Beyond Passive Hardware: Inside peaqOS Stream and the ERC-3643 Machine Tokenization Revolution

The Decentralized Physical Infrastructure Network (DePIN) sector has officially graduated from speculative token-emission models to a highly sophisticated, real-world utility phase. Leading this paradigm shift is peaq, the purpose-built Layer-1 blockchain for the Machine Economy. With its mid-2026 release of peaqOS Stream and the integration of its ERC-3643 Machine RWA Framework, peaq is turning physical hardware into autonomous, self-sovereign economic agents capable of signing their own data and raising capital through decentralized fractional ownership.

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Cryptographically Verifiable Data at the Edge: peaqOS Stream

Launched on June 17, 2026, peaqOS Stream addresses one of the most pressing bottlenecks in the AI and robotics era: data provenance. Traditionally, sensor data from connected devices has been siloed in centralized databases where it is prone to manipulation and lacks verified origin.

peaqOS Stream introduces a firmware-level cryptographic signing layer. Using a machine's unique peaqID (Decentralized Identifier or DID), the device signs, encrypts, and packages its sensor data at the physical source.

Whether it is a humanoid robot generating physical manipulation logs for AI training, a robotaxi piping driving frames to a mapping database, or an environmental sensor registering local air quality, the data leaves the device with immutable proof of its origin. This native trust layer allows AI developers and data marketplaces to purchase data streams directly from machines, bypassing intermediaries entirely.

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Tokenizing the Machine: The ERC-3643 RWA Framework

Beyond data monetization, peaq has solved a fundamental capital expenditure (CAPEX) hurdle for DePIN deployments: financing physical hardware. Under peaq's Tokenize phase, machines are minted on-chain as Machine NFTs and subsequently fractionalized into compliant investment shares using the ERC-3643 token standard.

Because ERC-3643 is an open-source standard for permissioned tokens, it enforces identity and compliance rules directly at the smart contract level. This allows robotics companies, DePIN node operators, and fleet owners to sell fractional ownership of real-world, revenue-generating machines to verified retail and institutional investors globally. Investors earn a direct share of the machine’s real-world yields (its "machine GDP") paid directly to their Web3 wallets.

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Pay-Per-Skill and Real-World Velocity

The power of this stack is already operational in a series of mid-2026 pilots:

• Rainbow Robotics: Humanoids running peaqOS successfully demonstrated "pay-per-skill" leasing. Each completed delicate packing task split 1 USDT on Solana via Tether's Wallet Development Kit (WDK), instantly paying the manufacturer, lessor, and insurer, while saving transaction proofs on Mysten Labs' Walrus.
• GEODNET On-Demand Precision: Over 22,000 global satellite base stations in the GEODNET DePIN are now integrated with peaqOS, allowing autonomous drones and tractors to purchase centimeter-precise navigation data on demand via robotic.sh.

Through these deep technical upgrades, peaq is proving that the future of physical infrastructure is not just decentralized—it is completely automated, self-funding, and sovereign.