DePIN
Decentralised Physical Infrastructure Network — networks of real-world hardware (Wi-Fi, GPS, GPU) that reward participants in tokens for contribution. On TON, the category is nascent as of May 2026.
Aliases: depin, decentralised physical infrastructure
DePIN (Decentralised Physical Infrastructure Network) is a Web3 category in which physical hardware — Wi-Fi access points, GPS nodes, GPU clusters, storage drives — is owned by distributed operators while the blockchain orchestrates rewards for their work.
Classic examples
- Helium — decentralised LoRaWAN and 5G.
- Hivemapper — maps built from drivers with dashcams.
- Render Network — distributed GPU rendering.
- Filecoin / Arweave — data storage.
DePIN on TON
As of May 2026:
- TON Storage — decentralised storage, the closest analogue inside the ecosystem.
- TON Proxy — Tor-like anonymous network.
- No Helium-equivalent for physical hotspots on TON yet.
Telegram distribution gives TON an edge in software-DePIN (agents, mini-app networks), but hardware-DePIN requires bootstrapping physical devices — a different investment model.
DePIN on TON: are there projects in 2026 — detailed overview.
Classic DePIN stack architecture
Any DePIN protocol decomposes into four layers, and understanding the boundaries helps when evaluating new projects:
- Hardware layer. Real-world equipment (Wi-Fi hotspot, GPU rig, dashcam, sensor). Often sold by the protocol itself or an approved OEM — Helium launched with a $399 hotspot.
- Connectivity layer. Off-chain software running the useful traffic: LoRaWAN packets, GPU tasks, map tracks. A prover collects proof-of-coverage / proof-of-useful-work.
- Settlement layer. Blockchain with a reward token — device registry, oracle for proofs, payouts live here.
- Demand layer. Buyers of the service: IoT operators, AI startups, advertisers. Without real-world demand, DePIN devolves into “mining for the token’s sake”.
In the TON variant, layer 3 is TVM contracts; layers 1-2 are still infrastructurally undeveloped.
Why TON could win in DePIN
- Telegram as a distribution channel. 900M+ MAU — potential operators or consumers of DePIN services without onboarding friction.
- Mini-apps as a control panel. A hotspot owner manages the device directly inside TG, no separate app.
- Jetton economy. Each sub-DePIN can issue its own token and trade it on STON.fi/DeDust on day one.
The main barrier is the hardware supply chain. Without a manufacturing partner or integration with an off-the-shelf device, DePIN on TON stays software-only (storage, proxy).
Metrics analysts watch
| Metric | What it shows | Source |
|---|---|---|
| Active devices | Online nodes over 7 days | Dune Analytics, DePIN Hub |
| Token emissions ÷ revenue | Health of the incentive — <1 means subsidised | Project dashboard |
| Proof-quality rate | % valid proofs out of all attempts | On-chain (varies) |
| Hardware buyback rate | % of new operators who stay active 90 days post-purchase | Off-chain surveys |
When evaluating a TON-DePIN (e.g. TON Storage), focus on active storage providers + paid bytes/day, not abstract TVL.
Related
- Wrapped TON — wrappers for DePIN tokens on other chains.
- Oracle — critical for Helium-style proof-of-coverage.
- Jetton — standard for sub-DePIN reward tokens on TON.