FinTechTask Prompt

Task Prompt to Map Visa, Mastercard, and Ant Agent Protocols into a KYA Gateway

This **Arc** task prompt takes the three payment-network agent protocols and your existing agent gateway, then produces the interoperability policy the **Visa / Mastercard / Ant International KYA collaboration** now requires downstream. Arc, the deepidv credential gateway, builds a **credential format map** normalizing Visa Trusted Agent Protocol, Mastercard Verifiable Intent, and Ant Agentic Mobile Protocol to one agent-registry schema, sets a **trust policy per network** for what each verification clears on its own versus what triggers your own delegation re-validation, writes the **delegation chain rules** that validate the chain from agent to accountable principal on every invocation with live principal-status checks, defines the **risk routing** that escalates an agentic call to Arbiter, and returns a **gap register** of every place your current handling would treat a network-verified agent as anonymous traffic. Built for platform and compliance leads who now have to consume agent identity arriving across payment rails rather than issue it themselves.

How to use this prompt

1
Open Arc in the deepidv dashboard and paste the full prompt, or run it in Claude, ChatGPT, or Gemini if you are drafting the interoperability policy outside the platform.
2
Replace the INPUT section with your current agent-registry schema, the networks you accept traffic from, and your existing delegation and revocation handling.
3
Run the prompt and read the credential format map first: it shows how each network's agent identity, delegation evidence, and revocation mechanism normalize to your schema.
4
Hand the trust policy and delegation rules to platform engineering, and route the gap register to compliance with an owner and date per fix.
5
Re-run the prompt when any network revises its protocol so your gateway stays aligned with the interoperability standard.

The prompt

Arc, map the three payment-network agent protocols into our KYA gateway policy, per the September 2026 Visa / Mastercard / Ant International interoperability collaboration.

Produce:
1. Credential format map: for Visa Trusted Agent Protocol, Mastercard Verifiable Intent, and Ant Agentic Mobile Protocol, identify the agent identity fields, delegation evidence, scope claims, and revocation mechanisms each carries, and normalize them to our gateway's agent registry schema.
2. Trust policy per network: what a verification performed on each network clears in our flows on its own, what requires our own delegation re-validation, and what always triggers full registration.
3. Delegation chain rules: per-invocation validation of the chain from agent to accountable principal, with live principal-status checks and immediate revocation on principal change.
4. Risk routing: the signal set that escalates an agentic call to Arbiter (scope drift, velocity anomalies, delegation age, principal risk changes), with thresholds per transaction tier.
5. Gap register: every place our current agent handling would treat a network-verified agent as anonymous traffic, ranked by transaction exposure, with an owner and date per fix.

Output the policy as configuration ready for review, plus a one-page summary for the compliance committee explaining what network-verified agents can now do in our stack and why.

Test it in Claude or another LLM

This prompt is built for the Arc agent inside deepidv, where Arc ingests live agent credentials across payment networks and validates delegation chains. You can dry-run the mapping in any general LLM first with a synthetic protocol description to see the policy shape before wiring it to real traffic.

1
Paste the full prompt into Claude, ChatGPT, or Gemini, but replace the opening 'Arc,' with a role instruction such as 'Act as a Know Your Agent gateway architect mapping payment-network agent protocols.' Keep the OUTPUT sections exactly as written.
2
Under the INPUT section, paste the synthetic sample block below so the model has protocol fields and your registry schema to map against.
3
Add one framing line: 'This is synthetic test data. Where a protocol field is unspecified, flag it as an open question rather than inventing a mapping.'
4
Check the output shape: a credential format map, a per-network trust policy, per-invocation delegation rules, a risk-routing signal set, and a ranked gap register. If any mapping asserts a field the input does not describe, tighten the role line and re-run.
5
Once the output shape is right, run it live in the deepidv dashboard where Arc maps the real protocols into your gateway policy.

Synthetic sample data to paste alongside the prompt

Fake test data, safe to share with any LLM. Swap in your own once the output looks right.

AGENT PROTOCOLS (synthetic, fake):
- Visa Trusted Agent Protocol: agent id, delegation token, scope claims, revocation endpoint (fields fake)
- Mastercard Verifiable Intent: intent credential, principal binding, expiry (fields fake)
- Ant Agentic Mobile Protocol: device-bound agent key, task scope, status callback (fields fake)
OUR REGISTRY SCHEMA (fake): agent_id, principal_id, scope[], delegation_expiry, revocation_state
CURRENT HANDLING (fake): agents from external networks currently treated as anonymous API traffic
OPEN ITEM (fake): whether Ant's status callback is sufficient for our live principal-status requirement

Pairs with on deepidv

Sources & further reading

FAQ

What is Know Your Agent interoperability?

It is the alignment of separate payment-network agent-verification schemes, Visa's Trusted Agent Protocol, Mastercard's Verifiable Intent, and Ant's Agentic Mobile Protocol, so an AI agent verified on one network is recognized on the next. The September 2026 collaboration standardizes agent credentials, delegation evidence, and risk signals across rails.

What does this prompt produce for my gateway?

A credential format map that normalizes all three protocols to your agent-registry schema, a per-network trust policy, per-invocation delegation-chain rules, a risk-routing signal set with thresholds, and a gap register of every place your stack would treat a network-verified agent as anonymous traffic, each ranked by transaction exposure.

Can I run this outside the deepidv dashboard?

Yes. The structure works in Claude, ChatGPT, or Gemini as a policy-design framework and returns the map, trust policy, and gap register. Live ingestion of network-verified agent traffic and per-invocation delegation validation only runs when it executes inside the deepidv dashboard through Arc.

Run it with live verification data

These prompts work in any LLM. Inside the deepidv dashboard, Luna, Arbiter, and Arc run them against your real sessions, screening lists, and audit trails.

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