Acsia Technologies represented at Europe’s premier executive forum for automotive electronics strategy, uniting OEM leaders, Tier 1 suppliers and global semiconductor and AI companies.
Ludwigsburg, Germany | 26 June 2026: Acsia Technologies participated in AEK 2026, the 30th Automobil Elektronik Kongress, held on June 16 and 17 in Ludwigsburg, Germany, represented by Lutz Nettig, Head of Sales and Business Development Europe, and Alexis Stephan, Director of Sales and Business Development Europe.
The event brought together senior decision makers and technology leaders from across the automotive industry, including OEMs, Tier 1 automotive suppliers, semiconductor companies, software and technology providers, along with automotive electronics experts. Its focus on software-defined vehicles, AI in automotive, connected mobility, vehicle architectures, and production readiness is aligned with the direction Acsia has already been advancing.
Acsia brings established expertise across automotive software engineering, embedded systems, AI enabled workflows, connected vehicle systems, automotive electronics, and the Agentic AI platform LiLA. As vehicles become more software driven, connected, and adaptive, these capabilities are becoming central to how OEMs and Tier 1 suppliers design, build, validate, and scale next generation vehicle programs.
The shift toward software defined vehicles is changing how the automotive industry creates value. Software now shapes how a vehicle performs, connects, learns, protects, and improves over time. It also influences how drivers and passengers experience mobility, from digital interfaces and connected services to safety, diagnostics, updates, and long term vehicle value.
For OEMs and Tier 1 suppliers, this shift creates a new execution challenge. Vehicle programs must move faster, but they must also remain safe, reliable, secure, and ready for production. Teams are expected to manage growing software complexity, shorter development cycles, cost pressure, regulatory needs, and rising customer expectations at the same time.
This is where Acsia’s role becomes important. The company helps connect the different layers of automotive software development so that teams can move from concept to implementation with greater clarity. Requirements, software architecture, code, integration, testing, cybersecurity, compliance, and user experience cannot work in isolation. They need to come together as one connected engineering flow.
Acsia enables this connected engineering flow in ways that matter directly to next generation vehicle programs:
- By bringing intelligence into engineering workflows
Acsia’s LiLA Agentic AI platform reflects the growing role of artificial intelligence in automotive software development. It supports engineering teams in managing requirements, documentation, code verification, integration, testing, defect handling, and compliance with greater speed and control. This helps teams reduce repetitive effort and focus more on engineering decisions that affect quality, safety, and delivery. - By supporting software-defined vehicle execution
The software-defined vehicle is not only a technology shift. It is a delivery challenge. Acsia helps automotive teams build the software discipline needed to take ideas from early planning to integration, validation, release readiness, and long-term evolution. This supports programs where software must remain scalable, secure, and production focused. - By enabling connected and digital vehicle experiences
Modern vehicles are expected to support connected services, diagnostics, updates, infotainment, digital cockpit experiences, telematics, e-Mobility functions, and user focused mobility services. Acsia’s work supports this shift toward vehicles that are not static products, but evolving platforms that continue to create value after production. - By preparing for future ready vehicle networks
As vehicles become more connected and software driven, the communication inside the vehicle becomes more important. Automotive Ethernet and 10BASE-T1S are part of this future direction. They support more efficient data exchange, scalable vehicle networks, and the move toward connected vehicle architectures. For Acsia, these technologies fit into the larger goal of enabling reliable and intelligent mobility platforms. - By strengthening confidence across safety, validation, and cybersecurity
Software defined vehicles need more than speed. They need trust. Acsia’s engineering approach supports the need for validation, functional safety, cybersecurity, compliance, and release confidence across complex vehicle programs. This helps customers reduce execution risk while building software that is ready for real-world automotive environments.
This approach matters because automotive software is no longer a single workstream. It connects product strategy, engineering delivery, vehicle architecture, customer experience, safety, security, and business value. A software-defined vehicle can only succeed when these areas move together.
Acsia’s value lies in helping automotive companies manage that connection. The company is not positioned only around one software function or one technology layer. Its relevance comes from the ability to support the engineering system behind the future vehicle, where AI enabled workflows, software platforms, connected mobility, validation, cybersecurity, and future ready networks must work as one.
For automotive leaders, this breadth is becoming increasingly important. The industry is moving toward vehicles that are more intelligent, more connected, and more adaptive. At the same time, companies must reduce costs, shorten development cycles, improve software quality, and deliver reliable vehicle capabilities to market faster.
Acsia supports this transition as a service solution provider for the automotive industry. Its work helps OEMs, Tier 1 suppliers, and technology partners manage complexity, improve delivery confidence, and build stronger software foundations for future mobility.
The relevance of Acsia’s direction is clear in the way the industry is moving. AI in automotive, software defined vehicles, connected mobility, automotive electronics, Automotive Ethernet, 10BASE-T1S, safety, cybersecurity, and software quality are no longer separate priorities. They are converging into one larger need: smarter engineering for smarter vehicles.
As the automotive industry continues to move toward software defined, connected, AI enabled, and continuously evolving mobility, Acsia Technologies remains focused on helping customers engineer the systems behind that future. Its work across intelligent workflows, LiLA, connected vehicle platforms, and future ready automotive technologies reinforces its role as an engineering partner for companies building the next generation of mobility.
About Acsia Technologies
Acsia Technologies is a leading provider of automotive software powering Digital Cockpits & Displays, e-Mobility and Telematics. We use our expertise across AUTOSAR, Android Automotive, Automotive Linux, QNX, HMI, Middleware and Platform Development, CI/CD/CT, AI/ML, Verification & Validation, Cybersecurity, Functional Safety, and Performance Optimisation, to develop solutions that simplify complex problems and create safer, sustainable, and more compelling driver and passenger experiences.
With a presence across the United States, Germany, Japan, and India, we collaborate with top automobile manufacturers and Tier-1 suppliers.
Media Contact
Athul Lal A G
Director of PR, Acsia Technologies
Email: athul.lal@acsiatech.com
Mob: +91 81290 07793
