Encrypt Circuit is a zero-knowledge compute layer where every operation runs inside sealed cryptographic circuits. Data stays encrypted. Results stay verifiable.
Encrypt Circuit turns encryption into an active execution engine. Every operation runs inside sealed circuits, so applications can validate outcomes on-chain without ever exposing raw data, identities, or intermediate state.
Business rules, identity flows, and settlement logic execute inside encrypted circuits, not on exposed state machines.
Chains verify succinct proofs of correctness while users keep full control over their underlying data.
A single execution layer can serve many ecosystems, with proofs flowing across chains as a universal privacy primitive.
Encrypt Circuit ships with a pragmatic toolchain for engineers: familiar runtimes, SDKs, and infra that plug directly into the encrypted execution layer.
Build orchestrators, indexers, and relayers on top of the encrypted circuits using a battle-tested Node.js runtime.
Ship dashboards and control planes that interact with proofs, circuits, and encrypted state in real time.
Verify zk-proofs from Encrypt Circuit directly on EVM chains with lightweight on-chain verifier contracts.
Run provers, coordinators, and worker nodes in reproducible, containerized environments ready for any cloud.
Plug encrypted compute into existing cloud pipelines while keeping sensitive workloads inside sealed circuits.
Build orchestrators, indexers, and relayers on top of the encrypted circuits using a battle-tested Node.js runtime.
Ship dashboards and control planes that interact with proofs, circuits, and encrypted state in real time.
Verify zk-proofs from Encrypt Circuit directly on EVM chains with lightweight on-chain verifier contracts.
Run provers, coordinators, and worker nodes in reproducible, containerized environments ready for any cloud.
Plug encrypted compute into existing cloud pipelines while keeping sensitive workloads inside sealed circuits.
Encrypt Circuit gives engineers a calm, pragmatic toolchain: SDKs, dev tooling, and infrastructure rails that feel familiar, while wiring directly into the encrypted execution layer.
Typed clients for Node.js and front-end frameworks so you can call circuits, submit proofs, and track jobs with simple API calls.
Run a local network, iterate on circuits, and inspect execution traces before connecting to shared infrastructure.
Drop-in components for scheduling proving jobs and verifying zero-knowledge proofs on-chain across ecosystems.
Ready-made starting points for identity, payments, and private AI so teams can move from prototype to mainnet faster.
Join the Encrypt Circuit developer channels, follow updates, and explore the open-source repos powering the encrypted compute layer.
Explore how Encrypt Circuit works, what it enables, and what it means to build on top of encrypted execution.
Encrypt Circuit is a zero-knowledge compute layer where every operation runs inside sealed cryptographic circuits. You get verifiable results on-chain, while inputs and internal state stay encrypted the entire time.
Traditional smart contracts operate on public state that anyone can inspect. Encrypt Circuit executes logic on encrypted state and publishes only proofs of correctness, not the underlying data or intermediate steps.
Proofs are designed to be verifiable across multiple ecosystems using lightweight on-chain verifier contracts and adapters, so one encrypted execution layer can serve many chains.
You can build private identity flows, confidential payments, encrypted storage layers, compliance rails, and even private AI inference pipelines backed by zero-knowledge proofs.
The goal is to keep the developer experience familiar. Circuits are exposed through SDKs and abstractions that feel close to modern back-end and smart contract development instead of forcing a completely new mental model.
Heavy computation happens inside the encrypted execution layer, while chains only verify succinct proofs. That separation lets you keep strong privacy guarantees without giving up scalability.
The core is designed to be open, auditable, and extensible so that teams can review internals, integrate it into their own stacks, or fork and customize it for dedicated deployments.
Join the developer channels, clone the example repos, and start from the starter blueprints for identity, payments, or private AI before wiring in your own circuits and business logic.