Fennec Engineering is a specialized technology provider dedicated to accelerating functional safety compliance for the next generation of autonomous systems and physical AI. By bridging the gap between rigorous regulatory standards and modern agile development, Fennec helps organizations navigate the intricacies of ISO 26262, IEC 61508, and ISO 13849 with unprecedented speed and precision.
Our mission is to provide a full-lifecycle platform that standardizes safety work, simplifies change management, and ensures absolute compliance for safety-critical systems in robotics, autonomous vehicles, and advanced manufacturing.
Why Fennec Engineering?
- Standardized Workflows: We replace fragmented spreadsheets and manual tracking with a unified, automated environment that acts as the "connective tissue" for safety data.
- Safety-as-a-Service: Our platform, ASAP, allows engineering teams to scale their safety expertise without the traditional overhead, turning compliance from a project bottleneck into a competitive advantage.
- End-to-End Integration: Unlike generic management tools, our solutions are "hardware-aware," integrating software validation with physical test cell infrastructure to create a seamless audit trail.
- Expert-Driven Innovation: Built by safety veterans, our tools translate dense regulatory language into actionable engineering tasks, ensuring that safety is built into the product from day one.
(Technical features & advantages that customers will look for)
- Full-Lifecycle Traceability: Automated bidirectional linking between Hazard Analysis (HARA), Safety Goals, Functional/Technical Requirements, and V&V (Verification and Validation) test cases.
- Safety Analysis Integration: Native tools for conducting HARA, FMEA (Failure Mode and Effects Analysis), and FTA (Fault Tree Analysis) directly within the platform, ensuring results are instantly reflected in the system architecture.
- Hardware-Software Sync: Deep integration with physical test cell infrastructure (dynamometers, DAQ systems, and control rooms), allowing software safety requirements to be validated against real-world hardware performance.
- Automated Audit Generation: Real-time compilation of the Safety Case and compliance binders required for ISO 26262, IEC 61508, and ISO 13849 audits.
- Impact Analysis Engine: A change-management tool that automatically flags downstream requirements and tests that need re-verification when a design change is made.