Augment Operational Decision Making with Technology
NABLA Mobility supports optimal decision making in flight operation, leveraging AI / ML technologies to analyze complex operation environments.
We augment the sophistication of the current decision-making process and support people consistenly make better decisions.
Smart Navigation Provides Optimal Routes on a Real-time Basis
NABLA Mobility's "smart navigation" proposes the optimum route in real-time from the takeoff to the landing of aircraft.
We provide recommendations and insights derived from optimization with complex information such as wind, turbulence, and traffic flow. By utilizing cutting-edge technologies such as AI and machine learning, we process information and derive ready-to-use output for decision making.
At the same time, we thoroughly design a user-centric UI / UX so that flight operations can use our solution stressless, even in a complicated working environment.
Smart Navigation Platform
Provide a precise map of turbulence that is real-time, easy-to-see & high-resolution.
Flight Altitude Optimization
Automatically propose optimal flight altitude, considering hazardous weather and traffic.
Automatically propose Direct-to point & timing, considering traffic and weather.
Provide optimal descent flight profile, using FPA approach enabling continuous descent considering weather conditions and ATC preferences.
Provide optimal climb speed settings considering weather conditions.
Analytics for Tactical Fuel Management and Automating Granular CO2 Report
NABLA Mobility's "Smart Fuel & CO2 Analysis Tool" combines various data pertinent to the airport, airspace operations, and aircraft operation-related data to propose feasible fuel reduction measures for each flight.
Our tool also provides the calculation of CO2 emissions for each flight in an actual basis.
We support fuel efficiency improvement and decarbonization by providing everything from PDCA for practical fuel reduction to pricing considering CO2 emissions.
Smart Fuel & CO2 Analytics Tool
Provide scrutinized analytics of fuel usage, with breakdowns of fuel optimization methods.
Fuel Reduction Recommendatory
Propose detailed fuel optimization measures including, appropriate extra fuel with expected impact and execution possibility.
Reporting & Pricing
Automate the compling process of detailed CO2 emission reports per flight for customers’ Scope 3 calc and compute the rational for pricing (with & w/o SAF).
Our Three Core Technologies
Our core technologies are;
Atmospheric (wind & turbulence) Data Platform,
Traffic Prediction Model,
and End-to-end (E2E) Optimization Model.
Atmospheric (wind & turbulence) Data Platform
NABLA Mobility’s atmospheric data PF, assimilating preceding aircraft weather data, provides route-focused granular wind and turbulence prediction.
Traffic Prediction Model
NABLA Mobility’s traffic flow algorithms, a machine-learning-based-model with ADS-B data, provide traffic prediction in broad stochastic airspace.
NABLA Mobility’s optimization model estimates fuel consumption precisely in every flight phases, considering the uniqueness of each engine and aircraft, which enables comprehensive optimization.
Support Optimal Decision Making in the Flight Operation
NABLA Mobility leverages AI/ML technologies to reduce the human burden in flight operation and less reliance on personal know-how.
We contribute to making flight operations leaner, safer, and simpler by optimizing all aspects of flights (pre-flight preparation, actual flight, and post-flight analysis).
Value of Product Offering
Able to optimize fuel cost and make it transparent
Optimize the fuel cost expected to increase as SAF introduction.
Use fuel cost as a strategic component by making fuel cost transparent by mitigation levers.
Able to fly in a safer and
Fly safer and comfier supported by precise turbulence prediction, etc.
Fly using less fuel and get practical feedback on your flights in real-time.
Able to foresee precursor of irregular operations and maintain network stable
Prevent irregular operations that damage stable operations by precisely predicting the impact of weather, traffic flows, etc., for each flight.