Compute capacity
The decentralized substrate where work runs.
- Phone processors
- Hardware-backed TEEs
- Residential circuits
- Open compute market
Liskov features
Acurast supplies distributed processors, hardware-backed execution, and residential broadband circuits. Liskov adds the release, operation, placement, networking, state, billing, and lifecycle layers that make them useful to a team.
From capacity to product
Raw compute competes on supply and price. The durable value sits in everything that lets a customer release, connect, recover, pay for, and trust an Application.
The decentralized substrate where work runs.
The controls and evidence that turn capacity into a product.
Workloads people can deploy, operate, and depend on.
High-value enablers
Bind source or a pinned artifact to one immutable release, then retain the commit, workflow, digest, policy, job, processor, and runtime trail.
Know exactly what shippedDeliver encrypted JavaScript and native workloads into hardware-backed execution, with managed secrets released only to the intended job.
Protect code and inputsReplace raw job state with Application posture, Action Plans, logs, Runtime SSH, renewal, updates, and safe retirement.
Know what needs attentionShare organization-wide job capacity, set spend bounds, use USD Service Credits, and inspect reserves, final charges, and billing history.
Operate without token plumbingLiskov qualifies processor evidence and improves selection automatically. You describe the workload—not an internal reliability score.
Better decisions without more knobsExpress real resource, geography, and distribution needs; let Liskov choose and spread jobs at the last responsible moment before spend.
Put work where it performsKeep Application-scoped encrypted data, run bounded snapshots, and restore before serving so a replacement does not mean starting empty.
Let data outlive a jobGive every member stable identity, peer discovery, private connectivity, and lifecycle hooks for joining, draining, and replacement.
Turn parallel jobs into a systemAttach named HTTP, TCP, and UDP endpoints while access providers carry public traffic and Liskov keeps the Application lifecycle coherent.
Make edge services reachableAvailability is deliberate: green capabilities are in the current platform; advancing and roadmap capabilities ship only with their complete contract, runtime, operating path, and proof. See the release sequence →
Application patterns
These patterns are drawn from the application shapes Liskov is being designed and tested against. Some run on today’s foundation; others depend on the roadmap capabilities named on each card.
Scraping, availability checks, screenshots, price monitoring, and regional network tests from residential broadband circuits.
Fetch-transform-deliver jobs, bots, media conversion, WebAssembly, and sensitive automation protected through delivery and execution.
Autonomous assistants and local model services with private inputs, durable memory, operator access, and a recoverable control surface.
Data services that persist or rebuild safely, restore before serving, and use placement to match memory, storage, and network needs.
Quorum, primary-standby, and self-restoring databases that keep stable member roles while processors and jobs are replaced.
Replicated object storage, APIs, content systems, and multiplayer services spread across independent processors and reachable through providers.
Why Liskov matters
Cloud platforms became valuable by making infrastructure programmable, connected, observable, billable, and dependable. Liskov applies that lesson to decentralized compute.
A job can run code on a processor.
An Application persists across time-boxed jobs.
Placement, state, and cohorts turn jobs into systems.
The Marketplace turns working systems into products.
PROOF Liskov
Start with today’s application platform, or see the complete capabilities we are building next.