The intelligent operations platform for airlines
Achieve new levels of safety, reliability, and fuel efficiency
Recommendations that help dispatchers and pilots burn less fuel, avoid turbulence, and improve on-time performance
-$
average fuel savings per flight
40%
average turbulence reduction minutes
5%
average improvement in on-time performance using delay recommendations
Flight Science dx
The integrated flight monitoring, communications, and optimization tools for dispatchers
Bring real-time optimization, intelligent alerting, and unified situational awareness into a single interface – replacing fragmented tools with one command center for every flight.
Flight Monitoring
A single command center for weather, flights, airports, airspace and alerts
- Fast-updating flight tracking and surface tracing via ADS-B and satellite feeds
- Intelligent filtering eliminates alert fatigue by ensuring only priority items are brought to dispatchers' attention
- Flexible weather integration including NOAA, WAFS, DTN, WSI and custom API
Integrated Communications
Improve context and allow dispatchers to see the full picture
- Move through flights, airport and airspace watch, and smart alerting on one panel
- Improve dispatch/pilot communication with in-app ACARS Chat panel with easy-to-read flight crew messaging and suggested replies
- Forward SIGMETs, PIREPs, NOTAMs and turbulence alerts with one-click message formats
- General airport information, METARs, TAFs, live RVR, and runway configuration, ATC, NOATAMs, arrival demand and fixed charts, crosswind calculations, IAPs, SIDs and STARs are in one centralized location, in one at-a-glance, single page UI
In-Flight Optimization
Balance cost savings, OTP and safety, built right in
- Combines real-time changes in airspace, weather, traffic, airport conditions, OTP and passenger satisfaction to create a True Cost Index for every flight
- Identifies time-sensitive, critical information about flights in progress and generates route, altitude, and speed recommendations to avoid turbulence, improve fuel savings and time at the lowest cost
- In-flight recommendations are tail-specific, and results improve over time, as the aircraft performance model learns your planes thresholds
Optimize
Optimization doesn’t work unless it’s balanced
Optimizing for fuel savings or weather avoidance alone ignores other important cost factors. Achieving total cost optimization requires having an up-to-date picture of airspace/airport conditions; knowing what the aircraft are physically capable of doing and what actions are likely to be accepted by ATC.
Flight Science incorporates a True Cost Index that accounts for relevant factors behind each optimization decision. Being fully cost-based ensures that recommendations are based on the real economic picture rather than an incomplete cost proxy.
Airport-specific Fuel Costs
Crew- & Airport-Specfic Time Costs
Enroute Wind & Temp Changes
Tiered Delay Costs
Gate Availability
Airport Curfews
Time-Based Airport Fees
Overflight Fees
PAX Missed Connections
Crew Scheduling (Q1 2027)
See the bigger picture
Flight Science is building a complete mission-critical platform that strengthens collaboration and enhances decision making across the operations center and up to the flight deck.
