The SafeLand technology leverages the availability of real time data to monitor and measure aircraft systems such as speed brakes, spoilers, flaps, engines, thrust reversers, hydraulic and mechanical braking systems and many physical parameters such as speed, deceleration, temperature, pressure and wind. The algorithms perform complete 3D aircraft dynamic simulation throughout the landing and ground movements with over 200 relevant interrelated physical processes simultaneously calculated. The algorithms in the technology calculate the impact of each of these processes on the deceleration of the aircraft. By determining each processes’ impact, the actual effective braking friction coefficient of the landing can be isolated, as well as, many other useful aircraft landing and runway related data.
Safeland’s technology sits in a data center located in Chicago, interfacing with airline operations centers. Safeland maintains a database on each aircraft in an airline’s fleet and gathers real time landing statistics. The software provides aircraft, fleet, runway and airport reporting capabilities, all accessible through a secure, portal architecture. Aviation Safety Technologies founders include individuals with experience developing highly scalable software leveraging advanced mathematics and deployed in enterprise technology environments.