Industry of Things Principles
A machine cannot earn what it cannot prove.
Transformation Thesis
| From | To | Driver |
|---|---|---|
| Tagged asset | Identified actor | Machine DID on every device |
| Periodic audit | Continuous custody | Sensor-to-settlement chains |
| Vendor-locked data | Owner-earned data | DePIN networks return sovereignty |
| Paper provenance | Cryptographic proof | Signed events anchored on-chain |
| Software-only agents | Phygital actors | Hardware agents with wallets |
This is the VVFL applied to atoms: devices sense, sign, and settle — and the settlement funds more devices. See Economy of Things for the protocol layer.
First Principle: Nomenclature
The first principle of first principles is nomenclature. Every actor in the Industry of Things needs a name that discloses its function, not its brand.
| Term | What It Hides | What It Should Disclose |
|---|---|---|
| "Smart device" | Who signs, who owns, who earns | The signing authority and yield path |
| "IoT" | Whether the event is verifiable | The attestation chain |
| "Tag" | Whether identity is cloneable | The tamper model and binding strength |
| "Sensor" | Whether the reading is signed | The edge signer and time source |
| "Gateway" | Whether firmware is attested | The enclave and key custody |
Ambiguous names hide where value and risk concentrate. Clean names make the market walkable.
The Data Model
See data-flow for the full naming system, entity model, and footprint. In short:
| Entity | Relationships | State Transitions |
|---|---|---|
| Asset | Has tag, has sensors, has custodian | Created → custodied → transferred → retired |
| Tag | Binds to asset, readable by interrogator | Issued → activated → revoked |
| Interrogator | Owned by operator, deployed at location | Commissioned → operating → decommissioned |
| Event | Signed by edge signer, anchored on chain | Captured → signed → anchored → settled |
| Operator | Owns devices, earns per verified event | Onboarded → active → paid |
| Settlement | Reads events, triggers payment | Pending → executed → finalised |
Tightness Score
The industry scored 1-5 across the 5P. The gaps are the diagnosis.
| P | Score | Evidence | Broken Because |
|---|---|---|---|
| Principles | 2/5 | No shared nomenclature across DePIN, IoT, and enterprise asset management | Vendors protect terminology as a moat |
| Performance | 2/5 | No agreed northstar. Some count scans, some count devices, some count TVL | Metric fragmentation mirrors tribal fragmentation |
| Platform | 4/5 | Hardware categories exist and are buyable. Peaq, Solana, and IoTeX offer native primitives | Infrastructure leads. The bottleneck is no longer the box |
| Protocols | 3/5 | Verifiable Intent and Intercognitive Standard exist but not widely adopted at the edge | Standards are nascent and competing |
| Players | 3/5 | Clear incumbents (OEMs, telcos) and clear challengers (DePIN networks). Tribes visible but unbalanced | Explorers dominate, automators scarce, validators almost absent |
Reading the gaps: Platform is ahead of Principles. Hardware exists; shared language does not. This is the McKinsey pattern — everyone has a product, no one owns the definition. The unlock is a nomenclature play that forces vendors to disclose their attestation chain.
Context
- Economy of Things — Protocol FACT
- DePIN — Platform layer
- Data Flow — Naming, model, footprint, decisions
- Verifiable Intent — Delegation chain
- Data Footprint — Maturity commissioning
- First Principles — Why nomenclature comes first
Links
- Peaq Purple Paper — Economy of Things thesis
- GS1 EPC Standards — Existing RFID identity standards
Questions
If a device cannot prove who it is, can it be called an economic actor?
- Which P gap is the real binding constraint — nomenclature, or protocol adoption?
- What happens when a vendor is forced to disclose its attestation chain in a procurement?
- Can a machine earn without a human naming it first?