Lifeseeker: How Model-Based Design Powers Airborne Search and Rescue

Designing airborne systems that operate at the intersection of two radically different worlds—telecommunications and aviation—poses a unique engineering challenge. On one side, the telecom sector evolves rapidly, with new standards, protocols, and technologies emerging continuously. On the other side, aviation is governed by stringent safety requirements, certification constraints, and long validation cycles, where any change can take years to implement.

Explore the Model-Based Design journey behind Lifeseeker, an airborne mission system that turns mobile phones into search-and-rescue beacons. The system acts as an aerial mobile cell tower, allowing rescue teams to find missing people in minutes. This capability dramatically shortens the time to locate individuals in distress, significantly outperforming traditional SAR methods such as thermal imaging or manual search.

From the start, CENTUM’s design approach leveraged MATLAB^® to simulate, prototype, and validate different subsystems in a virtual environment before committing to hardware or flight testing. This approach allowed them to stay ahead of fast-moving telecom standards while maintaining compliance with aviation certification pathways.

Learn how Model-Based Design enabled rapid iteration, regression testing, and performance tuning in lab conditions that mirrored complex airborne scenarios, mitigating the cost and risk of field trials. Finally, see how this methodology helped bridge the cultural and technical gap between fast and flexible telecom R&D and the rigorous demands of avionics integration, enabling the deployment of a life-saving system in real-world missions across 20+ countries.