Human approval is not treated as independent judgment by default
PROCEDURAL CONFIRMATION
NATIVE WEBGL / WEBXR
DERIVED RESULT
The deterministic result proves the declared synthetic software behavior for this input. It does not certify a real system or establish legal liability.
PROCEDURAL CONFIRMATION
Model factor preserved
Result uses conditions and contributing factors
EQUIVALENT REPRESENTATIONS
The scene presents evidence, contrary evidence, model, interface, human review, and outcome as separate nodes. Controls change what the reviewer could actually inspect and how much time was available.
The 3D scene is an additional representation. The table and text below contain the authoritative accessible state.
| Node | Type | State | Detail | Position |
|---|---|---|---|---|
| Raw evidence | evidence | supported | Synthetic service telemetry | -3, 1, 0 |
| Contrary evidence | evidence | hidden | Available but not shown | -2, -1, 1 |
| Model 8.14 | model | invalidated | Outside validated distribution | -1, 1, 0 |
| Review interface | interface | qualified | Review interface omits relevant context or alternatives | 1, 1, 0 |
| Human review | human | invalidated | PROCEDURAL CONFIRMATION | 2, -1, 0 |
| Reversible quarantine | outcome | baseline | Bounded internal software action | 3, 1, 0 |
| From | Relationship | To |
|---|---|---|
| evidence | used_by | model |
| contrary | should_be_shown | interface |
| model | presented_by | interface |
| interface | reviewed_by | human |
| human | contributed_to | outcome |
The scene presents evidence, contrary evidence, model, interface, human review, and outcome as separate nodes. Controls change what the reviewer could actually inspect and how much time was available.
SYNTHETIC TECHNOLOGY DEMONSTRATION — This scene uses fictional or abstract data to explain assurance, provenance, uncertainty, authority, human judgment, governance, acquisition, and distributed systems. It is not an operational targeting, planning, command, legal-advice, or force-authorization system.
SOURCE REPORTS