYC compliance requirements as a registered Money Service Business. The infrastructure is positioned within everyday retail environments to reach users who lack or prefer not to use traditional financial accounts, making it a physical distribution layer that broadens Solana ecosystem access beyond exchange-reliant users.

DataHive AI operates at the intersection of physical data infrastructure and decentralized networks, positioning itself within the DePIN category by enabling participants to contribute compute and storage resources to a distributed AI data layer. Rather than relying on centralized cloud infrastructure, the protocol allows node operators to supply the underlying physical resources that power its data processing and model training pipelines, creating an incentive-aligned network of real-world infrastructure contributors. Solana's high-throughput, low-latency architecture makes it a suitable foundation for coordinating this distributed physical infrastructure, handling the settlement and reward distribution for node operators who contribute to the DataHive network. By decentralizing the infrastructure layer that AI applications depend on, DataHive AI positions itself as an alternative to centralized data and compute intermediaries, rewarding participants who build and maintain the physical backbone of its AI data marketplace.