Secure Enclave & TEE Attestation

Generate and store private keys within Intel SGX or AMD SEV-SNP enclaves. Keys never exist in plaintext outside the secure hardware, eliminating single points of failure and protecting against host-level compromise.

Cryptographically attest to the integrity of your application code and runtime environment. Provide verifiable proof to users and partners that operations like cross-chain bridging or confidential computations are tamper-proof.

Meet stringent data sovereignty and privacy requirements (e.g., GDPR, MiCA) by processing sensitive data within certified secure enclaves. Our attestation reports serve as auditable evidence for compliance frameworks.

Secure your bridge validators, oracle nodes, and automated strategies. TEE attestation prevents malicious manipulation of signing logic or price feeds, dramatically reducing the attack surface for your cross-chain assets.

Accelerate partnerships with traditional finance and large enterprises by providing hardware-backed security guarantees. Our standardized attestation framework simplifies technical and security reviews for your B2B clients.

Build applications that compute on encrypted data—such as private transactions or confidential smart contracts—without exposing the underlying information. Lay the foundation for the next generation of private Web3 applications.

We begin by analyzing your application's threat surface and designing a secure enclave architecture. This includes defining trusted/untrusted boundaries, data flows, and attestation requirements to protect sensitive operations like key management and transaction signing.

Our team writes and hardens the secure enclave application code (e.g., using Intel SGX SDK or AMD SEV). We implement zero-trust principles, minimal attack surfaces, and side-channel resistance for operations such as private key generation and consensus participation.

We build the orchestration layer that manages enclave lifecycle—deployment, sealing/unsealing of state, secure updates, and monitoring. This ensures high availability and operational security for your TEE-backed services in production.

Every TEE implementation undergoes rigorous internal review followed by an external audit from specialized firms. We test for logical flaws, side-channel vulnerabilities, and attestation bypasses to meet enterprise security standards.

We manage the deployment to your cloud or on-premise infrastructure, provide comprehensive documentation, and offer ongoing support with SLAs. This includes monitoring attestation health and responding to platform security advisories (e.g., Intel SA).