- Whitepaper
The Comprehensive Handbook on Effective DO 254 Compliance
Walk away with a clear roadmap to pass airborne electronic hardware audits and accelerate your certification timeline.
Talk to Our CRA Compliance Team
What You'll Learn
What is DO 254, and why it's important?
Streamline hardware development and certification across all Design Assurance Levels (DALs).
- Establish complete requirement traceability to satisfy FAA and EASA certification audits seamlessly.
- Integrate rigorous testing, validation, and FMEA risk management directly into hardware workflows.
- Automate certification documentation to reduce project rework and shorten time-to-market significantly.
Explore More
Explore Related Resources
- Article
DO-254 Explained: Design Assurance Guidance for Airborne Electronic Hardware
An in-depth article covering the key requirements, Design Assurance Levels (DALs), and best practices for certifying complex electronic hardware like FPGAs and ASICs.
- Webinar
AI-Powered Verification & Validation: Achieving End-to-End Traceability and Faster Certification
An on-demand session detailing how to automate verification tasks, enforce full traceability, and accelerate compliance across aerospace standards.
- Guide
3-Step Guide to Defining Requirements for Aerospace
A practical step-by-step guide on writing unambiguous, testable requirements and managing end-to-end traceability for DO-178C and DO-254 compliance.
Accelerate Your DO-254 Compliance Today
See how Visure’s AI-powered ALM platform enforces full traceability and simplifies audit preparation for airborne systems — start a free trial or watch a live demo of it in action.
FAQ
Essential DO-254 Compliance Guide FAQs
Can’t find an answer? Contact our team →
DO-254 is the industry-standard guideline mandated by authorities like the FAA and EASA for airborne electronic hardware. It ensures safety-critical components (like FPGAs and ASICs) satisfy strict safety, reliability, and airworthiness requirements before aircraft integration.
DALs (A through E) classify hardware by failure severity—DAL A being catastrophic down to DAL E with no safety effect. Higher levels (DAL A and B) require the most rigorous testing, extensive documentation, and safety analysis.
Real-time traceability continuously links requirements, design updates, and verification results throughout development. This enables early defect detection, simplifies audit readiness, and avoids the costly rework and certification delays associated with establishing traceability at the end.
Visure provides end-to-end requirement management, automated bidirectional traceability, and AI-assisted verification tracking. It streamlines document generation (such as PHAC and HVP) to reduce compliance risks, accelerate audits, and lower certification costs.