Software-Defined Vehicles Europe 2026

Welcome to Software-Defined Vehicles Europe 2026, where automotive leaders and embedded systems engineers explore innovations in automotive software architecture that are shaping the future of the industry.

As vehicles become increasingly connected, the shift towards AI-driven, software-defined architecture is unmistakable. Automakers are adopting new platforms to transform the automotive ecosystem and enhance customer experiences. However, developing Software-Defined Vehicles (SDVs) presents challenges, including real-time integration, cybersecurity, standardisation, and evolving regulatory frameworks.

Join us to gain valuable insights, connect with industry experts, and explore solutions that are driving the future of automotive technology.

Emerging trends in software-focused architecture for next-gen vehicles

Adopt a software-focused architecture by integrating ECUs, sensors, actuators, and essential components to achieve optimal functionality in SDV.

Enhanced vehicle performance and user experience with OTA software updates

Unlock the power of software-driven configuration to enhance vehicle functionality and deliver a more adaptive and customised driving experience.

In-depth case studies on monetising OTA updates to drive revenue growth

Analyse revenue opportunities through OTA updates by evolving SDV features and enhancing user experience with efficient, data-driven strategies.

Insights into accelerated embedded software development through CI/CD tools

Showcasing how CI/CD pipelines in embedded software employ advanced verification tools to boost efficiency, reliability, and performance across development.

Enabling the cloud to improve collaboration between OEMs and Tier-X suppliers

Enhance collaboration between OEMs and Tier-X suppliers through cloud-based CI/CD platforms that leverage 5G and edge technology for seamless integration.

Adopting ASPICE and meeting ISO 26262 and ISO 21434 standards for security

Harness ASPICE amid rising complexity while ensuring compliance with ISO 26262 and ISO 21434 to strengthen functional safety and cybersecurity.

Expert Speakers

Past Attendees

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