Every charge and every cost, as the flight happens.

AIS

Airspace Intelligent Systems

Active engineering

A real-time platform that covers many airports and many airspaces at once. It bills and charges flights and aircraft on the ground and in the air, and costs airline resources en route and on the ground.

• Airport services and charges, plus multi-airspace charges during flight
• Live surveillance inputs: MLAT, ADS-B and ATC radar data for arriving and departing flights
• AI agents in charging, forecasting, user interaction and suggested changes to charges
• A team of AI agents for each system, supervised by an overseer AI agent across all systems, that raises and fixes issues before staff need to step in
• Cost-base analytics and blockchain notarization of records
• Map-centred watchtower interface with role-based access

ABS

Aeronautical Billing System

Active engineering

Automated billing built on the IATA Annex charging rules. Every aircraft movement becomes priced charges and an invoice, using rates exactly as published.

• Landing, passenger and MTOW-scaled charges
• Charge calculation in under 10 milliseconds
• FIR-based charges, with FIR boundaries drawn on the live map
• Reference tables for aircraft types, registrations and rates
• Invoice workflow and SIS/ERP settlement output
• Agreements attested on a blockchain ledger

OBS

Overflight Billing System

Active engineering

Billing for aircraft that cross an airspace, driven by live monitoring of every aircraft in flight.

• Live monitoring of aircraft in flight
• Overflight charges for each airspace crossed
• Uses the same published rate documents as ABS and ARCS

ARCS

Airline Route Cost System

Active engineering

The live cost of every flight and every leg, from the schedule to landing. Each cost family has its own engine, run by AI agents from the live feed.

• Three costing phases per flight: schedule forecast, real-time estimate, and confirmed by the airline
• Fuel, crew, maintenance, airspace, airport, catering, insurance and security costs, plus delays, holding and reroutes
• Passenger load factor (RPK ÷ ASK), CASK, RASK and break-even load factor for every leg
• Route and aircraft evaluation: which type is the most economical for each route
• Crisis mode: simulate a crisis window and see how every cost changes
• Expected-charge reports to cross-check received invoices
• Timeline replay with rates as they stood at each moment

INT

Flight-data ingestion and reference store

Active engineering

The data pipeline behind the platforms. It gathers live flight data from several providers, scores each source, and routes clean records to a database for each airport.

• Weighted scoring across live flight-data providers
• A separate database for each airport
• Supplies ARCS with its upstream flight data
• Central store for AIPs, tariffs, and aircraft and engine data, shared by ABS, OBS and ARCS (planned)
• Operations dashboard