# Worked Product System evidence pack: a fictional cobot cell

Prepared 2026-09-06T00:00:00Z; not_published; human review not recorded.

Fictional inputs and deterministic illustrations; no customer evidence. Release recommendation: experiment_only.

Buyer: Product leader, manufacturing engineering director and accountable cell owner

Decision: Which evidence must close before one assisted-assembly configuration can move from experiment to an operational release decision?

Gate: productization; mandate: product-decision-review.

1. Read the fictional customer workflow and define a measured human baseline before treating an improvement as real.
2. Follow claim, requirement, configuration, verification, evidence gap and release decision through the existing Product System record.
3. Compare the authority evaluated with the authority intended; a named illustrative owner and a numeric model signal do not approve operation.
4. Assign actual evidence owners, acceptance criteria and reopening conditions before a real release review. Every output here remains experiment_only.

# Hyperion Product Decision Record

Version: pdr-1.1.0

Status: illustrative; fictional scenario, not customer evidence

## Decision

Proceed with one bounded cell and a human-owned production acceptance gate.

Owner: Illustrative accountable cell owner · Manufacturing product sponsor

Rationale: A single cell can close tooling, operator and commissioning assumptions before replication.

Review date: 2026-10-31

## Product bridge

**Customer problem:** A manufacturer needs flexible assisted assembly for a variable product mix without shifting hidden burden to operators.

**Product promise:** Deliver repeatable assisted assembly within validated task, tooling and human-interaction boundaries.

## Modeled experiment signal

Signal: **hold**

Release recommendation: **experiment_only**. Fictional calculations cannot authorise release.

- **PASS — Fleet availability:** 99.3% (gate: ≥ 98%)
- **PASS — Delivery and commissioning capacity:** 41.8% (gate: ≤ 80% preferred; >95% blocks)
- **PASS — Lifecycle customer-value case:** €9,419,385 net; 6.1 months (gate: Positive lifecycle net value inside contract term)
- **FAIL — Combined safety and evidence risk:** 62.6/100 · high (gate: ≤35 preferred; >55 blocks)
- **WARNING — Operating-envelope evidence:** 79% (gate: ≥80% preferred; <60% blocks)
- **PASS — Investment allocation:** 100% (gate: 100%)
- **PASS — Upfront funding coverage:** 198.4% · €1,041,768 headroom (gate: ≥100% of modeled upfront investment; 90–99.9% conditional)
- **PASS — Accountable human decision:** Illustrative accountable cell owner · Manufacturing product sponsor (gate: Named owner, role and decision)
- **FAIL — Reliability and exposure profile:** not assessed (gate: Declared denominator, sustained-duty, intervention, recovery, fallback and severity-tolerance basis)
- **FAIL — Product completeness:** 3 of 9 dimensions unresolved (gate: All nine dimensions assessed; declarations still require evidence)
- **FAIL — Authority-matched operation:** declared gap (gate: Evaluated and intended authority/supervision aligned with intervention, recovery and stop controls)
- **FAIL — Agent–simulator–critic independence:** declared gap (gate: Versioned critic, disclosed dependencies, calibration, deterministic checks and human escalation)
- **WARNING — Integrated Product Release Case:** experiment only (gate: Release-grade, configuration-bound evidence and named specialist decisions)

## Product System — illustrative assumptions

Gate: productization; decision: demo to operated product

Lenses: customer-operator-value, business-model-economics, ai-data-evaluation-hmi, system-architecture, safety-governance-oversight, operations-ecosystem

Configuration: fictional-industrial-cobot.configuration-v1

### Integrated Product Release Case

**experiment_only**

This public simulator evaluates fictional, visitor-supplied assumptions. It cannot establish release-grade evidence, specialist acceptance or authority-matched field performance.

An Integrated Product Release Case is the accountable product recommendation for one configuration, use, operating envelope and commitment. A release-ready result binds current evidence and product completeness to that configuration, envelope, claim set, intended Human–Machine Authority and operating supervision. It is not a safety case, certification, conformity assessment or legal opinion.

### Reliability and exposure

- Assessment: not assessed
- Exposure unit: fictional accepted-assembly attempts per fleet-year
- Successful outcomes / attempted outcomes (%): 95
- Interventions / 1,000 attempted outcomes: 10
- Successful recoveries / recovery attempts (%): 75
- Longest continuous duty (hours): 16
- Operator minutes / duty hour: 12
- Lifecycle cost / declared successful outcome (EUR): 0.68

### Product Completeness

- capability: requires_evidence; Fictional capability assumption; configuration-bound evidence is absent.
- reliability: requires_evidence; Fictional reliability assumption; configuration-bound evidence is absent.
- authority: requires_evidence; Fictional authority assumption; configuration-bound evidence is absent.
- evaluation: declared_gap; Part, tooling and manufacturing variation coverage is missing.
- operations: declared_gap; Interrupted-cycle memory and safe restart are not validated.
- service: requires_evidence; Fictional service assumption; configuration-bound evidence is absent.
- commercial: declared_gap; Production acceptance and support commitments remain undefined.
- evidence: requires_evidence; Fictional evidence assumption; configuration-bound evidence is absent.
- scale: requires_evidence; Fictional scale assumption; configuration-bound evidence is absent.

### Human–Machine Authority

- assessment: declared gap
- evaluatedAuthority: bounded actuation
- intendedAuthority: bounded actuation
- evaluatedSupervision: continuous operator
- intendedSupervision: monitoring only
- authorityGap: false
- supervisionGap: true
- interventionAvailable: true
- deterministicStop: true
- recoveryOwner: Illustrative cell supervisor

### Agent–simulator–critic

- assessment: declared gap
- present: true
- independent: false
- sharedDependenciesDeclared: false
- calibrated: false
- deterministicChecks: true
- humanEscalation: true

### Technology Curve

Fictional specialist assembly policy with explicit fixtures and safety controls; plateau risk: unknown; declared_gap

- Required product bar is conditional.
- Expected ceiling is unknown.
- Future cost is unknown.
- Migration path is gap.
- Vendor exit is gap.

### Capability and Complexity Delta

requires_evidence; experiment signal: hold

- Edge/cloud boundary is conditional.
- Data and learning rights are unknown.
- The declared critic is not independent from the system it evaluates.
- manufacturing readiness is conditional.
- supply readiness is conditional.
- deployment readiness is conditional.
- service readiness is gap.
- regulatory readiness is unknown.
- cybersecurity readiness is unknown.
- commercialCommitment readiness is gap.
- rollback readiness is gap.
- retirement readiness is unknown.

### Evidence gaps

- Public visitor inputs are fictional assumptions, not release evidence; independent validation remains required.
- Evaluated and intended authority, supervision, intervention and stop controls are not aligned.
- Critic independence or shared-dependency disclosure is unresolved.
- evaluation completeness is declared gap.
- operations completeness is declared gap.
- commercial completeness is declared gap.

### Requirement gaps

- Define and evidence the human baseline for useful work, burden, quality and cost.
- Bound the product claim to one configuration, intended use and operating envelope.
- Translate the claim into verifiable product and system requirements.
- Resolve data provenance, IP and learning rights for the intended lifecycle.
- Specify memory, long-horizon task state and stale-state behaviour.
- Specify dead-end detection and accountable recovery escalation.
- Define generalization slices and the evidence required for each slice.

### Configuration impact

- Fictional cobot controller, gripper, task policy, fixture and part family; replication is unverified.
- Validate the declared model-system set: specialist_policy, physics_simulator, deterministic_controller.
- Revalidate world-model roles: forward_dynamics.
- Rollback is not supported by evidence for the declared configuration.

### Reopening conditions

- Reopen after any policy, model, hardware, data, tooling or site configuration change.
- Reopen if sustained duty, intervention demand or recovery exceeds the declared assumptions.
- Reopen when supplier lead time changes the release configuration or customer commitment.
- Reopen when commissioning failures change site acceptance, capacity or service load.
- Reopen when lost task state creates repeated work, dead ends or unsafe continuation.
- Reopen when hardware or manufacturing variation changes the validated configuration.
- Reopen before any change to intended use, configuration, operating envelope, authority or commercial commitment.
- Reopen when evidence expires, is corrected or no longer matches the release configuration.

### Proposed Product Decision Review scope

- Resolve the demo to operated product decision at the productization gate.
- Public visitor inputs are fictional assumptions, not release evidence; independent validation remains required.
- Evaluated and intended authority, supervision, intervention and stop controls are not aligned.
- Critic independence or shared-dependency disclosure is unresolved.
- evaluation completeness is declared gap.
- Define and evidence the human baseline for useful work, burden, quality and cost.
- Bound the product claim to one configuration, intended use and operating envelope.
- Translate the claim into verifiable product and system requirements.
- Required product bar is conditional.
- Expected ceiling is unknown.

## Provenance

Input SHA-256: `9c738fb65ba3f5adec5caab4d8cab28b0e14449e26065849d67feea106ce92f7`

Result SHA-256: `374314f0c4ddf34ea58f65557de485b5dfea09ae089e6ef22a33f33d53cdf612`

Engine: flight-engine-1.1.0

Created: 2026-09-06T00:00:00Z


# Hyperion Product Bridge Contract

Version: pbc-1.1.0

Status: illustrative; fictional scenario, not customer evidence

## Business intent

**Buyer:** Manufacturing engineering director

**Problem:** A manufacturer needs flexible assisted assembly for a variable product mix without shifting hidden burden to operators.

**Promise:** Deliver repeatable assisted assembly within validated task, tooling and human-interaction boundaries.

## Business–technology translation seams

1. **Business:** Investment budget: €2,100,000.
   **Technology/evidence:** 198.4% of modeled upfront cost is funded; calculated gap is €0.
   **Owner:** Illustrative accountable cell owner · Manufacturing product sponsor
2. **Business:** Deliver repeatable assisted assembly within validated task, tooling and human-interaction boundaries.
   **Technology/evidence:** Availability must reach 98% inside the declared operating envelope.
   **Owner:** Illustrative accountable cell owner · Manufacturing product sponsor
3. **Business:** Lifecycle net value assumption: €9,419,385.
   **Technology/evidence:** TCO uses 8 units, explicit service, inference, data, replacement and commissioning assumptions.
   **Owner:** Illustrative accountable cell owner · Manufacturing product sponsor
4. **Business:** Forecast release in 38 weeks.
   **Technology/evidence:** Capacity is 41.8% with 0 weeks of calculated queue delay.
   **Owner:** Illustrative accountable cell owner · Manufacturing product sponsor
5. **Business:** Modeled experiment signal: hold. Release recommendation: experiment_only.
   **Technology/evidence:** 5 failed and 2 conditional gates.
   **Owner:** Illustrative accountable cell owner · Manufacturing product sponsor

## Delivery method

Continuous discovery + systems engineering evidence spine + Kanban for constrained flow.

## Human authority

Illustrative accountable cell owner · Manufacturing product sponsor

Proceed with one bounded cell and a human-owned production acceptance gate.

## Product System — illustrative assumptions

Gate: productization; decision: demo to operated product

Lenses: customer-operator-value, business-model-economics, ai-data-evaluation-hmi, system-architecture, safety-governance-oversight, operations-ecosystem

Configuration: fictional-industrial-cobot.configuration-v1

### Integrated Product Release Case

**experiment_only**

This public simulator evaluates fictional, visitor-supplied assumptions. It cannot establish release-grade evidence, specialist acceptance or authority-matched field performance.

An Integrated Product Release Case is the accountable product recommendation for one configuration, use, operating envelope and commitment. A release-ready result binds current evidence and product completeness to that configuration, envelope, claim set, intended Human–Machine Authority and operating supervision. It is not a safety case, certification, conformity assessment or legal opinion.

### Reliability and exposure

- Assessment: not assessed
- Exposure unit: fictional accepted-assembly attempts per fleet-year
- Successful outcomes / attempted outcomes (%): 95
- Interventions / 1,000 attempted outcomes: 10
- Successful recoveries / recovery attempts (%): 75
- Longest continuous duty (hours): 16
- Operator minutes / duty hour: 12
- Lifecycle cost / declared successful outcome (EUR): 0.68

### Product Completeness

- capability: requires_evidence; Fictional capability assumption; configuration-bound evidence is absent.
- reliability: requires_evidence; Fictional reliability assumption; configuration-bound evidence is absent.
- authority: requires_evidence; Fictional authority assumption; configuration-bound evidence is absent.
- evaluation: declared_gap; Part, tooling and manufacturing variation coverage is missing.
- operations: declared_gap; Interrupted-cycle memory and safe restart are not validated.
- service: requires_evidence; Fictional service assumption; configuration-bound evidence is absent.
- commercial: declared_gap; Production acceptance and support commitments remain undefined.
- evidence: requires_evidence; Fictional evidence assumption; configuration-bound evidence is absent.
- scale: requires_evidence; Fictional scale assumption; configuration-bound evidence is absent.

### Human–Machine Authority

- assessment: declared gap
- evaluatedAuthority: bounded actuation
- intendedAuthority: bounded actuation
- evaluatedSupervision: continuous operator
- intendedSupervision: monitoring only
- authorityGap: false
- supervisionGap: true
- interventionAvailable: true
- deterministicStop: true
- recoveryOwner: Illustrative cell supervisor

### Agent–simulator–critic

- assessment: declared gap
- present: true
- independent: false
- sharedDependenciesDeclared: false
- calibrated: false
- deterministicChecks: true
- humanEscalation: true

### Technology Curve

Fictional specialist assembly policy with explicit fixtures and safety controls; plateau risk: unknown; declared_gap

- Required product bar is conditional.
- Expected ceiling is unknown.
- Future cost is unknown.
- Migration path is gap.
- Vendor exit is gap.

### Capability and Complexity Delta

requires_evidence; experiment signal: hold

- Edge/cloud boundary is conditional.
- Data and learning rights are unknown.
- The declared critic is not independent from the system it evaluates.
- manufacturing readiness is conditional.
- supply readiness is conditional.
- deployment readiness is conditional.
- service readiness is gap.
- regulatory readiness is unknown.
- cybersecurity readiness is unknown.
- commercialCommitment readiness is gap.
- rollback readiness is gap.
- retirement readiness is unknown.

### Evidence gaps

- Public visitor inputs are fictional assumptions, not release evidence; independent validation remains required.
- Evaluated and intended authority, supervision, intervention and stop controls are not aligned.
- Critic independence or shared-dependency disclosure is unresolved.
- evaluation completeness is declared gap.
- operations completeness is declared gap.
- commercial completeness is declared gap.

### Requirement gaps

- Define and evidence the human baseline for useful work, burden, quality and cost.
- Bound the product claim to one configuration, intended use and operating envelope.
- Translate the claim into verifiable product and system requirements.
- Resolve data provenance, IP and learning rights for the intended lifecycle.
- Specify memory, long-horizon task state and stale-state behaviour.
- Specify dead-end detection and accountable recovery escalation.
- Define generalization slices and the evidence required for each slice.

### Configuration impact

- Fictional cobot controller, gripper, task policy, fixture and part family; replication is unverified.
- Validate the declared model-system set: specialist_policy, physics_simulator, deterministic_controller.
- Revalidate world-model roles: forward_dynamics.
- Rollback is not supported by evidence for the declared configuration.

### Reopening conditions

- Reopen after any policy, model, hardware, data, tooling or site configuration change.
- Reopen if sustained duty, intervention demand or recovery exceeds the declared assumptions.
- Reopen when supplier lead time changes the release configuration or customer commitment.
- Reopen when commissioning failures change site acceptance, capacity or service load.
- Reopen when lost task state creates repeated work, dead ends or unsafe continuation.
- Reopen when hardware or manufacturing variation changes the validated configuration.
- Reopen before any change to intended use, configuration, operating envelope, authority or commercial commitment.
- Reopen when evidence expires, is corrected or no longer matches the release configuration.

### Proposed Product Decision Review scope

- Resolve the demo to operated product decision at the productization gate.
- Public visitor inputs are fictional assumptions, not release evidence; independent validation remains required.
- Evaluated and intended authority, supervision, intervention and stop controls are not aligned.
- Critic independence or shared-dependency disclosure is unresolved.
- evaluation completeness is declared gap.
- Define and evidence the human baseline for useful work, burden, quality and cost.
- Bound the product claim to one configuration, intended use and operating envelope.
- Translate the claim into verifiable product and system requirements.
- Required product bar is conditional.
- Expected ceiling is unknown.

## Provenance

Input SHA-256: `9c738fb65ba3f5adec5caab4d8cab28b0e14449e26065849d67feea106ce92f7`

Result SHA-256: `374314f0c4ddf34ea58f65557de485b5dfea09ae089e6ef22a33f33d53cdf612`