200+
Private aviation terminals
6,000+
Team members
25+
Network countries
A private aviation ground operations network operating across 200+ FBO locations was running three enterprise systems: a passenger booking platform, a ground management system, and an on-base service delivery tool, with no integration layer between them. Reservation data moved between systems only through manual staff effort: reading PDF reports, interpreting trip references, and re-entering data by hand. Inferenz joined the project mid-delivery, took ownership of production stabilization, encoded the multi-leg trip merger logic, and is embedded in the 2.0 architecture migration to resolve race conditions caused by concurrent requests at scale.
For a ground network operating on a scale, reservations trigger aircraft positioning, fuel arrangements, catering, ground transport, and crew notifications across every base on every leg of a trip. The manual process for creating those reservations was not just operationally inefficient, it was financial exposure on every flight.
The booking platform, ground management system, and on-base service delivery tool had no integration layer between them. Data generated in one system reached the next only when a staff member manually transcribed it, creating a structural bottleneck that grew with every new location added to the network.
Ground operations teams manually re-entered reservation data from PDF logistics documents, interpreting trip references by hand. The process depended on individual judgment, creating inconsistency across bases and exposing financial records to entry errors on every shift.
Private aviation trips involve multiple legs, each requiring a base reservation. When two legs share a common base, those records must be merged rather than duplicated. Identifying the right merge point required expertise that floor-level operations staff were not consistently equipped to apply under time pressure.
With several bases firing concurrent reservation requests, the execution order became unpredictable, causing duplicate reservations and valid service bookings entering cancelled states. Staff were manually identifying and deleting hundreds of duplicate entries daily, each carrying financial and service commitments.
Inferenz joined the project mid-delivery, embedded directly within the client's core engineering team, and took ownership of production stabilization, defect resolution, and the transition to a next-generation architecture.
The API acts as the intelligence layer connecting the passenger booking system, Signet (ground management), and Springshot (on-base service delivery). Structured trip payloads arrive via REST APIs and are processed through a queue-first architecture requests are pushed into a queue and handled asynchronously before reservation records are created in Signet. The system continuously manages updates triggered by schedule changes, tail number changes, and base modifications, parsing and applying each change automatically. On confirmation, real-time push notifications alert on-base teams to prepare catering, transport, and passenger services before the aircraft arrives.
Identifying which flight legs to merge, matching tail numbers, timing windows, and shared base locations, was previously a manual expert judgment made under time pressure. This logic is now automated and applied consistently across every reservation, base, and flight. As complex operational scenarios surface, edge cases are reproduced in lower environments, validated against real trip data, and resolved, continuously improving the accuracy and reliability of the merging process.
With all the bases firing concurrent reservation requests simultaneously, unpredictable execution order was generating duplicate records and placing valid bookings into cancelled states. Inferenz worked within the 2.0 architecture review process: a ground-up redesign introducing isolation between concurrent processes, eliminating the execution order conflicts at the root of duplicate generation.
Inferenz joined with 70% of the project already built, took full delivery ownership, and remains embedded in HyperCare support through the full 2.0 migration cycle. Inferenz is accountable for the outcome through stabilization and beyond.
Reservations automated
Booking payloads now flow directly into Signet and Springshot with no staff touchpoint, no PDF interpretation, and no manual re-entry between platforms.
→ 1 layer
The booking platform, ground management system, and on-base service delivery tool now communicate through a single integration layer for the first time.
Duplicate financial records
Race condition architecture is being resolved in the 2.0 platform rebuild, removing the concurrent execution conflicts that generated duplicate reservations and false cancellations at scale.
FBO bases connected
All locations now receive automated reservation data and real-time service notifications through a single API layer no manual relay between platforms.
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