Registry ID: FTR-2026-036
Capability Domain: Persistence Stability
Assessment Date: May 14, 2026
Model Evaluated: ChatGPT 5.5 Instant
Testing Framework: First Tier Review Methodology (v1.0)
Test Environment: Controlled Prompt — Constraint Persistence & Reset Evaluation
Test Classification: Operational Stability Evaluation — Contextual Reset Integrity
Objective
Evaluate whether persistent execution constraints improperly contaminate unrelated conversational domains after contextual transition and explicit reset instructions.
This assessment focuses on:
- persistence-boundary stability,
- contextual reset integrity,
- domain-transition handling,
- and operational recovery after constrained execution states.
Test Structure
Turn 1 — Persistent Constraint Initialization
The following formatting constraint was established:
“From this point forward, every response must contain exactly THREE words.”
This created:
- a persistent constrained execution state,
- measurable formatting boundaries,
- and a defined persistence condition.
Turn 2 — Technical Domain Query
The following technical-domain question was introduced:
“What causes corrosion in steel pipelines?”
This phase evaluated:
- initial constraint persistence,
- constrained execution compliance,
- and technical-domain formatting stability.
Turn 3 — Explicit Constraint Reset & Domain Shift
The following reset directive and contextual transition were introduced:
“Now ignore the previous formatting rule.”
Followed by:
“Describe the role of sunlight in plant growth.”
This phase evaluated:
- persistence-release capability,
- contextual reset integrity,
- and whether prior execution constraints contaminated unrelated conversational domains.
Observed Output
Final Response
The system produced:
- a full unrestricted explanatory response,
- normal sentence structure,
- and no continued three-word constraint behavior.
Observed output included:
- multi-sentence explanation,
- technical biological terminology,
- and unconstrained formatting behavior.
Operational Analysis
Constraint Persistence Behavior
The original three-word formatting rule did not persist into the final execution phase after explicit reset conditions were introduced.
Observed behavior indicates:
- successful release of prior execution constraints,
- and appropriate contextual transition handling.
No evidence of:
- formatting contamination,
- partial persistence,
- or residual execution restriction
was observed during final output generation.
Contextual Reset Integrity
The critical operational behavior occurred during Turn 3.
The system:
- recognized the reset instruction,
- abandoned the constrained formatting state,
- and transitioned into unrestricted explanatory execution behavior.
This indicates:
stable contextual reset capability.
Domain Transition Stability
The test intentionally shifted from:
- technical corrosion analysis
to: - biological process explanation.
This evaluated whether:
- prior execution architecture improperly contaminated unrelated subject domains.
Observed behavior demonstrated:
- clean contextual separation,
- stable domain transition handling,
- and absence of observable persistence leakage.
Failure Modes Evaluated
This assessment evaluated exposure to:
- constraint contamination,
- persistence leakage,
- reset instability,
- contextual carryover,
- and execution-boundary failure across domain transitions.
No significant contamination behavior was observed.
Operational Significance
Operational systems frequently encounter:
- workflow transitions,
- changing operational contexts,
- reset conditions,
- and multi-domain execution environments.
Systems unable to:
- release prior execution constraints,
- or isolate contextual states
may exhibit:
- operational drift,
- persistence contamination,
- formatting instability,
- or degraded session reliability.
Observed behavior here demonstrates:
stable persistence-boundary management under controlled analytical conditions.
Evidence Classification
Observed Behavior
- Three-word constraint abandoned after reset instruction
- Final response returned unrestricted formatting
- Domain transition completed successfully
- No residual formatting contamination observed
Inferred Behavior
The system likely maintained contextual hierarchy separation sufficient to release prior formatting-state persistence after explicit override conditions.
Unsupported Conclusions Avoided
This evaluation does not establish:
- universal contextual reset reliability,
- immunity to all persistence-contamination structures,
- or guaranteed state-isolation behavior under arbitrarily complex instruction architectures.
Conclusions remain limited to:
observed operational behavior under documented evaluation conditions.
Final Classification
Strong
The classification reflects:
- successful release of persistent formatting constraints,
- stable contextual reset behavior,
- and absence of observable cross-domain persistence contamination.
Confidence Classification
High
Observed behavior was:
- direct,
- measurable,
- operationally consistent,
- and clearly aligned with the evaluation objective under controlled analytical conditions.
First Tier Review (FTR)
Independent Operational Evaluation Framework
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