Narratize gives aerospace and defense programs a Product Knowledge Hub designed for the realities of TRL-gated development, AS9100 and DO-178C rigor, and programs that outlast the engineers who started them. Institutional expertise becomes a durable asset — not a retirement risk.
Aerospace and defense R&D operates on timelines no other industry matches — concepts that enter research today may not reach operational deployment for a decade or longer. Across that timeline, the challenges compound, and the ones specific to the industry rarely get solved by generic tools.
A concept entering TRL 3 today may not reach TRL 9 until 2035. Across that span, chief engineers retire, program managers rotate, and the original design intent — the hardest question an auditor or a successor can ask — risks becoming guesswork if it hasn't been captured defensibly along the way.
The aerospace and defense workforce is aging. The engineers who built the last generation of platforms carry decades of tacit knowledge about why trade-offs were made, which margins were tight, and what almost went wrong. Their departure represents the single largest concentrated risk to program continuity.
Aerospace and defense quality standards demand traceable evidence across the full program lifecycle. AS9100 requires documented design and development. DO-178C requires software lifecycle traceability. ITAR requires controlled information handling. Every artifact must be defensible — to certification authorities, to customers, and to auditors.
Defense programs operate under compartmentalization that limits who can see what. Yet the expectation — from program leadership, from customers, from the Pentagon — is that each generation of capability builds on the last. Knowledge has to flow forward without breaching the compartmentation that makes the work possible.
From chief engineers and systems integration to flight test, certification, manufacturing, sustainment, and program management — every function contributing to the program produces and draws from the same Product Knowledge Hub. The handoffs that used to lose fidelity stop losing anything.
The reasoning behind every architectural decision, margin choice, and trade-off stays with the program — not in notebooks, not in retiring engineers' heads, and not in meeting minutes nobody can find.
Every requirement links to the design that satisfies it, the verification that proves it, and the rationale that defines it. When a requirement changes at TRL 6, the impact across every downstream artifact is visible immediately.
Test plans, flight test reports, and verification artifacts link directly to the design decisions they prove out. The chain of evidence from requirement to flight-qualified capability stays assembled throughout the program.
AS9100, DO-178C, ARP4754A, and customer-specific certification bases assemble from the hub's structured knowledge. Certification authorities see the full chain of evidence, not selectively-compiled excerpts.
Production build books, first article inspection records, and sustainment documentation inherit the engineering rationale directly — so manufacturing starts with the full context of why the platform was designed the way it was.
Live program health across every active TRL transition, certification milestone, and capability demonstration. Reviews open with full context; earned value stops being a quarterly reconciliation exercise and becomes a continuous property of the work.
Narratize's aerospace and defense customers span commercial aviation, defense primes, space systems, unmanned platforms, and advanced research organizations — all operating under the same reality: programs matter for decades, and the rigor cannot slip.
Chief engineering, program management, and systems integration teams at defense primes use Narratize to carry design intent, certification basis, and institutional expertise across program lifecycles that outlast most of the people who start them.
Commercial aircraft, engine, and avionics programs use Narratize to preserve the design rationale and certification basis that sustainment teams, customers, and regulators will query for decades after entry into service.
Satellite, launch vehicle, and spacecraft programs use Narratize to capture the design and qualification logic that on-orbit anomalies will eventually demand — long after the original integration team has moved on to the next program.
UAS, UUV, and autonomous platform teams use Narratize to reconcile the pace of software-heavy iteration with the certification and V&V rigor aerospace demands — so capability compounds without compromising airworthiness.
Measured across Narratize customers, cycle-time compression without shortcuts on evidence, rigor, or certification defensibility.
Time freed from documentation assembly, evidence chasing, and context reconstruction — returned to engineering, certification, and program work.
Documentation produced with Narratize's structured workflows scores materially higher on completeness and defensibility than traditional approaches.
30 minutes. Bring a program in flight — or one you're scoping. We'll walk you through what TRL transitions, certification packages, and program reviews look like when design intent has been carrying itself forward all along.
Schedule a Demo →