At CS Canada, we’re pioneering Safety of the Intended Functionality (SOTIF) solutions tailored for autonomous driving in dynamic and unpredictable environments.

SOTiF & Functional Safety : Introduction SOTIF scenarios illustration ISO 21448 defines SOTIF as “the absence of unreasonable risk due to hazards resulting from functional insufficiencies of the intended functionality (insufficiencies of specification of the intended functionality at the vehicle level or insufficiencies of specification or performance insufficiencies in the implementation of electric and/or electronic

New Aerospace Standard Supplement You are using COTS Software in your aerospace development?  This article is for you! Introduction to New RTCA Supplement An RTCA and EUROCAE joint committee (SC-240/WG-117) entitled Aviation Software Standards is creating a new RTCA supplement to the software assurance standards DO-178C/DO-278A and ED-12C/ED-109A. Initial issuance is for COTS Software and

Achronix and CS Group – Canada Partner to Develop ISO 26262 Certified eFPGA IP for Automotive Applications Achronix Semiconductor Corporation, a leader in high-performance FPGAs and embedded FPGA (eFPGA) IP solutions, announces a strategic partnership with CS Group – Canada (CS Canada) to develop the first ISO 26262 certified eFPGA IP tailored for automotive applications.

MISRA C++:2023 and AUTOSAR – Navigating Modern C++ Standards for Safety and Security Long overdue, the new MISRA C++:2023 is now here! C++ is becoming more and more popular these days, especially for large, complicated, AI-based applications where object-oriented architecture makes C++ superior to C. Modern C++ is becoming more and more popular across all

Automotive Cybersecurity In the dynamic realm of modern road vehicles, safeguarding against cyber threats is paramount. Automotive Cybersecurity standards as the ISO/SAE 21434 serves as a cornerstone, offering comprehensive guidelines for crafting cyber-resilient electronic systems. This international standard ensures vehicles are constructed to minimize risks, fortifying cybersecurity posture and adhering to global regulations like UNECE R155

Functional Safety & Safety Analysis Within Functional Safety standard Safety analysis represents a pivotal achievement, serving not only as a means to save project time and costs but also as a cornerstone guaranteeing the creation of a safe, reliable, and robust product. Safety analyses are crucial for various industries, including automotive, ADAS, aeronautics, railways, battery,

The Aurix TriCore is among the most widely used microcontrollers in safety-critical embedded system development. Our global expertise in functional safety and cybersecurity, combined with 20+ years of experience in safety-critical embedded system development, are readily available to accelerate AURIX-based product development and certification.

We were delighted to hold our first automotive cybersecurity week to spread awareness of the emerging cybersecurity challenges and solutions available for AVs & EVs companies. We presented the five pillars of automotive cybersecurity (ISO 21434, CSMS, TARA, SoC, and SUMS). The event wrap-up is available on our LinkedIn page.