In Brief Modern digital cockpits are complex systems-of-systems (SoS), necessitating meticulous software integration and comprehensive validation to ensure reliable, safe, and user-friendly in-vehicle experiences. Integration goes beyond simply combining software...
In Brief Modern digital cockpits are complex systems-of-systems (SoS), necessitating meticulous software integration and comprehensive validation to ensure reliable, safe, and user-friendly in-vehicle experiences. Integration goes beyond simply combining software...
In Brief Connected car technology is revolutionising the e-mobility experience, turning EVs into intelligent, communicative companions. Real-time diagnostics, proactive maintenance, remote control, and personalised interactions elevate the driving experience. Acsia...
In Brief Telematics represents the integration of telecommunications and informatics within vehicles, revolutionising the automotive landscape. Acsia is a leading player in telematics innovation, shaping smarter, safer, and more efficient vehicles for consumers and...
As automotive technology continues to evolve into a key component of mainstream digital experiences, there is an opportunity to explore new ways of building software for the automobile of tomorrow. Developers and stakeholders need a more user-friendly and secure software development framework centred around open-source principles and easily adaptable to evolving IoT standards.
Automotive Linux is a viable alternative for the development of entry-to-mid-level infotainment systems. With the addition of a Safety Island, digital clusters can also be implemented with Linux.
Deep expertise in ensuring robust and efficient performance across automotive systems.
Extensive know-how to meet specific requirements and optimize performance for diverse platforms and applications.
Create user-friendly applications across various Linux-based platforms.
Automotive Linux thrives on open-source principles, fostering collaboration between carmakers, tech giants, and a vast developer community. This shared effort fuels rapid innovation and feature creation, accelerating development cycles.
Traditionally, carmakers relied on proprietary software, leading to a fragmented landscape. Automotive Linux provides a common platform, allowing for standardized software across brands. This simplifies development for automakers and ensures a more consistent user experience for drivers.
Automotive Linux allows carmakers to create more user-friendly infotainment systems with smartphone-like interfaces and seamless mobile device integration, enhancing the in-car experience.
The Automotive Linux platform is designed to be scalable, allowing carmakers to easily integrate new features and functionalities as connected vehicle technology and autonomous driving systems evolve.
Sabaton is Acsia’s Automotive Linux software platform, based on the Rust programming language for developing secure, high-performance ECUs (electronic control units) and TCUs (telematics control units). Sabaton is built on a network and data-centric architecture, with industry-standard DDS and SOME/IP as the primary mechanism of message control.
In Brief Modern digital cockpits are complex...
In Brief The digital cockpit, with its connectivity and...
