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AgentOps

AgentOps

AI Agents
Observability & Control Plane
7.5
freemium
intermediate

Observability and reliability platform for tracing, replaying, debugging, and governing production agent workflows across frameworks and model providers.

Trusted by Microsoft, AWS & Databricks

observability
monitoring
debugging
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Recommended Fit

Best Use Case

Teams building production AI agents who need observability, monitoring, and debugging to ensure reliability at scale.

AgentOps Key Features

Trace Monitoring

Track every agent step, LLM call, and tool invocation in real-time.

Observability & Control Plane

Cost Analytics

Monitor token usage, API costs, and resource consumption per session.

Error Debugging

Identify failures, retries, and edge cases with detailed execution logs.

Performance Metrics

Track latency, success rates, and throughput across your agent fleet.

AgentOps Top Functions

Build and manage autonomous AI agents with memory and tool use

Overview

AgentOps is a production-grade observability and control plane built specifically for AI agents. It provides end-to-end visibility into agent execution across multiple frameworks (LangChain, AutoGen, CrewAI, etc.) and LLM providers. The platform captures detailed traces of agent behavior, model calls, tool usage, and outcomes—enabling teams to monitor reliability, debug failures, and optimize performance in real-world deployments.

The core value proposition centers on solving the 'black box' problem in agent development. Unlike generic APM tools, AgentOps understands agent-specific workflows: function calls, reasoning chains, token consumption, and multi-step task execution. This specialized instrumentation makes it far easier to diagnose why an agent failed, which action wasted tokens, or where latency bottlenecks exist.

Key Strengths

AgentOps excels at providing actionable debugging through session replay—you can literally rewatch how an agent executed, including all LLM calls, tool responses, and decision points. The platform also includes built-in cost analytics that breaks down spending by model, endpoint, and session, critical for teams managing large-scale agent workloads. Error detection is intelligent: the system flags failed tool calls, malformed outputs, and LLM errors automatically, then correlates them with session metadata for rapid root-cause analysis.

The multi-framework support is genuinely broad—native SDKs for LangChain, AutoGen, CrewAI, and custom agent implementations mean minimal code changes to add observability. Real-time alerts can trigger on cost thresholds, error rates, or performance anomalies, providing governance that keeps agents under control in production. Integration with major LLM providers (OpenAI, Anthropic, Cohere, local models) is seamless via SDK instrumentation.

  • Session replay with full execution traces and LLM call transcripts
  • Granular cost analytics per model, endpoint, and user
  • Real-time alerting on errors, latency, and cost overruns
  • Multi-framework support: LangChain, AutoGen, CrewAI, custom agents
  • Automated error detection and categorization

Who It's For

AgentOps is ideal for teams shipping production AI agents—startups building agentic products, enterprises deploying agents at scale, and AI labs moving from prototypes to reliable systems. If you're using frameworks like LangChain or AutoGen and need confidence that your agents will behave predictably in production, this tool removes guesswork from deployment and operations.

It's less critical for hobbyists or single-agent experimentation, but becomes invaluable the moment you run agents in production, accept user requests, or need to track costs and SLAs. Teams with complex multi-step workflows, tool usage, or agents calling external APIs benefit most from the detailed tracing and debugging capabilities.

Bottom Line

AgentOps fills a genuine gap in the AI infrastructure stack. While generic monitoring tools (DataDog, New Relic) can track API latency, they're blind to agent reasoning, tool failures, and token economics. AgentOps brings purpose-built observability to these problems, with pricing ($40/month base) that scales predictably with usage rather than taxing per-trace volume.

The free tier is genuine—you get core tracing and replay at no cost, making it easy to validate the product before committing budget. For teams serious about production agents, AgentOps is worth the implementation time; for those still experimenting, it's a low-friction way to build good monitoring habits early.

AgentOps Pros

  • Session replay with full LLM call transcripts and tool responses lets you rewatch exactly what your agent did, eliminating blind guessing in debugging.
  • Granular cost analytics break spending down by model, endpoint, and individual session, giving you precise visibility into token economics.
  • Multi-framework support (LangChain, AutoGen, CrewAI) with native SDKs requires minimal code changes to add observability to existing agents.
  • Real-time alerting on cost overruns, error rates, and performance anomalies keeps production agents under governance without manual polling.
  • Free tier includes core tracing and session replay, making it risk-free to evaluate before committing budget.
  • Automatic error detection and categorization (malformed outputs, failed tool calls, LLM errors) surfaces problems without custom instrumentation.
  • Works seamlessly with major LLM providers (OpenAI, Anthropic, Cohere, local models) via SDK-level integration.

AgentOps Cons

  • Limited language support—SDKs available for Python and JavaScript only; Go, Rust, and Java developers cannot yet use AgentOps natively.
  • Pricing scales based on session volume and data retention; teams running thousands of daily agent sessions may face significant monthly costs beyond the $40 base.
  • Vendor lock-in risk—migrating observability data or switching tools requires exporting session history, which is not automated.
  • Documentation for advanced use cases (custom tool integration, multi-agent coordination) lags behind core features.
  • Free tier has data retention limits (sessions deleted after 7-14 days); persistent historical analysis requires paid plans.
  • Requires API key in production code; managing secrets across teams and environments adds operational overhead.

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AgentOps FAQs

What does AgentOps cost, and what's included in the free tier?
AgentOps offers a freemium model starting at $40/month for paid plans. The free tier includes core session tracing, replay, and basic dashboards with limited data retention (7-14 days). Paid plans add longer retention, advanced alerting, and higher API quotas. Costs scale with session volume and storage, so very active agent fleets may incur higher fees.
Which frameworks and LLM providers does AgentOps support?
AgentOps has native SDKs for LangChain, AutoGen, CrewAI, and custom agent implementations. It integrates with all major LLM providers including OpenAI, Anthropic, Cohere, and local models via SDK instrumentation. If your framework or LLM provider isn't listed, you can file a feature request or use the generic Python/JavaScript SDK for custom integrations.
How much code do I need to change to add AgentOps to my existing agent?
Minimal—typically just import the SDK, instantiate the client with your API key, and wrap your agent execution in a session context or decorator. Most frameworks require only 3-5 lines of additional code. The SDK automatically captures all LLM calls and tool invocations without changes to your agent logic itself.
Can I compare AgentOps to other agent monitoring tools?
AgentOps competes with generic APM tools (DataDog, New Relic) and emerging agent-specific platforms like Braintrust and Langsmith. AgentOps differentiates on cost analytics, session replay, and real-time governance. Braintrust focuses more on evaluation and testing; Langsmith on prompt management. For pure observability of production agents, AgentOps is the strongest fit.
What happens if my agent crashes or times out—will AgentOps still capture the failure?
Yes. AgentOps logs all events up to the point of failure and marks the session with an error state. You'll see exactly which step failed, what the agent was doing, and any error messages. This is one of the platform's key strengths—debugging failures is often easier than optimizing success cases.