On-Device Confidential Computing

Deploy confidential compute nodes using Intel SGX or AMD SEV-SNP. We handle the secure provisioning, attestation, and remote management, ensuring your sensitive data and logic are protected at the hardware level.

Launch your confidential DePIN node fleet in weeks, not months. We provide pre-configured infrastructure, automated deployment pipelines, and a managed control plane to eliminate integration complexity.

Implement Multi-Party Computation (MPC), Zero-Knowledge Proofs (ZKPs), and Fully Homomorphic Encryption (FHE) for on-chain verification of off-chain computations. We build with battle-tested libraries like OpenFHE and ZK-SNARKs.

Automatically scale your confidential compute cluster across global regions. Our orchestration layer manages node health, load balancing, and attestation renewals, guaranteeing SLA-backed performance for your network.

Receive a comprehensive security package including threat models, formal verification reports for critical circuits, and penetration test results. We prepare your infrastructure for external audits from firms like Trail of Bits.

Securely anchor your confidential computation proofs to Ethereum, Solana, or other L1/L2 networks. We implement verifiable data feeds and oracle integrations that maintain privacy while ensuring on-chain finality.

We begin with a comprehensive threat model, mapping potential attack vectors specific to your TEE (Trusted Execution Environment) implementation and blockchain integration. This ensures security is designed-in from day one.

Our engineers write code in Rust or C++ following OWASP and TEE-specific best practices. We implement zero-trust principles, secure enclave attestation, and side-channel resistant cryptography for your confidential logic.

Every component undergoes layered scrutiny: automated static/dynamic analysis, manual line-by-line review by senior auditors, and formal verification for critical cryptographic operations. We audit both on-chain verifiers and off-chain enclaves.

We integrate automated security checks and TEE attestation proofs directly into your CI/CD pipeline. This guarantees that only verified, signed enclave code can be deployed, preventing supply-chain attacks.

We optimize your confidential computing workflows for minimal latency and on-chain gas costs. This includes efficient proof verification, batch processing, and state management strategies for cost-effective scaling.

We manage the secure deployment of your attestation services and provide 24/7 monitoring for TEE health, attestation validity, and anomaly detection. Includes SLAs for uptime and incident response.