Crew Travel API
The Routespring Crew Travel API connects airline-owned operating systems to policy-aware hotel and deadhead workflows. Routine work can move automatically, exceptions remain visible, and every outcome retains the context operations and finance need.
Download the OpenAPI 3.1 contractAirline-owned systems
Routespring operating layer
Connected outcomes
The category
A general booking API starts with a traveler search. A crew travel API starts with an airline operation. It must understand roster windows, pairings, duties, layovers, deadhead requirements, disruption references, airline policy, booking state, safe retries, and the difference between routine execution and an exception requiring human judgment.
Roster or OCC decision
Book for crew
Operate exceptions
Preserve airline records
Traveler or product search
Book travel
Service itinerary
Power embedded experience
What it connects
Three implementation outcomes
Implementation outcome
Submit the complete current schedule for a defined window. Routespring compares it with the prior state, derives required booking changes, applies configured policy, and returns traceable outcomes.
Operational result
Routine travel moves forward. Review and failed states return to an owned queue.
How the schedule workflow works
The scheduled-bookings workflow is designed around complete schedule snapshots inside a defined date window. Routespring computes the required differences against the prior snapshot. The integration should not send a manually assembled list of changes.
Current v1 capabilities
Implementation path
Implementation stage
Choose scheduled bookings, IROPS action execution, or finance record handoff. Do not begin with every possible workflow.
Identify which system owns crew schedules, operational decisions, employee identifiers, hotel policy, flight policy, and finance records.
Define required data, stable identifiers, update frequency, policy rules, human review states, and downstream record ownership.
Test authentication, payload quality, state transitions, idempotency, retries, and the handling of incomplete or conflicting data.
Begin with a limited base, station group, date window, or workflow. Compare results with the current process before increasing automation.
Increase coverage only after data quality, exception ownership, operational accuracy, security, and finance handoff meet the agreed acceptance criteria.
Security and control
Crew schedules can reveal where people are expected to work, travel, and rest. Integration design must account for data minimization, authentication, restricted access, tenant isolation, auditability, retention, and the operational impact of incorrect actions.
Current versus planned
The current v1 contract covers schedule, action, configuration, booking, retry, audit, inventory, and export workflows. Event delivery, invoice and folio ingestion, ground transport, payment issuance, supplier contracts, and crew profiles are planned API families and may change before release.
Planned capabilities are not part of the current v1 contract and may change before release.
Review the API roadmapStart with the operating contract
A successful crew travel integration starts with clear system ownership, stable identifiers, realistic automation boundaries, and a controlled rollout. Bring the operating and technical teams together before production code is treated as the plan.
