Today's electronic instrumentation systems are making mission-critical aircraft a lot safer. These systems are becoming more sophisticated and are including functions such as: Synthetic Vision; Automatic Flight Control and an Augmented Reality Cockpit to aid in increasing a Pilot's situational awareness in adverse operating environments. Artificial Intelligence (AI) and Machine Learning (ML) are offering solutions for predicting system failures making decisions in real-time while analyzing data from an aircraft's flight and taking emergency measures. Now, as avionics equipment has improved and the world has seen the advent of autopilot, collision avoidance technology and radar, aviation has become safer, more reliable and less likely to be affected by human error.
Over the last several decades, new technologies have continued to shape the future of aviation with improved avionics systems being one of the primary means of improving safety for mission-critical aircraft. Using such technologies as artificial intelligence, predictive maintenance, and data analytics, these new systems give pilots real-time information to enhance overall situational awareness. These enhancements provide pilots with better decision supporting tools in their cockpits to help them quickly identify and respond to potential safety threats. By minimising human error and making operations more efficient, these technologies make flying safer. These are just some of the advancements underway in avionics systems and greater enhancements in safety of mission-critical aircraft can be anticipated going forward.