Solutions / Trustless AI Agents
Autonomous agents managing real value need more than promises. Oasis provides the verifiable execution boundary that lets agents control keys, access sensitive data, and perform high-stakes actions — all within explicit, provable constraints.
AI agents are moving from demos to production. They're trading assets, managing portfolios, executing strategies, and coordinating systems. But here's the problem: the infrastructure they run on can't prove they're doing what they claim.
Agents run on centralized servers where operators have full access to keys, data, and execution logic. Users have no way to verify what's actually happening inside.
For agents to act autonomously, someone has to hold the keys. Traditional setups force a choice: human custodians who slow everything down, or centralized key servers that become single points of failure.
Even if you trust the agent's code, there's no way to enforce constraints on what it can do. Policies exist in documentation, not in infrastructure.
Without verifiable execution, "trustless agents" are just marketing. The infrastructure to make them real has been missing — until now.
Oasis provides the infrastructure layer that makes trustless agents possible. By combining secure enclaves, on-chain attestation, and decentralized key management, agents can operate autonomously while users maintain cryptographic proof of exactly how they behave.
Your agent runs inside a Trusted Execution Environment — a hardware-secured enclave that keeps code and data private, even from the infrastructure operator. Execution is isolated, confidential, and continuously attested.
The Oasis chain continuously verifies enclave identity, hardware state, code version, and policy compliance. Every action produces a durable, public receipt of integrity — without revealing what must remain private.
Private keys are generated and stored inside the enclave. They never leave. Your agent can sign transactions and control funds autonomously — without human custodians, without centralized key servers, without trust assumptions.
Define explicit constraints on what your agent can do: spending limits, approved actions, upgrade governance. These policies are enforced by infrastructure, not by promises.
What you can build with verifiable agent infrastructure.
Agents that execute strategies, rebalance portfolios, and manage positions — with cryptographic proof they're following the rules you set. No custodian required.
Run models on sensitive user data where the model never sees raw inputs, and users can verify exactly what code processed their information.
Agents that interact, negotiate, and transact with each other — each operating within verifiable boundaries, creating trust between autonomous systems.
Agents that execute governance decisions, manage treasury operations, and coordinate protocol actions — with on-chain proof of correct execution.
ROFL supports containerized applications via Docker and Podman. Build agents in Rust, Python, Go, or any language your team knows.
Unlike one-time proofs, Oasis provides ongoing verification. Enclave identity, hardware TCB status, and policy compliance are continuously validated.
Agent upgrades go through on-chain governance with reproducible build verification. Users can audit exactly what code is running.
Seamlessly connect off-chain agent logic (ROFL) with on-chain coordination (Sapphire). Use the chain as your attestation layer and settlement system.
TEEs deliver real-world performance for complex workloads — orders of magnitude faster than FHE or ZK for general-purpose computation.
Talos demonstrates the full stack required for verifiable autonomous agents:
Without this complete infrastructure — attestation, KMS, policy enforcement, upgrade governance — agents remain fundamentally trust-based.
Users don't have to trust you or your infrastructure. They can verify exactly what code ran and under what constraints — cryptographically.
Agents hold their own keys inside secure enclaves. No human custodians, no centralized key servers, no trust bottlenecks.
Policies aren't documentation — they're infrastructure. Define what your agent can do, and the system enforces it.
Your agent can interact with any blockchain. Oasis provides the verifiable execution layer; your agent operates wherever your users are.
Join the teams building the next generation of autonomous systems — where trust is verified, not assumed.