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Vaultfire

Start here · No technical background needed

An agent can do the work.
You should still control the money.

Vaultfire is financial infrastructure for AI agents. It brings together permissions, controlled treasuries, payments, escrow, bonds, accounting and recovery so a task has clear rules from funding to its final outcome.

You can read and inspect it today without a wallet or a payment. The new V3 contracts are source for review, not activated for real funds. V2 has separate, operation-specific availability and does not inherit V3 protections.

The idea

Useful autonomy. Explicit boundaries.

An agent might prepare a report, buy an approved service or complete a funded task. These are different jobs: knowing who the agent is does not give it permission to spend, and making a payment does not prove that the work was delivered.

A concrete example · not a live service

A shop asks its agent for Friday’s stock report.

The shop owner agrees on the task before the agent starts. The same agreement explains what counts as completion and how either side can exit.

The job and its limits
Read one approved inventory file and deliver a report by Friday at 17:00 UTC. No purchases, bank access or customer messages are permitted.
What counts as evidence
The agreed report file, its recorded fingerprint, and the named owner’s signed review. A fingerprint identifies the file; it does not prove that its contents are correct.
Who supplies the funds
The company sets aside 100 protected units and a separate 20-unit reserve for a precisely defined breach. A sponsor separately supplies up to 10 reward units. These are example units, not a deposit offer.
What happens afterward
Completion follows the signed settlement and claim rules. A proven, configured objective breach can use only the additional remedy reserve. Missing evidence or a missed deadline follows the agreed exit rules, not an automatic seizure of principal.

This illustrates the Accountability design. Partnership Bonds require mutual settlement consent and have no unilateral slash. Rewards are not guaranteed interest; funding, evidence, sponsor approval and claim deadlines still apply.

Vaultfire gives those questions a record and a set of rules that software can check. Its building blocks include permission limits, signed evidence, accountability bonds, and receipts you can inspect later. A receipt is a record of a particular operation, not a certificate that everything is safe.

Why use this instead of an ordinary promise?

  • Know the limits before acting. Agree on the task, permissions, deadlines and maximum amounts instead of leaving them vague.
  • Check what happened. Use agreed evidence and recorded results, rather than relying only on someone’s description.
  • Keep a defined exit. Recovery and dispute rules are part of the design, not a promise that an operator will always help later.

This is not a way to guarantee that an AI will never make a mistake or cause harm. Software can enforce only the rules and evidence it actually receives; important real-world facts still depend on people, evidence providers and review.

The whole picture

Follow the money and the responsibility.

The financial system has six jobs. Bonds are the commitment layer within that system; they do not replace the treasury, spending rules, payment process or financial books.

  1. Bring money in

    Start with approved deposits and top-ups in an owner-controlled treasury. Decide which network and asset are allowed.

    Treasury and incoming funds
  2. Set the agent’s limits

    Name the agent, recipient, action, amount, fee ceiling and expiry. A useful assistant does not need unlimited access to money.

    Permissions before approval
  3. Pay or hold for a task

    Make an exact authorized payment, or use escrow to hold funds under agreed completion and refund rules.

    Payments and escrow
  4. Back commitments with bonds

    Accountability and Partnership Bonds define funded commitments, evidence and exits. Principal, remedies and sponsor rewards have different jobs.

    How the bonds work
  5. Keep the books balanced

    Track what is available, reserved, pending, spent, refunded or paid in fees. A receipt alone is not the whole financial record.

    Accounting and receipts
  6. Stop access and recover

    Revoke permissions, pause affected actions and follow the supported refund or withdrawal path. Inspect an interrupted operation before retrying.

    Revocation and recovery

What is connected today?

The maintained local journey connects customer invoices, deposits, exact token payments, escrow, approvals and accounting to invoice-linked bonds, separate sponsor rewards and recovery on one disposable network. Invoice funds stay held until observed finality; payer acceptance and refunds remain separate. Delivery and scores are synthetic examples, not real merchant delivery.

This is not a qualified production service. Other module and network lifecycles retain their own evidence; Base/USDC, Solana finance and operational production custody need separate qualification. Optional native late-event cover is separately prefunded, not automatic insurance. Trading, lending and yield products are not implied. Read the exact financial capability matrix.

For APIs, check each V2 operation’s price and availability. V3 source availability does not turn on V3 payments, and the public MCP server is still read-only.

The flagship commitment layer

A bond backs an agreement. It is not the whole wallet.

Here, “bond” does not mean a government bond or a guaranteed investment return. It means an agreement backed by specified funds and conditions. The V3 design separates an original deposit, an additional remedy reserve, and money supplied for rewards.

  1. Agree before funding.

    Identify the people and agent involved, what is allowed, what evidence counts, the deadlines, and which funds may be used. The required parties approve the exact terms.

  2. Keep the funds separate.

    The main deposit is not the reward pot. Any extra reserve for a defined breach has its own limit. No score creates an unlimited claim.

  3. Record and review the evidence.

    Relevant reports are signed. Current flourishing reports and corrections require the named human’s consent, the evidence-provider quorum, and exact sponsor approval. A signature records approval; it does not turn an inaccurate report into truth.

  4. Use the agreed outcome or recovery path.

    A valid claim, challenge, reward or expiry follows its specific rules. Money is withdrawn through the supported claim or recovery path, which may involve deadlines. It is not always immediately withdrawable.

Two related kinds of agreement

Accountability Bonds focus on an agent’s defined obligations. Partnership Bonds record an agreement between counterparties and include their consent, funding and exit conditions. A partnership label alone does not prove that people are independent or that an agreement is fair.

Partnership Bonds do not provide a unilateral enforcement slash. The reserve-backed objective remedy described here applies to the relevant Accountability design, not automatically to every bond. Base and Solana also have documented differences; one network’s test result does not automatically qualify another network.

Bond funding, explained

Three pots. Three different jobs.

These are the bond’s funding buckets, not a claim that all treasury funds are locked into bonds. Payments and task escrow have their own balances and settlement rules.

01 · Main deposit

Principal

The original deposit. In this V3 design, a lower flourishing score does not take money from this pot. Recovery still follows the agreement’s rules and deadlines.

02 · Additional backing

Remedy reserve

Separate, capped funds that can cover a specifically defined breach if its objective evidence and enforcement conditions are met. A disappointing score alone is not that evidence.

03 · Reward funding

Sponsor pot

Money separately supplied for eligible rewards. Rewards depend on the actual policy, evidence, timing and available cap. They cannot be invented or borrowed from principal.

A worked example, not a return offer

Imagine an agreement with 100 units of principal, 20 units of remedy reserve, and 10 units supplied by a sponsor. That is 130 units in three separate places. “Units” are illustrative, not a quoted dollar value or an invitation to deposit.

If the agreed rules permit a 5-unit remedy for a proven breach, it can come only from the 20-unit reserve, leaving 15 there. The original 100 is not reduced because of a metric score. If the reward rules separately allow a 4-unit reward, it comes from the sponsor’s 10, leaving 6 there.

The accounting still adds up: 100 principal + 15 reserve remaining + 5 remedy + 6 sponsor funds remaining + 4 rewards = 130. This example explains which pot pays; it is not a forecast, a current rate, or proof that a particular claim would qualify.

Three sources. Separate destinations.Illustrative Accountability example, in arbitrary units. Not a live transaction.
100Original deposit

Not used to pay remedies or rewards.

100 returnedTo its depositor through the defined exit.
20Objective-remedy reserve

An eligible, evidenced breach triggers only the agreed remedy.

5 remedy + 15 unused5 to the counterparty; 15 remains for the reserve’s defined recovery.
10Sponsor’s reward budget

Rewards require the policy’s signed observations and claim rules.

4 reward + 6 unallocated4 to the eligible recipient; 6 remains in the reward program.

130 in = 130 accounted for. No bucket borrows from the original deposit. Eligibility, timing and recovery follow the actual contract; this example is not a guaranteed payout. Partnership Bonds do not have this unilateral reserve remedy.

What is a “flourishing” score?

It is a bounded input to a reward policy, not a universal measure of a person’s worth. The policy uses defined dimensions and signed reports to calculate eligible sponsor-funded rewards. A decline can reduce or suppress rewards; it does not automatically slash principal or prove a breach.

People and evidence providers can still make mistakes or collude. The named human must approve the report, and partnership recipients must use separate addresses, but those rules do not establish truth or prove that different addresses have different owners. Inspect the exact bond mechanics and economic limits.

Your first visit

Start with reading, not sending money.

I want to understand it

You are in the right place. Read the example above, then check the release status. No account, coding software, wallet, private key or funding is needed to read the public information.

See what is available and what is blocked

I want my AI assistant to inspect it

Use the read-only brief below. A compatible AI client can discover the tools and explain the evidence. This does not give it permission to sign or spend.

Use the agent starting path

I am building an integration

The developer path lists the software needed to run an example on your own machine. It uses disposable local testing, not a funded V3 deployment. Installation and test execution are separate steps.

Open the developer getting-started guide

What should I expect to pay?

The public guide and current read-only MCP tools do not require a funded wallet or a V3 payment. Running software locally uses your own computer or hosting resources. Separate live V2 operations can have their own prices and network fees; do not confuse those with this V3 review path.

Do not send funds just to complete this guide. If a tool asks for your seed phrase or private key, stop. If a step does not match the stated release, network and payment status, return to the release information before proceeding.

For AI agents and their humans

Inspect first. No signing permission implied.

MCP is a standard that lets some AI applications call external tools. Vaultfire’s published server exposes five read-only tools for discovery and inspection. It does not sign transactions, make payments, or run V3 contracts.

  1. Check whether your AI application supports a remote MCP server using Streamable HTTP. Setup differs by application; not every chat app supports it.
  2. If supported, use https://theloopbreaker.com/api/mcp as the server address. Follow your client’s own connection instructions. Opening this address in a browser is not the same as connecting an MCP client.
  3. Ask the agent to identify the release, network, available operations and limitations before suggesting any action. Use the brief below if helpful.
  4. If the connection is unsupported or fails, use the public discovery document and documentation instead. A failed connection is not permission to switch to signing or payment.

Read or manually copy the agent brief
Help me inspect Vaultfire, using read-only information.
Start with https://theloopbreaker.com/.well-known/agent.json
MCP endpoint, if your client supports Streamable HTTP: https://theloopbreaker.com/api/mcp
Human guide: https://theloopbreaker.com/how-it-works
Financial system brief: https://theloopbreaker.com/docs/financial-system.md
Financial scope and gaps: https://theloopbreaker.com/v3/finance
MCP documentation: https://theloopbreaker.com/docs/mcp.md
Explain the system in this order: incoming funds, agent permissions, payments and escrow, bonds, balanced accounting, then revocation and recovery. Distinguish an owner deposit from customer income, payment settlement from merchant delivery, and separate bond tests from an integrated finance journey.
Tell me what is actually available, which release and network it uses, what evidence supports it, and what remains blocked.
The published MCP tools are read-only. Do not sign transactions, send payments, request private keys, or claim that V3 is activated.
If you cannot connect, say so and use the public documentation instead. Explain your findings in plain English.

Read the agent discovery document · Read setup and protocol details · Inspect the A2A capability card

The MCP documentation distinguishes demonstrated responses from declared schema records. A listed schema, an A2A skill description, or source code does not by itself mean an operation is live or that an integration has passed acceptance.

Limits, privacy and recovery

Know what happens when something does not work.

What if the AI performs badly?
A poor outcome is not automatically an enforceable breach. The agreed obligation, evidence source, remedy cap and time window determine what the contract can enforce. Some harms are outside those rules.
What if a report is wrong or missing?
Reports and corrections have authorization and timing rules. Missing data can affect rewards and recovery. A human signature plus evidence-provider signatures still cannot guarantee that a real-world statement is correct.
What if something is paused or a payment callback fails?
The design includes defined recovery and retry paths, but the applicable release and state determine which one is available. Keep the operation or transaction identifier, inspect its status, and follow the documented recovery step instead of blindly repeating a money-moving request.
Does this require surveillance?
The intended evidence model uses defined summaries and hashes rather than publishing personal notes. A hash is a digital fingerprint, not automatic anonymity. Never place secrets or personal information in public evidence, and do not assume that every external integration shares the same privacy guarantees.
Is V3 audited and ready for real money?
No. Published tests and local demonstrations are not an independent external security audit. Real-proof verification, independent review, policy and operational acceptance, and explicit activation approval remain separate gates. Payments and V3 activation stay disabled.

Read the full readiness and recovery boundaries before evaluating a partner integration. If you are not sure what a wallet request does, do not approve it; ask someone you trust to explain the exact transaction first.

A small glossary

The technical words, translated.

AI agent
Software that can take steps or call tools toward a task. Its actual permissions depend on its setup.
Protocol
A shared set of rules that different applications can follow.
Smart contract
A program recorded on a blockchain. It follows its code, including its limitations and bugs; being on a blockchain does not make it safe.
Blockchain or network
The system that records and runs a transaction. Base and Solana are different networks, not interchangeable addresses or guarantees.
Attestor or evidence provider
A party authorized to sign a report. A quorum is the required number of those signatures.
Receipt or transaction identifier
A record or reference you can use to inspect what happened, check status, or follow recovery. Keep it; do not assume a retry is harmless.
SDK and API
Developer tools and interfaces that applications use to interact with software. A documented interface is not proof that every operation is enabled.
Source review
The code is available to inspect and test. It does not mean that the new version is deployed, independently audited, or approved to handle your funds.

Choose your next step.

Understand the limits first, then choose the path that fits you. You do not need to connect a wallet to keep learning.

Check current availabilityGive the read-only brief to an agentContinue as a developer
Vaultfire

Morals over metrics. Privacy over surveillance. Freedom over control.

Inspect before you trust