2026 SDV & AV Technology Summit

Technology Summit - Europe 2026

1st October 2026 - Alistair Gollop for ITS Now

The Software Defined Vehicle and Automated Vehicle (SDV and AV) Technology Summit Europe arrived in London with a sense of urgency that reflected the pace of change across the mobility and automotive sectors. Software-defined vehicles have moved from conceptual promise to commercial reality, while autonomous systems continue to push against the boundaries of what regulators, operators, and the public will accept. The event brought these two worlds together because the industry now recognises that they are inseparable. The architecture that underpins an SDV is increasingly the architecture that enables safe autonomy, and the intelligence that drives autonomous behaviour is increasingly the intelligence that defines the vehicle itself. This convergence shaped every discussion, every presentation, and every debate across the two-day programme.

London proved a fitting backdrop for a conversation about European leadership in next-generation mobility. The city’s transport ecosystem has long been a testbed for innovation, from connected bus fleets to advanced traffic management systems. Delegates arrived with a shared understanding that Europe’s automotive landscape is undergoing a profound shift. Partnerships between OEMs, technology firms, and mobility operators are accelerating at a pace that would have seemed improbable only a few years ago. Stellantis and Bolt have already begun deploying autonomous vehicles in Europe, while the Rivian–Volkswagen joint venture has completed testing of SDV platforms that validate both electronics and software performance. These developments demonstrate that the continent is not merely experimenting with autonomy and SDV architecture; it is actively scaling them.

The summit’s agenda focused heavily on the technical foundations required to support this scaling. SDV architecture is no longer a niche engineering concern. It is the backbone of modern vehicle development, shaping how features are deployed, updated, validated, and monetised. Speakers explored the challenge of building platforms that can support continuous software evolution without compromising safety or reliability. The conversation frequently returned to the question of validation. Autonomous systems demand rigorous testing, yet SDVs introduce a dynamic environment where features evolve over time. Delegates examined how OEMs can reconcile these demands, particularly when cost reduction remains a priority. The industry is searching for ways to monetise software features effectively, but monetisation cannot come at the expense of safety assurance.

Artificial intelligence sat at the centre of the summit’s discussions. AI is no longer simply a tool for perception or decision-making within autonomous systems. It is becoming the connective tissue between SDV architecture and autonomy. Presentations highlighted how AI-driven transport systems are beginning to influence road operations, fleet management, and multimodal integration. The potential is vast. AI can optimise traffic flow, enhance predictive maintenance, and support real-time decision-making across entire mobility networks. Yet the summit also acknowledged the risks. Delegates debated the roadblocks preventing companies from achieving higher levels of partial autonomy, particularly L2+++ systems. The challenge is not only technical. It is regulatory, operational, and societal. The industry must demonstrate that AI-driven autonomy can be deployed safely at scale, and that public trust can be earned through transparency and performance.

Speakers from across Europe’s automotive and technology sectors provided insight into how organisations are approaching these challenges. Professor Siddartha Khastgir emphasised the importance of safe autonomy and the need for robust testing frameworks that reflect real-world complexity. OEM representatives explored the evolution of vehicle networks and E/E architecture, highlighting how SDVs require new approaches to platform engineering. Technology leaders from Uber AI Solutions and other firms discussed the commercial realities of deploying autonomous systems in live environments. Their contributions underscored a shared belief that autonomy will not arrive through isolated breakthroughs. It will emerge through coordinated progress across architecture, AI, regulation, and operations.

The summit also provided a window into how European cities and transport authorities might adapt to widespread autonomous deployment. London’s own transport challenges served as a useful reference point. The city’s dense road network, multimodal complexity, and high variability in traffic conditions make it an ideal environment for testing autonomous systems. Delegates explored how SDVs could support more efficient road operations, particularly through enhanced connectivity with infrastructure. AI-driven transport systems could help reduce congestion, improve safety, and support more sustainable mobility choices. The potential benefits are significant, yet the summit made clear that deployment must be carefully managed. Public roads are unforgiving environments, and autonomous systems must demonstrate resilience under conditions that are often unpredictable.

Commercialisation emerged as a recurring theme. SDVs are ready for market, yet the path to widespread adoption remains uneven. OEMs must navigate complex supply chains, evolving regulatory frameworks, and shifting consumer expectations. The summit highlighted how European manufacturers are developing execution plans that balance innovation with practicality. Delegates examined how features can be advanced within SDV architectures without creating fragmentation or inconsistency across vehicle fleets. The conversation frequently returned to the importance of interoperability. Europe’s mobility ecosystem is diverse, and SDVs must operate seamlessly across borders, networks, and regulatory regimes.

Autonomous deployment raised equally challenging questions. The industry is still grappling with whether fully safe public deployment is achievable in the near term. The summit did not offer definitive answers, yet it provided clarity on the direction of travel. Autonomous systems will continue to evolve, and partial autonomy will become more capable. The roadblocks that remain are significant, but they are not insurmountable. Delegates explored how improved sensor fusion, more advanced AI models, and better integration with SDV platforms could help overcome current limitations. The conversation also touched on the importance of public engagement. Autonomous deployment will require not only technical excellence but also societal acceptance.

The summit concluded with a sense of cautious optimism. Europe is positioning itself as a leader in SDV and autonomous innovation, supported by strong partnerships and a growing ecosystem of technical expertise. The convergence of SDV architecture and autonomous systems is reshaping the future of mobility, and London’s event captured the momentum behind this transformation. The industry recognises that the journey ahead will be complex, yet it also understands that the foundations are now in place. SDVs are ready for commercialisation, autonomous systems are advancing rapidly, and AI is providing the intelligence needed to connect these developments into a coherent whole. The SDV and AV Technology Summit Europe demonstrated that the future of mobility will be defined not by isolated technologies but by integrated systems that work together to deliver safer, smarter, and more sustainable transport across the continent.