RouteOS models every flight, hotel, transfer and tour as a machine-readable entitlement in a continuously evaluated runtime graph. When a disruption hits, the system reasons about downstream impacts and coordinates rebooking across suppliers — automatically.
Every travel component is a typed entitlement with state, validity, constraints, and dependencies. The runtime graph is the source of truth, not a booking record.
AI orchestration detects downstream impacts from any disruption event — flight delays, cancellations, weather — and triggers cascading rebooking actions across suppliers.
Coordinates rebooking across airlines, hotels, ground transport and activity suppliers simultaneously. One disruption, one workflow, multiple updates.
Exposes and consumes MCP servers for real-time supplier coordination. Built on MintPass protocol primitives for trust, auditability and machine-readable fulfilment.
RouteOS uses MintPass as its protocol foundation — entitlement issuance, constraint evaluation, Guardian enforcement, and lifecycle state management are handled at the protocol layer. The orchestration layer sits above, defining dependency relationships, disruption propagation rules, and rebooking workflows.
The travel industry is fragmenting across five AI stack layers: model, orchestration, product, legibility, platform. Expedia bets on orchestration. Amadeus acquired SkyLink for it. Sabre published the Agentic Blueprint. But no one is building cross-supplier entitlement orchestration — the layer that makes disruption recovery work at machine speed.
The future of travel is not a better booking interface. It is a continuously synchronized runtime where disruptions trigger coordinated action, not manual intervention.
RouteOS exists to build that runtime. Not for travelers directly — for the AI agents, servicing platforms, and orchestration systems that serve them. We are the infrastructure layer underneath the AI-native travel stack.