Ketryx for Aerospace
Develop fast.
Certify on schedule.
Ketryx connects to your existing development tools to automate DO-178C lifecycle data, create real-time bidirectional traceability, and accelerate certification — without disrupting your workflows.
Compliance intelligence, everywhere you work
Ketryx has always connected your development tools. MCP extends that intelligence into any AI workflow. No new platform to learn.
See the MCP in action
Unify your compliance data with Ketryx
Expose compliance data to any AI tool with Ketryx MCP
Get answers to compliance questions in seconds
Transform AI tools and agents to be grounded in end-to-end traceability and your QMS
The Reality
DO-178C compliance shouldn't eat your engineering budget.
Manual traceability is the primary bottleneck.
DO-178C demands full bidirectional traceability across six artifact layers. Most teams maintain this in spreadsheets. Every requirements change triggers weeks of manual reconciliation before your DER can even begin the SOI review.
Documentation is created after engineering, not during it.
Engineers build the software, then try to create the certification record retroactively. Gaps discovered at Stage of Involvement reviews trigger costly rework — and program delays of 6 to 12 months.
One change cascades through the entire artifact chain.
A single requirements change in week 47 of a 3-year program touches high-level requirements, low-level design, code, test cases, and test results. Without automated impact analysis, teams spend weeks tracing it by hand.
How Cytovale Transformed Change Impact Assessment with Ketryx AI
Cytovale uses Ketryx’s AI-native compliance platform to generate hardware and software change impact assessments in hours, a task that took up to 15 FTE days per change previously. Using Ketryx has resulted in a 70% reduction in documentation drafting time and review effort for hardware and software changes.
How Ketryx
can help
Ketryx simplifies document control, training management, non-conformance reporting, and complaint handling, seamlessly integrating with your team’s existing tools like Jira, GitHub, and AWS. By unifying all actions in a single system, Ketryx ensures traceability, accountability, and audit readiness, helping you pass internal and external audits. Minimal complexity. Maximum compliance.
Traceability
Maintain digital knowledge continuity with self-tracing compliance software
Track requirements from system-level safety goals through embedded software, AI model behavior, and physical test results across every tool in your stack.
Explore Traceability →
Full component visibility in real-time requirements traceability matrix
Bidirectional traceability spanning hardware and software boundaries
Gap detection and coverage analysis across regulatory frameworks
Traceability
Maintain digital knowledge continuity with self-tracing compliance software
Track requirements from system-level safety goals through embedded software, AI model behavior, and physical test results across every tool in your stack.
Explore Traceability →
Full component visibility in real-time requirements traceability matrix
Bidirectional traceability spanning hardware and software boundaries
Gap detection and coverage analysis across regulatory frameworks
Traceability
Maintain digital knowledge continuity with self-tracing compliance software
Track requirements from system-level safety goals through embedded software, AI model behavior, and physical test results across every tool in your stack.
Explore Traceability →
Full component visibility in real-time requirements traceability matrix
Bidirectional traceability spanning hardware and software boundaries
Gap detection and coverage analysis across regulatory frameworks
Traceability
Maintain digital knowledge continuity with self-tracing compliance software
Track requirements from system-level safety goals through embedded software, AI model behavior, and physical test results across every tool in your stack.
Explore Traceability →
Full component visibility in real-time requirements traceability matrix
Bidirectional traceability spanning hardware and software boundaries
Gap detection and coverage analysis across regulatory frameworks
Traceability
Maintain digital knowledge continuity with self-tracing compliance software
Track requirements from system-level safety goals through embedded software, AI model behavior, and physical test results across every tool in your stack.
Explore Traceability →
Full component visibility in real-time requirements traceability matrix
Bidirectional traceability spanning hardware and software boundaries
Gap detection and coverage analysis across regulatory frameworks
Traceability
Maintain digital knowledge continuity with self-tracing compliance software
Track requirements from system-level safety goals through embedded software, AI model behavior, and physical test results across every tool in your stack.
Explore Traceability →
Full component visibility in real-time requirements traceability matrix
Bidirectional traceability spanning hardware and software boundaries
Gap detection and coverage analysis across regulatory frameworks
Traceability
Maintain digital knowledge continuity with self-tracing compliance software
Track requirements from system-level safety goals through embedded software, AI model behavior, and physical test results across every tool in your stack.
Explore Traceability →
Full component visibility in real-time requirements traceability matrix
Bidirectional traceability spanning hardware and software boundaries
Gap detection and coverage analysis across regulatory frameworks
One top-five medical device company reduced manual vulnerability review volume by filtering, deduplicating, and patching obsolete items automatically, reducing triage time by 80%.
90%
Reduction in SBOM documentation time
Your engineers didn't become engineers to maintain trace matrices.
Every week spent on manual documentation is a week not spent getting your avionics system certified. Ketryx gives that time back.
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