Author: yohanrw

Conducting software FMEA, FTA, and compliance with ISO 26262 helps developers create software that meets stringent safety requirements. Learn more about it here.

Explore the challenges of dynamic memory allocation in critical software, learn how to mitigate failures, and ensure the reliability of safety-critical systems. Real-life failures and practical solutions are discussed.

Strong types are a key concept in C++ programming for functional safety. Learn how strong types can reduce errors in critical systems with C++.

Unit testing is an essential part of the software development process. Learn more about it here.

Learn about categorizing requirements, including functional, non-functional, performance, interface etc for effective system management and development.

Writing clear and unambiguous requirements for the automotive industry is important to avoid potential safety risks. Learn more about it here.

Separating requirements and implementation in software engineering enhances the quality and reduces rework.

Learn the complexities of achieving end-to-end protection in automotive systems including meeting freedom from interference and ASIL requirements.

E2E protection is essential for vehicle safety. Learn about the benefits and risks such as undetected cumulative delays from systematic faults and their solutions here.