Technology
HANAXIS is a verification-first engineering runtime. It allows probabilistic intelligence to participate in engineering while resulting CAD remains subject to explicit engineering conditions.
PROBABILISTIC INTELLIGENCE
AI can interpret engineering intent and propose engineering actions. It does not define engineering truth.
ENGINEERING INTENT
The requested geometry, dimensions, references and feature relationships remain explicit.
STRUCTURED ENGINEERING OPERATIONS
Engineering actions are represented as controlled, defined operations rather than arbitrary model manipulation. This creates a clear boundary between intelligent reasoning and CAD execution.
NATIVE CAD EXECUTION
Native CAD execution follows explicit engineering behavior. Deterministic execution remains part of the CAD layer, not a property attributed to probabilistic intelligence.
RESULTING GEOMETRY
The resulting CAD model is treated as the engineering result and the source of geometric truth, not inferred from API success alone.
GEOMETRIC IDENTITY / REFERENCE CONTINUITY
A reference must continue to represent the intended engineering entity as the model changes.
ENGINEERING VERIFICATION
Successful execution alone does not establish correctness. HANAXIS evaluates resulting CAD against supported geometric and engineering conditions.
VERDICT / CONTROLLED FAILURE
Execution success is not proof. A failed engineering contract produces an explicit REJECTED verdict.
SOLIDWORKS IS THE CURRENT NATIVE CAD ENVIRONMENT — NOT THE DEFINITION OF HANAXIS.
HANAXIS currently executes natively through SOLIDWORKS. Its engineering principles — intent, verification and geometric validity — are defined at the HANAXIS level rather than by the identity of a single CAD application.