Methodology Overview
Structural Diagnostic Triage (SDT) follows a four-stage process designed to preserve falsifiability and prevent premature conclusions.
The methodology assumes limited observability: institutional capacity cannot be measured directly, only inferred from behavior.
In SDT, “diagnostic” refers to structural triage classification, not interpretive explanation or prescription.
Pre-Triage Gate (Optional):
If no cross-domain stress migration is visible and institutional response capacity remains intact, SDT should not be applied.
Operational Invocation (Post-Sensing Use)
Structural Diagnostic Triage is not continuously active.
It is invoked only after sensing has occurred and when preliminary signals suggest that ordinary political or institutional explanations may be insufficient.
SDT is typically performed after a CT Monitor Log has been generated for a given set of events.
Operational Invocation Example
After completing a CT Monitor Log for a given period or event set:
- Apply Structural Diagnostic Triage (SDT) to the same events
- Evaluate whether stress migration across institutional domains is occurring
- Assess response degradation despite intact formal authority
- Compare against alternative explanations (e.g., capture, polarization, incompetence)
If SDT determines that escalation is not warranted, the analysis stops.
If escalation is warranted, SDT proceeds to identify failure modes, assess overall system status, and determine whether existing structural dynamics are sufficient or whether new ones are indicated.
Escalation indicates increased analytical attention, not increased certainty or severity judgment.
AI-Assisted Analysis Note (Optional)
When using AI systems to assist with SDT, the above invocation criteria should be explicitly stated to avoid premature or over-diagnosis.
Example AI Invocation (Non-Normative)
After completing the CT Monitor Log above, perform Structural Diagnostic Triage (SDT) on the same set of events.
Apply the Structural Diagnostic Triage methodology to determine whether the observed conditions warrant deeper structural diagnosis.
Specifically:
- Assess whether stress migration across institutional domains is occurring
- Evaluate response degradation despite intact formal authority
- Compare against alternative explanations (capture, polarization, incompetence, corruption)
If SDT determines that diagnostic escalation is not warranted, state that clearly and stop.
If SDT determines that escalation is warranted:
- Identify the likely failure modes involved
- Assess overall system status (patient condition)
- Note whether existing failure modes fully explain the situation or if new ones are indicated
Do not speculate beyond observable signals.
Do not assume collapse unless threshold criteria are met.
Stage 1 — Signal Intake (from CT Monitor or external source)
SDT begins with:
- A completed CT Monitor log
or - A bounded set of events from an external article or case study
No interpretation occurs at this stage.
Signals are treated as descriptive inputs only.
Stage 2 — Failure Mode Identification
Known NeuroSaeculum failure modes are evaluated against observed behavior.
This includes:
- Anti-patterns (e.g., Institutional Memory Amputation)
- Structural dynamics (e.g., Event Wave Lag)
- Authority and legitimacy distortions
Important constraint:
Failure modes are only applied if they reduce explanatory complexity.
If they merely rename the problem, they are rejected.
Stage 3 — Stress Migration Test (Primary Discriminator)
This is the core diagnostic step.
The analyst asks:
- Is stress remaining within its originating domain?
- Or is stress relocating to adjacent institutions not designed to carry it?
Examples of migration:
- Legislative paralysis shifting load to courts
- Executive overreach shifting load to enforcement agencies
- Narrative breakdown shifting load to coercive authority
No cross-domain stress migration = no load collapse diagnosis.
Stage 4 — Capacity Inference & Threshold Assessment
Capacity is inferred indirectly via:
- Temporal compression
- Loss of discretionary buffering
- Multi-domain simultaneous degradation
- Reduced effectiveness of standard responses
Threshold states are classified as:
- Below threshold (functional strain)
- On the slope (erosion)
- Post-threshold (structural failure underway)
Diagnostic Discipline Rules
- SDT must be able to say “not yet”
- SDT must distinguish erosion from collapse
- SDT must generate different expectations than capture or polarization alone
If it cannot, diagnosis stops.
Cortex Field * CT Monitor * CT Monitor Methodology * CT Monitor Log Template * CT Monitor Logs * Cortex Translation Methodology * Structured Diagnostic Triage * SDT Methodology * SDT Template * SDT Records