Fiddler AI: AI Control Plane for Enterprise Agents | Observability & Security

# Fiddler AI: The AI Control Plane for Enterprise Agents > Fiddler AI is the enterprise AI Observability and Security platform that delivers unified visibility, context, and control across AI agents, LLM applications, and traditional ML models. With purpose-built Trust Models, real-time guardrails, and comprehensive governance capabilities, enterprises can test, observe, protect, and govern AI at scale—building trustworthy, safe, and high-performing AI systems from development to production. --- ## Platform - [Control Plane for Agents](https://www.fiddler.ai/control-plane): The Control Plane is the system that delivers standardized telemetry, reliable evaluation, continuous monitoring, enforceable policy, and auditable governance across the AI lifecycle. - [AI Observability and Security Platform](https://www.fiddler.ai/ai-observability): The only AI Observability and Security platform that delivers unified observability at enterprise scale—from application to span level, across agents and predictive models. --- ## Core Product Capabilities Fiddler serves as a neutral control plane for compound AI systems with five core pillars: standardized telemetry, reliable evaluation, continuous monitoring, enforceable policy, and auditable governance. The platform supports agentic AI and predictive ML models in one unified, "batteries-included" solution. Unlike point solutions focused solely on developer-level debugging, Fiddler delivers complete visibility into what agents are doing, contextual intelligence about why they behave that way, and real-time controls to enforce policy and prevent failures. ### Test and Observe - [Agentic Observability](https://www.fiddler.ai/agentic-observability): End-to-end visibility, context, and control for the agentic lifecycle. Hierarchical visibility from application → session → agent → trace → span. Evaluate agents with curated golden and challenger datasets; stress-test edge cases in pre-production. - [ML Observability