Summary: Acurast is a decentralized compute network that uses smartphones as attested compute providers instead of centralized data centers. Its official docs make the operating model unusually concrete: developers package Node.js jobs with an Acurast CLI, deploy them onto the network, and target attested phone-based processors that can run either as dedicated Android nodes or lighter edge-time workers on everyday devices. The project sits in a useful crypto-adjacent lane because it blends decentralized infrastructure, trusted execution environments, onchain coordination, and developer tooling into a verifiable compute marketplace rather than a simple consumer app.
What it does:
Lets developers deploy JavaScript/Node.js workloads to a decentralized network of smartphone-based processors
Uses attested devices and phone TEEs as the trust anchor for confidentiality and hardware authenticity
Offers a CLI, docs, example apps, and deployment config (acurast.json) for shipping jobs onto the network
Supports dedicated Android “Processor Core” nodes and lighter “Processor Lite” participation on Android and iOS devices
Maintains an open GitHub surface spanning the CLI, Substrate chain, docs, SDKs, example apps, indexer, and processor-management components
Key claims:
Official docs describe Acurast as a verifiable, scalable, and confidential compute network powered by smartphones rather than data centers
The docs homepage says the incentivized testnet had onboarded 227,181 compute units worldwide and processed more than 250 million transactions on testnet at the time of review
Acurast says its network is active across 140+ countries and already powers security-sensitive workloads
The processor docs position dedicated Android Core devices as higher-reliability nodes for longer-running or more critical deployments, while Lite broadens supply through everyday phones
The deployment tutorial shows a concrete developer workflow using an Acurast CLI, faucet-funded accounts, project manifests, encrypted environment variables, and optional USDC-on-Base deployment via a Deploy Agent
Whitepaper: No classic standalone whitepaper or litepaper was found during this pass. The strongest primary materials were Acurast’s official docs homepage, deployment tutorial, processor documentation, and GitHub organization/repositories; see ../whitepapers/acurast-primary-sources-2026-04-26.md.