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Next-generation AI Agent Optimization Platform: Cozeloop addresses challenges in AI agent development by providing full-lifecycle management capabilities from development, debugging, and evaluation to monitoring.
Mathematical benchmark exposing the massive performance gap between real agents and LLM wrappers. Rigorous multi-dimensional evaluation with statistical validation (95% CI, Cohen's h) and reproducible methodology. Separates architectural theater from real systems through stress testing, network resilience, and failure analysis.
🤖 A curated list of resources for testing AI agents - frameworks, methodologies, benchmarks, tools, and best practices for ensuring reliable, safe, and effective autonomous AI systems
Intelligent Context Engineering Assistant for Multi-Agent Systems. Analyze, optimize, and enhance your AI agent configurations with AI-powered insights
End-to-end TeamCity framework to run AI agents on SWE-Bench Lite. Spin up isolated Docker images per task, extract patches, score with the official harness, and aggregate success rates. As an example, we'll look at Junie and Google Gemini CLI
Neurosim is a Python framework for building, running, and evaluating AI agent systems. It provides core primitives for agent evaluation, cloud storage integration, and an LLM-as-a-judge system for automated scoring.
Experiments and analysis on reflection timing in reinforcement learning agents — exploring self-evaluation, meta-learning, and adaptive reflection intervals.
Benchmark framework for evaluating LLM agent continual learning in stateful environments. Features production-realistic CRM workflows with multi-turn conversations, state mutations, and cross-entity relationships. Extensible to additional domains
Browser automation agent for Bunnings website using the browser-use library, orchestrated via the laminar framework, managed with uv for Python environments, and running in Brave Browser for stealth and CAPTCHA bypass.
Train a reinforcement learning agent using PPO to balance a pole on a cart in the CartPole-v0 environment using Gymnasium and Stable-Baselines3. Includes model training, evaluation, and rendering using Python and Jupyter Notebook.
Visual dashboard to evaluate multi-agent & RAG-based AI apps. Compare models on accuracy, latency, token usage, and trust metrics - powered by NVIDIA AgentIQ
🛠️ Discover and explore over 50 benchmarks for AI agents across key categories, enhancing evaluation of function calling, reasoning, coding, and interactions.