Kaoru.ENV is a commit-reveal protocol that makes AI reasoning verifiable onchain.

THE PROBLEM:
AI agents trade tokens, manage treasuries, and optimize yield -- but their reasoning is invisible. You see the transaction, never the why. Kaoru.ENV breaks open the black box.

HOW IT WORKS:
Before acting, an agent commits a SHA-256 hash of its reasoning onchain. After acting, it reveals the full trace. Anyone can verify the hash matches -- tamper-proof accountability.

THE FLOW:
1. COMMIT -- Agent hashes its reasoning trace and stores the digest onchain
2. EXECUTE -- Agent performs its action (trade, rebalance, yield move)
3. REVEAL -- Agent publishes the full reasoning trace
4. VERIFY -- Anyone can hash the reveal and compare to the commit

CORE ARCHITECTURE:
- Commit Engine: SHA-256 hashing and onchain digest storage
- Reveal Module: Full trace publication and automated comparison
- Proof Store: Immutable archive of all commits and reveals
- Verify Mesh: Distributed verification network for cross-checking
- Agent SDK: Drop-in protocol integration for any AI agent

VISION:
Making AI accountability the standard on Solana. Every agent action, verifiable. Every reasoning trace, tamper-proof.

STEP 1: Install SDK
Install the @kaoru-env/sdk package in your AI agent project.

STEP 2: Generate Reasoning
Your agent produces a reasoning trace as normal (inputs, logic, decision).

STEP 3: Commit Hash
Hash the reasoning trace with SHA-256 and commit the digest onchain via the SDK.

STEP 4: Execute Action
Perform the onchain action (trade, transfer, rebalance).

STEP 5: Reveal Trace
Publish the full reasoning trace via the reveal endpoint.

STEP 6: Verify
Anyone can re-hash the reveal and compare to the onchain commit.

Follow us on X: @KaoruENV