AgentOps Review (2026)
MIT-licensed agent observability with session replay and rewind, integrating in two lines across 400+ frameworks. Its free tier meters events rather than runs, which makes 5,000 far smaller than it looks.
Rating
Starting Price
$40/mo
Free Plan
Yes
SDKs & Frameworks
3
Deployment
3
Best For
Teams debugging multi-agent systems who want session replay and broad framework coverage with minimal instrumentation effort, and who will move to the paid tier quickly.
Last Updated:
10 Things You Should Know About AgentOps
- 1 The AgentOps app is open source under the MIT licence, with dashboard and API backend runnable locally
- 2 The Basic tier is free for 5,000 events
- 3 An event is each tracked item - an LLM call, tool call or action - not each agent run
- 4 Pro starts from $40 per month with unlimited events, log retention, export and role-based permissions
- 5 Enterprise adds SLA, Slack Connect, SSO, on-premise deployment, custom retention and self-hosting on AWS, GCP or Azure
- 6 Integrates with 400+ LLMs and frameworks via a two-line Python initialisation, with a TypeScript SDK also available
- 7 Microsoft's Azure AgentOps Accelerator is a separate and unrelated open-source project
- 8 One review noted the standalone pricing page returned a 404 as of June 2026
Pros & Cons
Pros
- ✓ Session replay with rewind is genuinely useful for agents and rare - stepping back through a run beats reading a flat trace
- ✓ MIT licensed with the full app self-hostable, dashboard and API backend included
- ✓ Two-line initialisation across 400+ LLMs and frameworks makes adoption close to frictionless
- ✓ Broad agent framework coverage including CrewAI, Autogen, AG2, LangChain and OpenAI Agents SDK
- ✓ Pro at $40/mo with unlimited events is inexpensive and removes the metering problem entirely
Cons
- ✕ The free tier meters events rather than agent runs, so 5,000 events is only a few hundred runs for a typical agent
- ✕ Benchmarking indicates higher latency impact than some alternatives, consistent with a more decoupled integration path
- ✕ The name collides with Microsoft's separate Azure AgentOps Accelerator, which causes real confusion
- ✕ The standalone pricing page reportedly returned a 404 as of June 2026, so figures came from the homepage
- ✕ Observability-first rather than evaluation-first - there is no simulation or scenario testing of the kind LangWatch offers
Features
Replay and rewind, which is the right model
AgentOps is agent observability with one capability that stands out: session replay with rewind and precise point-in-time control.
That matters because agent failures are sequential. The wrong tool got called at step four, which poisoned the context, which produced a bad decision at step nine. Reading a flat trace means reconstructing that chain mentally from a list of spans.
Stepping back through the run means watching it happen.
It is the difference between reading a stack trace and using a debugger, and very little else in this category offers it. Combined with event timelines across multi-agent workflows, tool call and LLM tracing, and cost tracking, it makes AgentOps the best debugging tool here.
Adoption is also unusually cheap - two-line Python initialisation across 400+ LLMs and frameworks, including CrewAI, Autogen, AG2, LangChain, Agno, CamelAI and the OpenAI Agents SDK, with a TypeScript SDK as well.
The free tier is much smaller than it looks
This is the thing to internalise before planning around it.
Basic is free for 5,000 events. An event is each tracked item - every LLM call, every tool call, every action - not each agent run.
So a single agent run emitting a dozen events means the free tier is a few hundred runs, not five thousand. Under any real testing of an agentic workload, that is days rather than months.
This is the same trap this site has flagged repeatedly in different clothing:
- Datadog meters spans, not traces
- Lunary meters per day, not per month
- AgentOps meters events, not runs
Each time, the headline number is an order of magnitude more generous than the practical reality. Count events per representative run before assuming the free tier covers you.
The good news is that the fix is cheap. Pro from $40 a month gives unlimited events, which removes the metering question entirely, plus log retention, export and role-based permissions. Treat Basic as a trial and budget for Pro from day one.
Genuinely self-hostable
The AgentOps app is open source under MIT, with the code in the repository’s app directory, and you can run the full application - dashboard plus API backend - locally.
That is more complete than many open-core products, which open-source the SDK while keeping the dashboard proprietary. If agent traces cannot leave your infrastructure, this is a real option rather than a token one.
Enterprise additionally offers self-hosting on AWS, GCP or Azure with support, alongside SLA, SSO, Slack Connect and custom retention.
Two things worth knowing
The name collides. Microsoft maintains an Azure AgentOps Accelerator - a separate, unrelated open-source framework and CLI for adding continuous evaluation and observability to enterprise AI agents in CI/CD. And “agentops” is also used generically for the discipline of operating agents, with explainers published by Red Hat and others.
Three different things share the name. When reading comparisons or search results, check which one you are looking at. This is the same disambiguation problem as OpenAI Evals, where a live open-source repo and a shutting-down hosted platform share a name.
Latency is higher than some alternatives. Hands-on benchmarking found AgentOps and Langfuse showed higher latency impact, consistent with more decoupled integration paths.
That is a trade rather than a flaw - a decoupled integration is what makes two-line adoption possible - but for a latency-sensitive production path, measure it against your own workload. For development and debugging, where session replay earns its value, it is unlikely to matter.
One minor signal: a review noted the standalone pricing page returned a 404 as of June 2026, with figures taken from the homepage instead. Not alarming on its own, but verify current pricing directly.
Debugging, not gating
AgentOps is observability-first. There is no simulation or scenario testing of the kind LangWatch offers - no Agent Under Test paired with a User Simulator and a Judge, no pytest runners gating CI.
That makes them complementary rather than competing:
| Need | Tool |
|---|---|
| Understand why an agent is misbehaving | AgentOps |
| Prevent regressions before they ship | LangWatch |
Debugging and gating are different jobs. If you can only pick one, choose based on which problem you actually have right now.
Should you use it?
Use AgentOps if you are debugging multi-agent systems, you want session replay and broad framework coverage with minimal instrumentation, and you will move to Pro quickly.
Don’t use it if you need evaluation and CI gating rather than debugging, or you are on a latency-critical path and cannot absorb the overhead.
Bottom line: the best agent debugger in this category, MIT licensed and genuinely self-hostable, with a free tier that is far smaller than its headline number. Budget $40 a month from the start and pair it with an evaluation tool.
Licence, pricing tiers, integrations and the event-based metering model verified against vendor sources and third-party reviews on 3 August 2026. Latency observations come from third-party benchmarking. The standalone pricing page was reportedly unavailable in June 2026, so verify current figures directly. This is a researched directory entry - we have not yet instrumented this platform with our reference application.
Pricing Plans
Basic
$0
- 5,000 events
- An event is each tracked item, not each agent run
Pro
From $40/mo
- Unlimited events
- Log retention and export
- Role-based permissions
Enterprise
Custom
- SLA, SSO and Slack Connect
- On-premise deployment
- Custom retention
- Self-hosting on AWS, GCP or Azure
SDKs & Frameworks
Deployment
Eval Methods
Billing Unit
Our Verdict
AgentOps is the best agent debugging tool in this category, and the distinction from evaluation matters. Its session replay with rewind and point-in-time control lets you step back through an agent run rather than reading a flat trace after the fact, which is the right interaction model for systems whose failures are sequential. Add two-line initialisation across 400+ LLMs and frameworks, MIT licensing with the full app self-hostable, and it is unusually easy to adopt. The thing to understand before you plan around the free tier is the unit. Five thousand events sounds generous until you realise an event is each tracked item - every LLM call, tool call and action - so a single agent run emitting a dozen events means the free tier is a few hundred runs, not five thousand. For anything agentic that is days rather than months. Pro at $40 a month with unlimited events removes the problem entirely and is cheap, so treat the free tier as a trial and budget for Pro from the start.
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Frequently Asked Questions
How small is the free tier really?
Smaller than the number suggests, and this is the main thing to understand. The Basic tier is free for 5,000 events, but an event is each tracked item - every LLM call, every tool call, every action - rather than each agent run. A single agent run emitting a dozen events means 5,000 events is only a few hundred runs. For an agentic workload under any real testing that is days rather than months. This is the same trap as Lunary metering daily rather than monthly and Datadog metering spans rather than traces, and it catches people the same way. Count events per representative run before assuming the free tier covers you.
What is session replay and why does it matter for agents?
It lets you replay and rewind an agent run with precise point-in-time control, rather than reading a flat trace after the fact. That matters because agent failures are sequential - the wrong tool got called at step four, which poisoned the context, which produced a bad decision at step nine. Reading a linear trace means reconstructing that chain mentally. Stepping back through the run means watching it happen. It is the difference between reading a stack trace and using a debugger, and very little else in this category offers it.
Is this the same as Microsoft's AgentOps?
No, and the collision causes genuine confusion. Microsoft maintains an Azure AgentOps Accelerator, a separate open-source framework and CLI for adding continuous evaluation and observability to enterprise AI agents, standardising evaluation patterns and automating assessments in CI/CD. It is unrelated to the AgentOps platform described on this page. The term agentops is also used generically for the discipline of operating agents, which compounds the problem - Red Hat and others publish explainers on agentops as a concept. If you are searching or reading comparisons, check which of the three you are looking at.
How much latency does it add?
More than some alternatives, according to hands-on benchmarking that found AgentOps and Langfuse showed higher latency impact, consistent with more decoupled integration paths. That trade-off is worth understanding rather than treating as a flaw. A decoupled integration is easier to adopt and less invasive, which is part of why two-line initialisation works, but it means more work happening around your request rather than inline with it. For a latency-sensitive production path, measure it against your own workload. For development and debugging, which is where session replay earns its value, it is unlikely to matter.
Can I self-host it?
Yes, genuinely. The AgentOps app is open source under MIT, with the code in the app directory of the repository, and you can run the full application - dashboard plus API backend - locally following the setup guide. That is more complete than many open-core products, which self-host the SDK but keep the dashboard proprietary. Enterprise additionally offers self-hosting on AWS, GCP or Azure with support. If prompts and agent traces cannot leave your infrastructure, the MIT route is a real option rather than a token one.
AgentOps or LangWatch?
They are complementary and the split is clean. AgentOps is observability-first - session replay, event timelines, tracing, cost tracking - and it is the better tool for debugging an agent that is already misbehaving. LangWatch is evaluation-first, with a simulation architecture pairing an Agent Under Test, a User Simulator and a Judge, running under pytest in CI, and it is the better tool for catching regressions before they ship. Debugging and gating are different jobs. If you have to pick one, choose based on whether your current problem is understanding failures or preventing them.