HANAXIS

HANAXIS

A verification-first engineering runtime.

HANAXIS connects AI-generated engineering intent to controlled, deterministic native CAD execution and geometric verification.

Not just generated. Measured. Resolved. Verified.

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Intelligence can be probabilistic. Engineering execution cannot.

Deterministic execution is necessary, but not sufficient. Determinism is a property. Verification is the contract.

CURRENT SYSTEM

NATIVE CAD ENVIRONMENT
SOLIDWORKS
ENGINEERING FLOW
  1. Intent
  2. Structured engineering operations
  3. Native CAD execution
  4. Resulting geometry
  5. Independent verification
CURRENT SCOPE
Native CAD execution, resulting-geometry verification, geometric identity and controlled failure.

ENGINEERING EVIDENCE

REPRESENTATIVE ENGINEERING SCENARIO

ENGINEERING REQUEST

Create a parametric sheet-metal mounting component with a controlled base profile, reference-related mounting holes and slots, a repeated feature group, and supported fillet and chamfer operations. Preserve the intended engineering references through every dependent operation.

  1. ENGINEERING INTENT

    Engineering intent remains explicit through geometry, dimensions, references and feature relationships.

  2. STRUCTURED OPERATIONS

    Supported operations remain structured and controlled.

  3. NATIVE CAD EXECUTION

    The structured operation sequence executes directly in SOLIDWORKS.

  4. RESULTING GEOMETRY

    The resulting CAD model becomes the engineering result.

  5. ENGINEERING VERIFICATION

    Resulting geometry is evaluated against declared engineering conditions.

VERIFIED RESULT

EXPECTED

  • Declared parametric dimensions and sheet-metal thickness
  • Supported hole, slot, pattern, fillet and chamfer operations
  • Declared feature relationships and critical reference identity

VERIFICATION CONDITION

For a VERIFIED verdict, the resulting SOLIDWORKS geometry must satisfy the declared geometric and engineering conditions supported by the system.

HANAXIS VERDICT

VERIFIED

REPRESENTATIVE FAILURE PATH

THE CAD OPERATION CAN SUCCEED AND THE ENGINEERING CONTRACT CAN STILL FAIL.

CAD EXECUTION
SUCCESS
GEOMETRIC RESULT
VALID CAD FEATURE CREATED
ENGINEERING CONTRACT
FAILED — CRITICAL REFERENCE NO LONGER REPRESENTS THE INTENDED ENGINEERING ENTITY
HANAXIS VERDICT
REJECTED

EXECUTION SUCCESS IS NOT PROOF.

A valid CAD feature is not sufficient evidence of engineering correctness.

AI DOES NOT OWN GEOMETRIC TRUTH.

THE REQUESTED OPERATION IS NOT THE EVIDENCE. THE RESULTING GEOMETRY IS.

FINDING AN ENTITY IS NOT ENOUGH.

IT MUST STILL BE THE RIGHT ENTITY.

TODAY / DIRECTION

TODAY

HANAXIS currently operates natively in SOLIDWORKS with resulting-geometry verification, geometric identity and controlled failure.

DIRECTION

Extend the same engineering-contract and verification model to broader engineering workflows and CAD environments.

CAD execution is only one part of the system.

Explore the separation between probabilistic reasoning, engineering verification and native CAD execution.

Explore Technology

Engineering capabilities, organized around verification.

Explore the supported engineering capabilities behind native execution and resulting-geometry verification.

View Capabilities

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