Fleets around the world use our software.
Our first-class developers specialise in software architecture, system testing, development and certification support to the most relevant industry standards.
Our teams also work with software engineering flows driven by Model-Based Design (MBD) and can deliver software conforming to ARINC 653 Integrated Modular Avionics architecture. In short, we create highly-complex, thoroughly-tested avionics systems that you can trust.
Avionics systems are vital electronic components in aircraft, controlling and monitoring essential functions for safe and efficient flight operations. These systems include altimeters, airspeed indicators, navigation and communication systems, flight management computers, and more. Incorporated advanced features like GPS-based navigation and communication tools, plus sophisticated sensors and processors, avionics systems rapidly process data, which enhances situational awareness, navigation precision, and overall flight safety.
Avionics systems, dispersed throughout the aircraft, encompass the electronic systems accountable for controlling, monitoring, and communicating with the aircraft’s diverse subsystems. They encompass navigation and communication systems, cockpit displays, and flight management systems, ensuring the secure and efficient operation of the aircraft.
At Critical Software, we are experts in seamlessly integrating cabin systems within aircraft to provide the highest levels of comfort and safety for passengers and crew throughout their journey. Our extensive knowledge covers a diverse range of systems and equipment, including environmental control systems that precisely regulate cabin temperature, humidity, and air quality to create an optimal and enjoyable atmosphere. We also focus on advanced entertainment systems, offering passengers a wide array of entertainment options. Furthermore, our commitment to excellence extends to emergency and passenger services, ensuring swift and efficient response capabilities during critical situations.
With our deep understanding of cabin systems, we recognise the importance of seamless connectivity. By incorporating wireless solutions into our cabin systems, passengers can enjoy uninterrupted internet access, stay connected with their loved ones, access real-time flight information, and even conveniently engage in online shopping or order food and beverages from the comfort of their seats. At Critical Software, we incorporate the best of our abilities to enhance the overall travel experience.
Ground systems are vital for the smooth functioning of aircraft operations and airport management. These systems ensure efficient ground handling, aircraft servicing, baggage management, and air traffic control, playing a critical role in the aviation industry. From air traffic control infrastructure to aircraft maintenance facilities, ground systems are an integral part of the aviation ecosystem.
Critical Software’s expertise extends beyond airborne software to ground systems. We specialise in various systems and equipment necessary to support aircraft operations, including air traffic control and docking systems, flight simulators, mission planning systems, and maintenance systems. With our expertise in both airborne and ground software, Critical Software is well-positioned to contribute to the development and optimisation of these essential systems in the aviation industry.
Critical Software has made significant contributions to the aviation industry by specialising in state-of-the-art software and hardware solutions that optimise aircraft systems and enhance performance. By collaborating closely with industry leaders, we deliver groundbreaking systems to ensure reliability.
Our expertise lies in power and fuel systems, where we develop sophisticated software and hardware components to safely and efficiently manage power and fuel within aircraft. We also assist leading aviation companies in designing and developing cutting-edge software and hardware for various aircraft systems, such as landing gear and flight control systems, ensuring smooth mechanical and physical operation.