Introduction
Nada Layer introduces a confidential execution architecture for SVM-based blockchains, enabling trust-minimized, verifiable, and privacy-preserving agent computation using Trusted Execution Environments (TEEs). Traditional blockchains provide transparency and determinism but cannot execute private logic or handle sensitive AI workloads without revealing inputs, internal state, or outputs. TEEs offer confidentiality, but lack decentralized verification, interoperability, and standardized attestation formats for smart contracts.
Nada Layer bridges this gap through:
A private SVM testnet providing early infrastructure for confidential execution models.
A TEE SDK standardizing enclave-bound agents, deterministic measurements, and cryptographic execution receipts.
On-chain attestation verification enabling SVM programs to verify enclave identity, measurement, and output authenticity.
A modular confidentiality layer for any SVM chain, including Solana, providing trust-minimized interoperable confidential computation.
Nada enables private smart contracts, confidential agents, AI agents verified on-chain, private intents, and confidential oracles - all while remaining compatible with the existing Solana development ecosystem.
Public blockchains cannot securely process:
private prompts,
private state transitions,
model inference,
confidential agent workflows,
or operations involving sensitive data.
Meanwhile, TEEs (SGX, SEV, Nitro, etc.) provide confidentiality, but suffer from:
fragmented tooling,
lack of trust anchors for decentralized networks,
non-standardized attestation integration,
limited interoperability with smart contracts,
centralized verification assumptions,
opaque execution environments.
Nada Layer introduces a hybrid design:
Off-chain confidential execution inside TEEs + On-chain cryptographic verification inside SVM programs
This makes TEEs first-class cryptographic primitives inside blockchain state transitions.
Last updated