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RIVA: Leveraging LLM Agents for Reliable Configuration Drift Detection
arXiv β CS AI|Sami Abuzakuk, Lucas Crijns, Anne-Marie Kermarrec, Rafael Pires, Martijn de Vos||1 views
π€AI Summary
Researchers introduce RIVA, a multi-agent AI system that uses specialized verification agents and cross-validation to detect infrastructure configuration drift more reliably. The system improves accuracy from 27.3% to 50% when dealing with erroneous tool responses, addressing a critical reliability issue in cloud infrastructure management.
Key Takeaways
- βRIVA uses two specialized agents (verifier and tool generation) that collaborate through iterative cross-validation to detect infrastructure configuration drift.
- βThe system addresses the problem of existing AI agents being vulnerable to erroneous tool responses that can cause missed drift detection or false alarms.
- βTesting shows RIVA recovers task accuracy from 27.3% to 50.0% when tools produce incorrect outputs.
- βEven without erroneous responses, RIVA improves baseline accuracy from 28% to 43.8%.
- βThe research demonstrates that cross-validation of diverse tool calls enables more reliable autonomous infrastructure verification in production environments.
#ai-agents#infrastructure#cloud-computing#llm#automation#verification#multi-agent-systems#reliability#devops
Read Original βvia arXiv β CS AI
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