Industry of Things Platform
The platform is the stack you stand on when you deploy a device. Five layers, each with incumbents, each with DePIN challengers.
Regulatory Landscape
Hardware networks cross borders. The rules are jurisdictional.
| Domain | Incumbent Rule | Friction for DePIN |
|---|---|---|
| Radio spectrum | National telecom regulators | Mesh networks need spectrum licences |
| Customs / origin | WCO, national customs | Custody events cross borders mid-journey |
| Data protection | GDPR, CCPA, APPI | Device data may be personal data |
| Consumer goods | FDA, EU CE, MPI | Attestation may fall short of certification |
| Financial settlement | Local money transmitter | Per-scan micropayments hit MSB thresholds |
The industry needs jurisdiction-aware contracts. See Verifiable Intent for the delegation model that bounds cross-border action.
Physical Resources
What the industry runs on — before any chip is mounted.
| Resource | Current Source | Bottleneck |
|---|---|---|
| Silicon fabs | TSMC, Samsung, Intel | Geopolitics, lead times |
| RFID inlays | Avery Dennison, SML, Arizon | Consolidated supply |
| Batteries | CATL, LG, Panasonic | Li/Co supply, cycle life |
| Rare earth magnets | China-dominated | Export controls |
| Connectivity | LoRa, cellular, sat-IoT | Spectrum and roaming |
The DePIN thesis works only when hardware cost drops faster than network payments grow. Physical supply is the floor.
Tools and Machinery
The six-layer hardware stack, mapped to who sells what today.
| Layer | Category | Example Vendors | DePIN Challengers |
|---|---|---|---|
| Identity | RFID / NFC / tags | Avery Dennison, Impinj, NXP | Devin Labs, Baxus |
| Sensing | Environmental, GPS | Bosch, Sensirion, u-blox | WeatherXM, GEODNET |
| Interrogation | Readers, scanners | Zebra, Honeywell, RedBite | Devin Labs operator networks |
| Edge compute | Gateways, SBCs | Advantech, Dell, NVIDIA Jetson | Peaq-registered gateways |
| Actuation | Robots, valves | ABB, KUKA, Fanuc | Open-source robot stacks |
| Connectivity | LoRa, cellular, sat | Semtech, Quectel, Iridium | Helium, XNET |
See DePIN Devices for the buyable catalogue. See DePIN Tokens for the economic layer.
Software and Coordination
AI and orchestration are the soft layer on top of the hardware.
| Function | What It Does | Where It Lives |
|---|---|---|
| Device provisioning | Issue identity, enrol in network | Peaq DID, custom onboarding flows |
| Fleet orchestration | Monitor health, push updates, rotate keys | Balena, AWS IoT, W3bstream |
| Event aggregation | Collect signed events, normalise, forward | Oracle networks, custom middleware |
| Inference at edge | Classify readings, trigger local action | NVIDIA Jetson, Coral, Hailo |
| Settlement triggers | Read events, call smart contracts | Chain-specific (Solana, Peaq, IoTeX, Sui) |
Tightness Score: 4/5
Platform is the most mature P. Hardware exists, catalogues are public, DePIN stacks are shipping. The gap is not "can you buy a reader" — it is "can you wire five vendors into one signed event." Integration is the binding constraint, not availability.
Context
- DePIN — Platform layer overview
- DePIN Devices — Hardware catalogue
- DePIN Tokens — Token landscape
- ABCD Platform — AI, Blockchain, Crypto, DePIN
- Economy of Things — Four primitives that bind the stack
Questions
Which layer — identity, sensing, interrogation, edge, actuation, or connectivity — is the binding constraint for the next million verified events?
- Is the bottleneck hardware cost, integration complexity, or standards fragmentation?
- What does the first five-vendor interop demo look like?