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: Software-defined vehicles demand more than just code — they demand clarity, traceability, and compliance at scale. Engineering teams today face growing complexity in meeting standards like ASPICE, MISRA, and ISO 26262 while managing rapid delivery timelines....
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...
Acsia has safety compliant guidelines, processes and templates for each of the work products. All test case derivation methods and test methods based on ISO 26262 are followed.
Compliance minimizes systematic and random hardware failures for OEMs, leading to safer vehicles and significantly reducing the risk of costly recalls and legal liabilities.
By demonstrating adherence to rigorous safety standards OEMs can build consumer confidence, strengthen brand image, and foster long-term customer loyalty in a safetyconscious market.
ISO 26262 is increasingly the de facto requirement for global market access. Compliance ensures OEMs meet mandatory safety regulations, enabling them to sell vehicles in key markets.
While initially an investment for OEMs, structured functional safety processes prevent costly late-stage redesigns and rework, leading to more efficient development cycles and reduced overall costs.
By establishing a robust safety framework, OEMs can confidently integrate latest technologies like autonomous driving and advanced driver-assistance systems (ADAS), driving innovation while managing complex safety risks.
Automotive Functional Safety ensures electrical and electronic systems in vehicles perform safely, especially critical in advanced technologies like autonomous driving and ADAS, reducing risks and safeguarding passengers.
Compliance with ISO 26262 and global standards facilitates regulatory approvals, minimizes recall risks, reduces development costs, and enhances brand reputation, enabling easier entry into global automotive markets.
Acsia offers end-to-end Functional Safety (FuSa) services across the automotive software lifecycle, aligned with ISO 26262 and ASPICE. This includes safety management, system safety engineering, compliant software development and testing, and safety integration with methods like FMEA and fault injection. The company also support real-time safety systems and robust supporting processes such as tool qualification and configuration management.
Acsia’s TUV-certified (L1 & L2) engineers offer proven expertise, deep industry knowledge, and hands-on experience in automotive safety, enabling efficient, reliable, and standards-compliant development.
In Brief: Software-defined vehicles demand more than just...
In Brief: Agile testing is transforming automotive...
