Integrated modular avionics, connected systems, and data-driven maintenance are making commercial aircraft increasingly software-intensive, enabling new capabilities and more flexible upgrades throughout their operational lives.
Yet aviation’s safety requirements, long lifecycles, and complex certification set it apart from other software-defined industries. How manufacturers reconcile faster innovation with these demands will shape the next generation of commercial aircraft.
In this Technology Insight, five leading experts examine progress toward software-defined aircraft, the barriers to adoption, and how software could transform civil aviation over the next ten years.
Key questions explored:
- How far has commercial aviation progressed toward software-defined aircraft, and where is this transition delivering measurable value today?
- What are the most significant technical, regulatory, and commercial barriers to software-defined aircraft, and which will prove hardest to overcome?
- Which software architectures and engineering approaches are proving most effective in enabling faster development, integration, and upgrades of aircraft systems?
- How must testing, certification, and cybersecurity evolve to support more frequent software updates while maintaining aviation’s stringent safety and reliability requirements?
- Looking ten years ahead, how will advances in software architectures, AI, and onboard computing reshape aircraft design, operation, and maintenance?