Run your code where nobody can see it. Not even us.
Ethernity Cloud is a decentralized confidential computing ecosystem. 5,000+ community-operated nodes run your applications inside hardware-secured enclaves with on-chain proof of correct execution. Python and Node.js. Deploy in minutes.
$ npm install @ethernity-cloud/sdk-js $ ecld-init ? Select dApp type: ❯ Nodenithy (Node.js) ? Select network: ❯ Polygon Mainnet ✓ Project initialized $ ecld-build Building enclave image... done ✓ $ ecld-publish Publishing to Ethernity Cloud Image Registry... done ✓ Your function is live on 5,000+ nodes.
Built with
What builders are creating on Ethernity Cloud
Any computation that demands privacy, integrity, or verifiable execution.
Private Data Processing
Process healthcare records, financial data, or PII inside enclaves. Results come out. Raw data never leaves the secure boundary.
View exampleVerifiable Computation
Every execution produces a Proof of eXecution on-chain. Prove to regulators, auditors, or users that your code ran exactly as published.
How PoX worksTrustless Serverless
Deploy functions on community hardware with no single point of failure. No AWS account. No vendor lock-in. No trust required.
Deploy your first functionThree enclaves. One proof. Zero trust required.
Every task runs through a triple-enclave pipeline secured by Intel SGX. The network proves correct execution on-chain — no trust in any single party needed.
Validates code & data checksums against owner signatures. Attested via Intel SGX DCAP. Never executes client code.
Runs your code inside an isolated enclave. Even the node operator cannot read memory. Encrypted I/O via IPFS.
Independently validates the on-chain Proof of eXecution and unlocks payment to the operator. A forged proof is invalidated and can be slashed.
Proof of eXecution written to blockchain. Anyone can verify.
From npm install to confidential execution in 4 steps
The SDK handles encryption, enclave orchestration, IPFS storage, and on-chain proofs. You write your logic.
7 networks — Polygon, Bloxberg, IoTeX, Ethereum Sepolia, and testnets for all
Two runtimes — Nodenithy (Node.js) and Pynithy (Python)
Testnet mode — Self-signed attestation for dev. Intel SGX DCAP for production.
// 1. Install // npm install @ethernity-cloud/sdk-js // 2. Initialize — choose Nodenithy + your network // $ ecld-init // 3. Write your function // src/serverless/backend.js export function processPrivateData(input) { const result = analyzeConfidential(input); ___etny_result___(JSON.stringify(result)); } // 4. Build and publish to 5,000+ nodes // $ ecld-build && ecld-publish
5,000+ nodes. Owned by the community. Not by us.
Ethernity Cloud runs on hardware operated by independent node operators worldwide. No single company controls the compute.
Every node operator provides Intel SGX-capable hardware, stakes tokens to guarantee reliability, and earns execution fees when tasks run on their nodes. Reliable nodes earn more. Unreliable nodes lose stake. The same economic model that secures Chainlink's oracle network — applied to confidential computing.
Find your role in the ecosystem
Builders
Write code that runs privately on community hardware. Python or Node.js. Deploy to testnet in minutes.
Start buildingNode Operators
Contribute SGX-capable hardware to the network. Earn execution fees and staking rewards for keeping the infrastructure running.
Set up a nodeEnterprises
Run compliant, auditable workloads on decentralized infrastructure. Verifiable execution for regulated industries.
Talk to the teamInvestors
Explore the token economics behind the network. ETNY powers staking and node operations. ECLD trades on Polygon.
View token economicsFrom mainnet to a full-stack confidential cloud.
Scale
The network grew to 5,000+ active nodes — community-operated hardware spanning multiple continents.
- AI-Blockchain Integration Beta — Confidential AI inference inside enclaves: run ML models on encrypted data where neither the model owner nor the data owner can see each other's assets.
- ComputeVault MVP Beta — Persistent encrypted VMs that maintain state between sessions. The first step toward full confidential cloud computing, not just serverless functions.
- EC 2.0 Protocol Mainnet — Production deployment of the next-generation protocol.
Network scale that makes decentralized compute competitive with AWS. AI workloads inside enclaves.
The Ethernity Cloud stack
Every layer is independently explainable, composable, and open.
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