CLARIXO Continuity Integration Manual
Practical engineering guide for integrating runtime continuity observation into AI products without replacing the underlying runtime system.
Integration Philosophy
- Observe-only
- Non-blocking
- Runtime-neutral
- Append-oriented
- Governance-visible
Current Action Route
/?action=continuity-agent-action
This route supports continuity thread creation, append operations, latest snapshot reads, filtering, upstream reference attachment, and continuity history preservation.
Minimal Runtime Flow
User Interaction ↓ AI Runtime Generates Output ↓ Evidence Record Written ↓ Responsibility Attribution ↓ Continuity Observation Written ↓ Runtime Observation Surface Updated
HIC Runtime Flow
User hesitation, uncertainty, overload, pacing request, or pause boundary ↓ Continuity admissibility detection ↓ Bridge routing ↓ Continuity runtime activation ↓ Paced guidance ↓ Runtime observability
HIC Runtime must be integrated before generic model fallthrough can absorb continuity-relevant interaction states.
Runtime Observability Markers
- hic_fallthrough_force_clarixo
- clarixo_gate
- clarixo_general_payload
- clarixo_general_inline_done
- continuity_agent
- continuity.guidance
These markers make continuity governance attributable, debuggable, and distinguishable from ordinary model tone.
Production Integration Lessons
- Governance interception must happen before generic OpenAI or model fallthrough.
- Runtime authority family must remain separate from runtime subtype.
- Human hesitation is a runtime governance condition, not merely a prompt variation.
- Continuity governance requires runtime observability to remain attributable and debuggable.
- Bounded governance is critical to avoid continuity overreach.
Authority Hierarchy Rule
{
"source": "clarixo",
"runtime_source": "clarixo_continuity"
}
Use source for the authority family and runtime_source for the runtime subtype. Do not replace source with the subtype.
Latest Snapshot Read
/?action=continuity-agent-action&latest=1&limit=20
Minimal Continuity Object
{
"runtime_source": "tgtracing",
"continuity_state": "observable",
"review_required": false,
"transfer_state": "observation_only_not_transferred",
"boundary_conditions": [
"observe_only_no_runtime_blocking",
"runtime_response_already_generated_before_continuity_write"
]
}
Observation Categories
- observable
- warning
- degraded
- review_required
- restricted_transfer
- restoration_observed
- continuity_mismatch
- admissibility_observation_only
Upstream Governance Binding
{
"upstream_reference": {
"evidence_id": "evi_example",
"responsibility_object_id": "l2_obj_example",
"preserves_upstream_boundary": true
}
}
Attached references preserve governance lineage. They do not automatically inherit downstream authority.
TGTRACING Integration Example
TGTRACING currently demonstrates Runtime Continuity Observation with observe-only boundaries, including no runtime blocking, no business-logic modification, and continuity writes after runtime response generation.
Closing Integration Statement
The CLARIXO Continuity layer preserves runtime governance continuity visibility across time while keeping execution authority separate.