Choose the right direction.
Start from the mission, user needs and testable questions.
Our name—Guidance Control Design 9 Rule—is a statement of how we want to work: purposeful guidance, evidence-driven control, and thoughtful design.
Guidance, Control and Design are connected disciplines—not three separate slogans.
Start from the mission, user needs and testable questions.
Watch for uncertainty, failure paths and changing evidence.
Build reviewable, secure and repeatable workflows.
Organized into Guidance, Control and Design. Each principle includes an example of how it may shape our developing platform.
Define mission intent, constraints and measurable outcomes before choosing technologies.
Frame research questions around explicit goals, requirements and validation criteria.
Anchor technical claims in identifiable, authorized sources rather than confident guesses.
Link synthesized findings to source documents and their usage rights.
Preserve the assumptions, references and revisions behind important conclusions.
Retain research context, citations, corrections and review history.
Show limits, open questions and confidence levels instead of masking uncertainty.
Expose missing evidence, source conflict and confidence limitations.
Consider off-nominal conditions, edge cases and recoverable failure paths.
Test workflows against unavailable documents, weak retrieval and conflicting claims.
Evaluate technical claims and system behavior throughout the lifecycle.
Use repeatable evaluation questions and checks as search and AI components evolve.
AI can support reasoning; qualified people remain responsible for engineering judgments.
Support human review, correction and explicit approval for consequential outputs.
Protect confidential information, access boundaries, provenance and intellectual property.
Limit product corpora to open, properly licensed or customer-authorized materials.
Use measurable outcomes, feedback and lessons learned to refine what we build.
Record errors and reviewer feedback to guide the next iteration.
These principles are an early, editable GCD9R philosophy—not a formal aerospace engineering standard or third-party certification.
“Guide with purpose. Control with evidence. Design for trust.”
In aerospace engineering, a good design starts with a mission, remains aware of deviations and uncertainty, and earns trust through verification. That discipline inspires our name.
Technical knowledge work faces a similar problem: papers, standards and decisions accumulate, while the assumptions behind conclusions are easy to lose. GCD9R begins with a practical ambition to keep those connections visible.
AeroBase is our planned foundation for structured knowledge. AeroEvidence is being developed to connect questions to checkable sources and review history. AeroSecure represents a future option for environments with stricter data boundaries. We intend to apply the nine principles across all three product directions.
We welcome conversations with aerospace research and engineering teams.