Discover
Commercial objective, user need, technical constraints and prior art.
DECISION GATE · Opportunity and feasibility decision
CONTROLLED DEVELOPMENT SYSTEM
Evidence before investment. Engineering gates before tooling.
The process is structured to expose uncertainty early, prevent isolated subsystem decisions and protect the transition from prototype to production.
Nine development stages
A measurable route from idea to protected, repeatable production.
ENGINEERING CONFIDENCE · 01—09Evidence increases while unresolved risk decreases.
Verified evidenceUnresolved risk
OpportunityArchitectureProtected designValidationProduction
Define
Requirements, system architecture, risks, target cost and project gates.
DECISION GATE · Approved product requirements and architecture
Design
Industrial design, mechanics, electronics, UI and process logic.
DECISION GATE · Concept freeze and technical risk closure
Engineer
Detailed hardware, firmware, applications and production documentation.
DECISION GATE · Engineering design release and filing-ready documentation
Protect IP
Coordinate the relevant China invention-patent, utility-model or design filing through qualified patent counsel before controlled product files are disclosed to external production partners.
DECISION GATE · Relevant China IP filing confirmed before controlled external disclosure
Prototype
Proof-of-principle, functional and production-intent builds.
DECISION GATE · Functional evidence and production-intent plan
Validate
Performance, safety, reliability, user and certification testing.
DECISION GATE · Performance, safety and reliability acceptance
Industrialize
DFM, tooling, suppliers, pilot builds and quality controls.
DECISION GATE · Tooling and pilot-build approval
Produce
Manufacturing ramp, inspection, corrective action and lifecycle support.
DECISION GATE · Controlled production and lifecycle feedback
Program control
The stage model adapts to the product—not the other way around.
Some programs begin with feasibility; others arrive with a prototype, a failing PCB or tooling already in progress. Matrix first identifies the current evidence level, open risks and irreversible decisions.
The project plan is then built around the shortest technically responsible path to the next commercial gate.