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AI Trust & Reliability Research

The Science of AI Trust

Rotalabs develops methods for reliable, verifiable AI systems - detecting when agents fail, deceive, or underperform, and building the evaluation science to keep pace with reasoning models, multi-agent systems, and autonomous AI.

9
Research Tracks
4
Papers

Research Areas

Agent Reliability

AI agents fail in unpredictable ways - hallucinating, taking wrong actions, strategically underperforming on evaluations. We develop detection and verification methods for autonomous AI systems.

Papers Q1 2026

AI Evaluation Science

Benchmarks are broken. Models game them. Sandbagging is real. We develop adversarial evaluation methods that resist gaming and detect hidden capabilities.

Papers Q1 2026

Reasoning Verification

Reasoning models (o3, R1, GPT-5) are powerful but opaque. We develop methods to verify AI-generated outputs - code, plans, decisions - without exhaustive testing or ground truth.

Papers Q1 2026

World Models & Physical AI

Beyond language: AI that understands and predicts the physical world. World models, embodied reasoning, simulation, and physics-aware AI for robotics and autonomous systems.

Active

Research Tracks

Area Focus Status
Agent Reliability Detection and verification for autonomous AI systems Papers Q1 2026
AI Evaluation Adversarial methods that resist gaming and detect hidden capabilities Papers Q1 2026
Memory Systems Novel architectures for long-horizon agent tasks Papers Q1 2026
Reasoning Verification Verifying AI outputs without ground truth Papers Q1 2026
Interpretability Practical methods for production AI systems Active
Multi-Agent Trust Trust dynamics in multi-agent systems Active
World Models Physical AI, embodied reasoning, and simulation for autonomous systems Active
Adversarial Robustness Attack taxonomies and defenses for agentic AI Active
Uncertainty Quantification Calibrated confidence for AI decision support Active

Open Source

Available on PyPI and npm.

rotalabs-steer

Steering vectors for runtime behavior control in LLMs.

Available

PyPI · npm · GitHub

rotalabs-verify

Verification framework for AI-generated content.

Available

PyPI · npm · GitHub

rotalabs-probe

Detection tools for AI safety and sandbagging.

Available

PyPI · npm · GitHub

rotalabs-redqueen

Adversarial testing for AI systems.

Available

PyPI · npm · GitHub

rotalabs-eval

Comprehensive LLM evaluation with statistical rigor.

Available

PyPI · npm · GitHub

rotalabs-cascade

Trust-based routing and decision cascades.

Available

PyPI · npm · GitHub

From the Blog