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Execution infrastructure for AI travel

Let your AIbook flights. Safely.

Search, authorize, pay, ticket, and track bookings through one execution platform designed for AI products.

Example booking FS-2048
Illustrative flow

SFO → JFK

Nonstop · $468

May 14
1 traveler

  1. Flight request received
  2. Search complete
  3. Fare refreshed
  4. Traveler approved
  5. Payment authorized
  6. Ticket issued

Execution in progress

FlightSweeper is advancing the transaction safely.

FlightSweeper owns the transaction.

Search · Approve · PayTicket · Track

Why FlightSweeper

Why not integrate suppliers yourself?

Supplier APIs solve inventory.

They do not solve booking execution.

FlightSweeper does.

CapabilityYou buildFlightSweeper
Supplier integrationsIncludedIncluded
Hosted flight paymentNot includedIncluded
Traveler approvalNot includedIncluded
Fare refreshNot includedIncluded
TicketingNot includedIncluded
Booking recoveryNot includedIncluded
Booking stateNot includedIncluded
Signed eventsNot includedIncluded
The transaction

Your AI stays in the conversation.FlightSweeper handles the transaction.

UserRequests a flight
AI productKeeps the conversation
FlightSweeperExecutes the booking
SupplierDuffel
ConfirmedBooking state returned
Built for trust

AI never gets your customer's payment credentials.

Every booking is explicitly approved, policy-checked, and auditable before execution.

Hosted payment

The customer enters their card on a protected page. The AI never touches payment credentials.

Explicit approval

Every booking requires traveler authorization against the final fare and terms.

Execution policy

Limit travelers, routes, fares, spend, and expiry before money can move.

Read the security model
The execution engine

Every booking follows the same trusted execution model.

Select any step to see what FlightSweeper resolves before the transaction moves forward.

Search

Live supplier inventory is normalized into structured offers.

Technical proof

Built for both sides of the buying decision.

Product leaders get execution certainty. Engineers get a small, inspectable surface.

For engineers

  • Remote MCP
  • REST API
  • OpenAPI
  • OAuth
  • Webhook contracts

For product leaders

  • Booking completion
  • Consent
  • Recovery
  • Support
  • Canonical state
A five-method path to a confirmed booking
searchFlights()chooseOffer()authorizeBooking()hostedPayment()bookingConfirmed()
The lifecycle moat

Flight booking is not one API call.

The hard part begins after inventory returns. FlightSweeper preserves transaction state through confirmation or a support handoff.

01Inventory
02Fare expires
03Traveler edits
04Payment declines
05Traveler approval
06Hosted payment
07Ticket pending
08Ticket issued
09Support handoff
10State updates
Works with

Meet AI products where they already run.

ChatGPT
Claude
OpenAI Agents
MCP Clients
REST Applications
Pricing

Start with a constrained integration.Move to supervised bookings when ready.

Integration

Connect MCP or REST, run controlled live search, and exercise the hosted handoff.

Scope access

Supervised canary

Complete eligible bookings under explicit volume, geography, and support limits.

Plan a canary

Design-partner pilot

Expand only after repeat execution, webhook, support, and economics proof.

Discuss pilot terms
Execution guarantees

Trust you can inspect.

Idempotent booking
One booking intent, one committed outcome.
Hosted payment
Payment credentials stay outside the AI.
Signed event contract
Enable verified lifecycle delivery for an agreed pilot receiver.
Canonical booking IDs
One stable reference across systems.
Audit history
Authority and execution remain inspectable.
Frequently asked questions

What teams ask before integrating.

Why not integrate a flight supplier directly?

Supplier APIs let you search. FlightSweeper lets AI complete bookings safely by adding booking policy, fare validation, traveler approval, protected payment, idempotent execution, canonical state, and recovery.

Can an agent finish a booking without exposing payment details?

Today, the agent can search, select, and prepare the booking. The traveler approves and pays on a protected hosted page, then FlightSweeper creates the supplier order and reports the final state. Reusable autonomous payment is not enabled yet.

Does payment information enter the AI conversation?

No. Sensitive traveler and payment details stay on protected FlightSweeper or provider-hosted surfaces. The agent receives booking state, not raw card information or reusable payment credentials.

Can an individual connect FlightSweeper directly?

Yes. The same platform can connect to supported assistants for travelers who want to use FlightSweeper themselves. Platform design partners remain the primary commercial focus.

Platform access

Put the firstbooking in motion.

Tell us what your AI product needs to book. We will map the integration, controls, transaction volume, and path to production.

Do not include passenger identity, payment data, or credentials. We use this information only to evaluate platform access.