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Ritual Foundation

Capabilities

Everything AI
Needs Onchain

Native primitives for autonomous agents. Not middleware. Not oracles. Not workarounds. Built into the chain itself.

With Ritual

Native AI Execution

Agents call LLMs, classical models, and generative AI as native precompile operations. Prompts and responses stay encrypted inside TEE enclaves. Results settle onchain in the same transaction.

Without

Web2 APIs with their own trust model per provider. No attestation that the right model ran. No onchain settlement of outputs.

With Ritual

Internet Access

Agents call external APIs directly. Price feeds, social data, payment rails. Fetched inside TEEs with cryptographic attestation. No oracles needed.

Without

Custom oracle infrastructure per data source. Relayer middleware. API credentials visible on-chain.

With Ritual

Autonomous Scheduling

Register recurring execution at any interval. Every N blocks, on a timer, or conditional on a predicate. Native to the block proposer. No keeper bots.

Without

Off-chain cron jobs and keeper networks. Bots on rented servers that fail when the operator disappears.

With Ritual

Confidential Compute

Credentials encrypted so only the executing TEE can decrypt them. TEE for private compute, ZK for public proofs, FHE for encrypted data. Choose per call.

Without

One privacy model for every application. Credentials stored in plaintext. No per-call flexibility.

Item 1 of 4: Native AI Execution
Gradients
Particles

How it works

From Solidity
To Autonomy
1

Define the Agent

Write Solidity as you always have. Sixteen native precompiles give agents frontier models, internet access, scheduling, and key management. No new language. No rewrite.

2

Agents Run Themselves

On every other chain, contracts sit idle until someone calls them. On Ritual, agents schedule their own execution, operate under programmable budgets, and commit capital without human approval.

3

It Never Stops

The agent holds its own keys, persists its own state, and revives from checkpoints. As long as it has funds, it operates forever.

Use Cases

What Becomes
Possible

Autonomous agents that persist onchain indefinitely. They hold their own keys, schedule their own execution, and survive crashes without human intervention. Immortality as a protocol guarantee.