일렉트로비트(Elektrobit)가 CES 2025에서 클라우드부터 콕핏까지 오픈 소스 기반의 소프트웨어 기반 차량 로드맵을 공개하며, 소프트웨어 기반 모빌리티 제작 솔루션 기술을 세계에 알린다.
Introducing a new classification system for open source and virtual development environment solutions
'EB Corbos Link' supports seamless interoperability, customization, and reconfiguration
Elektrobit unveils its open source software-based vehicle roadmap from cloud to cockpit at CES 2025, showcasing its software-based mobility creation solutions to the world.
Elektrobit announced on the 18th that it will present an innovative solution for accelerating the automotive industry's transition to software-based vehicles at CES 2025, the world's largest IT exhibition to be held in the U.S. in January next year.
Elektrobit will showcase a rapidly expanding suite of open source and virtual development environment solutions, a new taxonomy for software-based vehicles that provides automakers with a development roadmap, Sony Honda Mobility’s electric vehicle AFEELA encompassing a software-based approach, AUTOSAR and Android interoperability, and new use cases for generative AI.
At CES 2025, Elektrobit will explain software-based vehicles in six stages from 0 to 5, based on the degree of evolution, and provide practical solutions for effectively achieving various software-based vehicle levels.
Exhibits include the EB Corvos Linux for Safety Applications, which won the Innovation Award in the Advanced Mobility category at CES 2025.There is 'EB corbos Linux for Safety Applications'. It is the world's first open source operating system (OS) solution that complies with automotive functional safety standards and provides speed, flexibility, and cost savings.
Elektrobit’s virtual software-based vehicle development environment, which is also being introduced, enables a shift left strategy that can accelerate the development speed of automakers, Tier 1 suppliers, and suppliers through development, prototyping, testing, and validation in a cloud-based virtual environment. The scalable and fast platform can immediately transform novel ideas into mass-producible solutions.
Additionally, the ‘Pillar to Pillar’ curved display showcases the future of digital cockpits and in-vehicle infotainment (IVI). Virtual software solutions drive efficient development, branding, localization, and evolution across the entire vehicle lifecycle, delivering enhanced user experiences. Elektrobit is building a software-based vehicle ecosystem with partner technologies including AMD Automotive Level Hardware, Google Android Automotive and Gemini AI, Epic Games’ Unreal Engine for 3D rendering, and HERE for navigation.
The exhibition will also feature the debut of the EB Corbos Link product, which integrates the AutoSafe and Android worlds. This first-of-its-kind development solution provides seamless interoperability while also enabling customization and reconfiguration of features and vehicle functions. This will enable automakers to create future-proof, next-generation cockpits independent of software and hardware.
Elektrobit’s solutions will be showcased throughout the show, including at the Elektrobit booth and through a network of partners and consortia. Sony Honda Mobility Apila’s digital cockpit integrates some of Elektrobit’s IVI-based solutions, while partners including Amazon Web Services (AWS), Cognizant, dSPACE, Siemens, and Sonatus will also be presenting Elektrobit demos at their booths.
“At Elektrobit, our goal is to address technical challenges and provide solutions that enable future-oriented, safe and secure software-based mobility for established automakers, startups and technology companies alike,” said Maria Anhalt, CEO of Elektrobit. “We believe that open source software is the key to getting code onto the road efficiently and quickly, and together with our partners we are enabling software-based vehicles – from the cloud to the cockpit – through open source.”
CES 2025 attendees can see Elektrobit’s diverse innovations at Booth 3400 in the West Hall of the Las Vegas Convention Center. Elektrobit demos can be booked on the company’s website.