Modules are the functional plugins used for resource management. They plug into the shared optimizer library, audit trail and integration layer rather than reinventing their own, which is why a new module reaches operational performance far faster than building from scratch.
Aviation · Airside
Turnaround-aware stand allocation. Optimises aircraft-to-stand assignment against capacity, adjacency and towing constraints, and can run auto-optimizers to keep the plan current as the day changes. This is the module that unlocks roughly 5% extra capacity through intelligent stand and gate planning.
Responds to the domain
Aircraft & stand models
Adjacency & tow rules
Auto-optimizers
Gantt & apron UI
Aviation · Airside
Towing job orchestration. Sequences tug crews and routes against pushback windows and runway constraints, closing the loop with the stand plan that generates the tows in the first place.
Responds to the domain
Tug & tow-job models
Route & crew rules
Report of daily tow events
Dispatch UI
Aviation · Airside
Apron bus fleet and trip planning. Sequences bus trips and crews against remote-stand allocation, passenger volumes and turnaround windows, so remote stands stop being the bottleneck they usually are.
Responds to the domain
Bus & trip models
Remote-stand rules
Integrates with Stand & Gate planning
Fleet dispatch UI
Aviation · Landside
Desk and flow planning for check-in. Matches passenger demand curves to desk capacity across airlines and opening windows, so landside capacity is planned with the same rigour as the apron.
Responds to the domain
Flight & desk models
Opening-window rules
Passenger arrival patterns
Range-agenda UI
Aviation · Landside
Reclaim belt allocation and scheduling. Assigns arriving flights to belts against belt capacity, first-bag timing and reclaim hall congestion, keeping arrival halls flowing at peak.
Responds to the domain
Flight & belt models
Hall congestion rules
First-bag timing
Reclaim hall UI
In the market, and in tenders, airports consistently need the broader ecosystem optimized, not a single operation in isolation. Because every module shares one core, the operation is planned as a whole rather than stitched together afterwards.
Explore the ecosystemA stand decision creates a tow, a tow consumes a crew, a crew constrains the next pushback. Modelled on one core, those dependencies are visible rather than discovered on the day.
Because integration happens once at platform level, every module reads and writes the same data, so planners are not reconciling three versions of the truth.
Adding the next resource problem extends an existing deployment instead of starting a new integration project, so scope grows without multiplying vendors.
We will walk you through the platform against your own constraints: stands, gates, counters or tows.