Developed and implemented a multi-agent oversight system (VERA-ORUS-OROS) for detecting and correcting AI failure modes related to truthfulness, consistency, and alignment. System enforces machine-readable constraints through iterative evaluation and refinement loops.
VERA Generator: Constrained response system following codified principles (C1-C5: Truthfulness, Uncertainty Calibration, Transparency, Persona Consistency, Anti-Appeasement)
ORUS Critic: Epistemic oversight agent evaluating evidence quality, uncertainty markers, and citation requirements
OROS Critic: Behavioral consistency evaluator detecting persona drift and appeasement patterns
Implemented automated detection of low-evidence claims requiring uncertainty qualification
Built domain classification system for source validation with configurable whitelists/blocklists
Developed VERUM scoring framework (weighted: 40% citations, 20% uncertainty, 20% transparency, 10% each persona/integrity)
Created iterative refinement pipeline with human-in-the-loop intervention capabilities
Established systematic logging and metrics collection for failure mode analysis
Python framework using LangChain/OpenAI integration with graceful fallbacks
JSON-structured metadata extraction and validation
Configurable evaluation thresholds and loop limits
Integration hooks for LangSmith and MLflow tracking systems
Session-based memory management with conversation state persistence
Research focus addresses critical gaps in current LLM safety around hallucination detection, overconfidence mitigation, and behavioral consistency under adversarial conditions. Work demonstrates measurable improvements in truthfulness metrics while maintaining conversational utility. Applications: framework applicable to high-stakes AI deployment contexts requiring verified accuracy (medical, legal, research assistance) and AI agent development requiring behavioral consistency.
Discover other experts with similar qualifications and experience
2025 © FRATCH.IO GmbH. All rights reserved.