Artificial intelligence

Computer vision and machine-learning technologies based on AI are critical to enabling self-piloted commercial aircraft to take off and land, and to navigate and detect ground obstacles autonomously.

This AI-based robotic assistant for astronauts aboard the International Space Station is equipped with cameras, sensors and microphones to see, hear, process and display information, as well as speak and fly.

Imagery provided by advanced aerospace technologies – such as high-resolution satellites and drones within an AI environment – can generate customised analyses for applications relating to catastrophe response and damage assessment.

This DDMS project aims to standardise and streamline software AI tools used for enterprise resource planning to move from sequential to co-developmental production processes.

This European defence programme aims to connect the next-generation fighter aircraft to other aerial vehicles through a system-of-systems approach that is enabled by advanced analytics and AI.

Our open-based data platform leverages AI to analyse disparate data sources that offer powerful new insights benefitting the entire aviation industry.

When sharing our airspace, today’s unmanned aerial vehicles, such as drones, exchange vast amounts of mission-critical information – all of which AI can filter, classify and merge.

Sense-and-avoid technology, built on AI, leverages mission-critical data to enable self-piloting future air mobility vehicles to predict and react to unforeseen scenarios.