ENGINEERING VALIDATION • DATA CAPTURE • NOT YET PHYSICALLY VALIDATED

Physical Validation Record

A structured test-record framework for turning the engineering demonstrator into measurable evidence. No physical performance result is implied until a real prototype is tested and the measurements are entered.

Current status: the architecture and browser simulation are documented, but the physical prototype has not yet been validated. Existing research shows that cable untangling, slack management and recovery are technically difficult and already actively researched, so measured evidence is essential. citeturn0search0turn0search7

What every trial records

Input state

Line class, material, length, diameter, starting configuration, crossings, loops, visible endpoints and initial tension class.

Action

Action ID, handling module, target segment, intended geometry change, commanded motion and force/tension envelope.

Verification

Observed geometry change, endpoint consistency, crossing/loop change, tension response, sensor confidence and pass/fail.

Recovery

If an action fails: failure mode, last verified state, rollback performed, alternate action and final outcome.

Core test matrix

Test IDScenarioPrimary measureRequired evidence
V-01Single crossingSuccessful separationBefore/after geometry + action log
V-02Single loopLoop removal without new crossingGeometry + tension response
V-03Multiple crossingsRecovery completion rateFull state sequence
V-04Failed graspSafe detection and recoveryFailure + rollback record
V-05Sensor disagreementUnsafe action preventedConfidence values + decision log
V-06Actuator stallSafe stop / retreatFault timestamp + motor data
V-07Interrupted actionReturn to verified stateState IDs before/after
V-08Organization outputSuccessful transfer to straightening/coiling pathOutput condition + cycle time

Suggested measured metrics

Recovery success rate

successful_trials / valid_trials

Action recovery rate

Percentage of failed actions that return to a verified state without manual intervention.

False verification rate

Cases where the controller commits an action that later proves incorrect.

Cycle time

Time from initial observation to verified organized output.

Intervention rate

Number of operator interventions per trial.

Material coverage

Separate results by cable, cord, rope, strap and selected hose classes rather than combining them.

Trial record schema

Each physical run should receive a unique run_id and capture: timestamp, operator, material ID, dimensions, starting state, state graph ID, action sequence, sensor confidence, commanded motion, measured tension/force, verification result, fault code, rollback state, alternate action, intervention and final outcome.

Evidence rule

Simulation results, generated visuals and architectural descriptions are development evidence—not physical validation. A buyer-facing performance claim should only be added after repeatable physical tests, recorded measurements and an engineering review.

Relationship to the IP investigation

Validation should test the combined mechanism under investigation—not merely generic cable untangling. In particular, trials should determine whether the combination of constrained recovery space, distributed handling, line-state representation, slack-first action selection, physical-response verification and verified-state rollback produces a measurable technical effect.

Buyer dossier · Control package · Test protocol · Validation dashboard · IP boundary matrix