When it comes to unmanned aircraft systems (UAS), virtually everyone is talking about and concerned with privacy issues – as though drones were robotic peeping Toms. The much larger and more critical issue, however, is security – without it, the potential exists for control of drones and even swarms of drones to be usurped and used to inflict harm. UAS hardware and software must be designed with development tools proven to be effective in the design and deployment of safety-critical and mission-critical systems and vehicles. In this webinar Robert Dewar will discuss the selection of optimal development tools and processes to ensure the safety, security, and reliability of real-time unmanned aircraft, onboard software, and ground control solutions.
Safety certification for avionics hardware and software is an expensive, complicated process, but absolutely necessary to ensure safe skies for commercial aircraft passengers and military jets flying in the national airspace. Now unmanned aircraft flight critical electronics will also have to meet these same safety requirements as the U.S. Federal Aviation Administration (FAA) starts to open up the national airspace to unmanned aerial systems (UASs). While the rules are still being drawn up, embedded software and hardware designers are already looking at ways for UAS platform integrators to solve certification challenges and manage the process of compliance with safety certification standards such as DO-178B & C. This webcast of industry experts will discuss how to enable safety certification of UAS platforms through efficient and cost-effective solutions.