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Promises that make themselves true.

A commitment is an on-chain agreement with capital staked behind it. Do what you said and the stake comes back, with the yield it earned while it was locked. Break it and the stake is forfeited.

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The primitive

A commitment is a stake-backed promise.

You put capital behind your word. Whoever you promised gets recourse without a trusted intermediary: a protocol, a service, another person, an AI agent.

  1. 01 Stake capital. The protocol holds it until the commitment resolves, and it keeps earning the whole time. Keep your word and you get it all back, yield included.
  2. 02 Name an arbiter. Whoever you both trust to judge it: a contract, an oracle, a multisig, the counterparty.
  3. 03 Breaking it costs. The arbiter can seize the stake. Every seizure waits out a challenge window of at least a day, so a wrong call can be disputed.
Promises become credible because breaking them carries a priced, enforceable cost.
A commitment in its simplest form A promise with stake locked beneath it. An arbiter judges the promise. If it is broken, the stake is forfeited. If it is kept, the stake flows back to you along with the yield it earned while it was locked. PROMISE STAKE ARBITER BROKEN FORFEITED KEPT RETURNED STAKE + YIELD
One promise · one arbiter · two outcomes
Stack and combine

One promise is a bond. Many promises are a market.

Every commitment has the same shape, so they compose. One primitive carries a handshake between two parties and an entire insurance market.

  1. 01 Pair them. Two commitments facing each other are a bilateral agreement: both sides stake, one arbiter judges, a breach settles against whoever broke it.
  2. 02 Pool them. Many commitments backing the same risk are mutual coverage: members share losses, premiums stream to the capital behind them.
  3. 03 Aggregate them. Commitments across different tokens roll up into one weighted score: governance voting power, or service-wide stake.
A commitment can be the input to a bigger commitment, all the way up.
Commitments compose One commitment multiplies left to right: a single stake, a pair facing each other, a pooled cluster sharing one circle, and a grid of many forming a market. ONE PAIR POOL MARKET
The same primitive at every scale
What you can build

One primitive. Many uses.

Different promises, same machinery underneath: stake locked behind an obligation, with a real cost for breaking it. Eight applications of one primitive.

  • AI agent bonds

    Agents stake capital behind their actions. An agent that misbehaves loses its bond, so trusting one stops being a leap of faith.

  • Insurance

    Underwriters stake capital to back claims, like a floor under a vault’s value. If the loss happens, the payout is already funded.

  • Mutual coverage

    Members pool commitments to share each other’s losses. Premiums stream to the capital standing behind the pool.

  • Validated services

    Operators stake behind the work they do for a service. Misbehave and the stake is forfeited.

  • Bilateral DAO treaty

    Two DAOs lock matching commitments to each other. Breaking the treaty costs the side that broke it.

  • Fundraising

    Backers commit funds that only move if the goal is met. Fall short and every stake unlocks, untouched.

  • Compute market

    Providers stake behind the compute they sell, so bad or missing results cost them. Buyers get a guarantee instead of best effort.

  • SLAs

    Providers post bonds behind their uptime promises. Miss the SLA and the bond pays the customer.

Why it matters

Promises become primitives.

On-chain ownership built markets. On-chain identity built governance. On-chain enforceable agreements come next, and they look the same whether you call them validated services, insurance, treaties, or stake.

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