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Commit Protocol - Built for MNEE

Optimistic settlement for on-chain work


Read the whitepaper here : https://github.com/ayush18pop/mnee-commit/blob/main/commit-protocol/commit_protocol.pdf

Inspiration

Most work agreements fail for one reason: payment is discretionary.

Live on Sepolia

The protocol is currently deployed and verified on the Sepolia Testnet. The system has been rigorously tested on a forked Anvil chain, ensuring it is ready for mainnet deployment.

Commitment Contract: 0x63c0eA0260846bAaF4b73c3792699bf205B6c3ba

MNEE Token Address: 0xE9cBe461c30021257c52da81674B38158DD23FF5

In DAOs, Discord communities, and open collaboration, payment depends on someone remembering, approving, or choosing to pay. This introduces delay, bias, negotiation, and in many cases non-payment. Even with smart contracts, most systems still replicate the same human bottleneck: a multisig, an admin, or a final approval step.

We asked a different question: What if payment was not a decision at all? What if settlement was the default state of a commitment, and humans only had the ability to intervene at a cost?

This led to Commit Protocol: a system where time executes payment, AI prices interference, and economic incentives enforce honesty. Not a marketplace. Not an app. A financial primitive for work.


What it does

Commit Protocol is a financial automation protocol for irreversible work commitments. It allows Discord communities, DAOs, and teams to create work commitments where:

  • Funds are escrowed at creation
  • There is no “Pay” button
  • Settlement happens automatically after a deadline
  • Disputes are possible but economically expensive
  • AI agents do not approve work and never release funds

Instead, AI only increases the cost of lying.


Core Behavior

  1. A Discord server registers once and maintains a prepaid MNEE treasury.
  2. Authorized roles create commitments and funds move into escrow immediately.
  3. Contributors submit verifiable evidence such as code, artifacts, or specs.
  4. A settlement clock starts.
  5. If no one stakes capital to stop it, payment is inevitable.

The system defaults to paid, not approved.


How we built it

Commit Protocol is a hybrid on-chain and off-chain system designed for correctness, not convenience.

On-chain (Solidity and Foundry)

  • Custom escrow contract on Ethereum using MNEE (ERC-20).
  • Discord server level treasury accounting.
  • Commitment state machine: \( \text{FUNDED} \rightarrow \text{SUBMITTED} \rightarrow \text{SETTLED} \text{ or } \text{DISPUTED} \)
  • Batch settlement to push payments automatically.
  • Secure relayer pattern where only the bot wallet can call sensitive functions.
  • All balance and settlement invariants enforced on-chain.

Off-chain coordination and agents

  • Discord bot as the coordination layer where work already happens.
  • Role-based authorization verified via Discord, not stored on-chain.
  • AI agents analyze submitted evidence against IPFS-stored specifications.
  • Agents output a confidence signal used to price disputes.
  • Cron-based settlement loop that sweeps matured commitments.settlement loop that sweeps matured commitments.

Economic Core

The heart of the protocol is the Dynamic Stake Formula:

$$S_{required} = S_{base} \times M_{time} \times M_{reputation} \times M_{AI}$$

Where:

  • Time \( (M_{time}) \): Increases the cost of last-minute interference.
  • Reputation \( (M_{reputation}) \): Protects proven contributors.
  • AI \( (M_{AI}) \): AI confidence spikes the cost of disputing correct work.

Result: Bad faith becomes economically irrational.


Challenges we ran into

  • Redesigning the role of AI: Most systems let AI decide who gets paid, which introduces oracle risk. Our AI never decides outcomes; it only modulates economic friction.
  • Making settlement reliable: Manual claim systems fail when users forget. We built a push-based settlement system using batch execution.
  • Coordinating without wallets: A secure relayer abstracts wallets away from users while keeping all accounting on-chain.
  • Defending against malicious contributors: Disputing bad work is cheap; disputing good work is expensive. We rely on incentive compatibility, not approval.

Accomplishments that we're proud of

  • Designed a protocol, not a marketplace.
  • Removed the payment approval step entirely.
  • Used AI as an economic signal instead of an authority.
  • Implemented batch settlement and push-based payments.
  • Fully tested smart contracts using Foundry.
  • Demonstrated real financial automation with MNEE.

What we learned

  1. Financial systems fail when discretion is cheap.
  2. AI is most powerful when it prices risk, not when it decides outcomes.
  3. Time is the most reliable executor on-chain.
  4. Stablecoins enable agentic systems because volatility breaks automation.
  5. Fairness does not come from intention; it emerges from equilibrium design.

What's next for Commit Protocol

  • Decentralized arbitration for dispute resolution.
  • Reputation oracles with federated signers.
  • Multi-chain deployments on Base and Arbitrum.
  • Visual and design verification agents.
  • Streaming commitments and Agent-to-agent contracting.

Commit Protocol: Settlement is the default.

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