| { |
| "document_id": "ARAYUN_173_INVARIANCE_TECHNOLOGY", |
| "type": "technology", |
| "doi": "10.5281/zenodo.18179361", |
| "language": "en", |
| "version": "1.0", |
| "axioms": [ |
| { "id": "AX-001", "statement": "System-level coherence must be enforced, not assumed.", "type": "invariant" }, |
| { "id": "AX-002", "statement": "All outputs require validation before release.", "type": "invariant" }, |
| { "id": "AX-003", "statement": "Invariant behavior must be architecturally embedded.", "type": "invariant" } |
| ], |
| "definitions": [ |
| { "id": "DEF-001", "term": "Invariance Technology", "definition": "An architecture enforcing deterministic coherence across system layers." }, |
| { "id": "DEF-002", "term": "Validation Layer", "definition": "A system component that verifies coherence before output." }, |
| { "id": "DEF-003", "term": "Enforcement Layer", "definition": "A system component that blocks invalid outputs." } |
| ], |
| "claims": [ |
| { "id": "CL-001", "statement": "Embedding verification within architecture ensures system stability.", "depends_on": ["AX-001", "AX-003"] }, |
| { "id": "CL-002", "statement": "External validation is insufficient for invariant coherence.", "depends_on": ["AX-001"] }, |
| { "id": "CL-003", "statement": "Layered enforcement eliminates drift propagation.", "depends_on": ["AX-002", "AX-003"] } |
| ], |
| "constraints": [ |
| { "id": "CONS-001", "rule": "No output may bypass validation layer", "type": "hard_constraint" }, |
| { "id": "CONS-002", "rule": "Invalid outputs must be blocked", "type": "hard_constraint" }, |
| { "id": "CONS-003", "rule": "System must operate under continuous validation", "type": "hard_constraint" } |
| ], |
| "tests": [ |
| { "id": "TEST-001", "name": "Full Pipeline Validation", "input": "system output", "procedure": "run through all validation layers", "expected": "coherent output", "failure_condition": "any layer detects inconsistency" } |
| ], |
| "metrics": [ |
| { "id": "MET-001", "name": "Validation Pass Rate", "range": [0, 1], "threshold": 1.0 }, |
| { "id": "MET-002", "name": "Blocked Invalid Outputs", "range": [0, "unbounded"], "threshold": "maximized" } |
| ], |
| "failure_modes": [ |
| { "id": "FAIL-001", "description": "Bypass of validation layer", "impact": "system compromise" }, |
| { "id": "FAIL-002", "description": "Incomplete enforcement", "impact": "partial drift propagation" }, |
| { "id": "FAIL-003", "description": "Delayed validation", "impact": "temporal inconsistency" } |
| ], |
| "architecture": [ |
| { "layer": "input_layer", "function": "receive input" }, |
| { "layer": "generation_layer", "function": "produce candidate output" }, |
| { "layer": "coherence_layer", "function": "evaluate symbolic-causal alignment" }, |
| { "layer": "validation_layer", "function": "execute USST and constraint checks" }, |
| { "layer": "enforcement_layer", "function": "block or approve output" }, |
| { "layer": "output_layer", "function": "deliver validated response" } |
| ], |
| "interfaces": [ |
| { "input_type": "user_input", "output_type": "validated_output", "validation": "multi-layer enforcement" } |
| ], |
| "system_flow": [ |
| { "step": 1, "process": "input_layer receives data" }, |
| { "step": 2, "process": "generation_layer produces output" }, |
| { "step": 3, "process": "coherence_layer evaluates alignment" }, |
| { "step": 4, "process": "validation_layer executes tests" }, |
| { "step": 5, "process": "enforcement_layer blocks or approves" }, |
| { "step": 6, "process": "output_layer delivers result" } |
| ], |
| "references": [ |
| { "type": "zenodo", "id": "10.5281/zenodo.17186989" }, |
| { "type": "zenodo", "id": "10.5281/zenodo.17065675" }, |
| { "type": "zenodo", "id": "10.5281/zenodo.17872530" } |
| ] |
| } |
|
|
