Software-defined vehicles rely on seamless, secure connectivity to unite onboard intelligence with the cloud, infrastructure, and other vehicles in real time. This opening session examines the core connectivity challenges and opportunities – from high-speed data architectures and 5G integration to cybersecurity, latency, and over-the-air reliability – that are defining the next generation of connected, software-defined mobility.

• How are next-generation network technologies, from 5G to future 6G and edge computing, reshaping in-vehicle connectivity and data architecture design for software-defined vehicles?
• What strategies are emerging to ensure secure, low-latency, and reliable communication between the vehicle, the cloud, and roadside infrastructure, especially for safety-critical updates and autonomous functions?
• As connectivity becomes a central nervous system for the vehicle, how can automakers balance performance, scalability, and cost while managing massive data flows across zonal and cloud platforms?
• What collaboration models between OEMs, telecoms, and cybersecurity providers will be essential to achieve seamless interoperability and public trust in software-defined mobility?