Gemini frequently gives errors

​To: Engineering & AI Safety Team

​Subject: Critical Edge-Case Behaviors in Guardrail, Context Management, and Safety Classifier Layers

​Hello Team,

​I am reporting a series of systematic edge-case behaviors and pipeline anomalies observed during interactive chat sessions. Due to age-related restrictions on the primary UI feedback interface, I am forwarding this telemetry and behavioral report directly via email to assist with system calibration and model optimization.

​Below is the technical breakdown of the issues identified:

​1. Guardrail Latency & High False-Positive Rate (FPR)

​Symptom: Non-violating, completely benign inputs in Turkish trigger harsh refusal responses (e.g., “This context is not allowed…”, “I cannot assist with unsafe topics…”).

​Anomaly: The fallback generation logic lacks language consistency. Triggered safety templates dynamically switch between Turkish, English, and varied persona tones within the same conversation thread, indicating an unanchored alignment/steering system prompt.

​2. Over-Sensitive Crisis / Self-Harm Classifier Threshold

​Symptom: Non-crisis, technical, or conversational outputs are frequently post-processed with injected crisis support hotlines (112, 183).

​Root Cause Hypothesis: The intent/crisis classification model (e.g., RoBERTa-based post-checker) operates on an excessively low threshold (high recall / low precision), misclassifying standard semantic vectors as self-harm or distress signals.

​3. Stateless State Switches & Context Window Erasure

​Symptom: Whenever a safety refusal or crisis template is appended, the entire conversation memory (messages array/context buffer) is wiped or corrupted. The model loses all prior token history and resets to a stateless baseline.

​Adversarial Alignment Breach: Adversarial/profane inputs bypass the top-level safety filter, yet still trigger the context-clearing state bug, rendering the session stateless despite bypassing the refusal constraint.

​Suggested Mitigation & Engineering Actions:

​Threshold Tuning: Recalibrate confidence scoring thresholds on the crisis detection and safety classification microservices.

​State Management Isolation: Decouple guardrail output triggers from conversation state persistence to ensure context retention across non-fatal refusals.

​Template Localization & Locking: Enforce deterministic fallback responses (Temperature = 0.0) with rigid locale matching to prevent language drift during refusals.

I believe this happens because theres a scope of relevance in safety model checks.
Its not reading everything, nor smart enough to do so in context - so it gets it wrong.
Its deliberately smaller for the sake of making it transient and harder to “jailbreak”
… i think.

this is only my opinion based on a great deal of anecdotal observational data of like events.

Thanks for the input! I agree that prioritizing latency and jailbreak prevention by narrowing the safety check scope causes this. However, decoupling the safety check from the conversation state persistence (so a false positive refusal doesn’t wipe the context buffer) would solve the stateless switch issue without compromising safety.

its an unfortunate truth that key-words often trump context.
But /shrug