Laminar GTM brain

Laminar provides open-source observability and failure analysis for engineering teams building AI agents.

category

AI agent observability

market profile

  • text: Long-running agents generate complex traces of model calls, tool use and sub-agents that are hard to debug manually.
  • text: Agent teams need to find recurring failure patterns across production runs and feed them back into evaluation and fixes.

personas

  • title: AI agent engineer
    pains:
    • A multi-step agent fails far into a run and the root cause is buried in traces
    • Reproducing browser and tool errors takes too long
  • title: Engineering lead for an AI product
    pains:
    • Cannot quantify recurring failure modes across production traffic
    • Needs a repeatable path from incidents to evaluations before shipping changes
  • title: Platform or infrastructure engineer
    pains:
    • Agent instrumentation must fit existing frameworks and telemetry
    • Data retention, security and costs become harder as trace volume grows

icp

  • text: Software companies shipping multi-step or long-running AI agents to users, especially browser and tool-using agents.
  • text: Engineering organizations requiring self-hosting, enterprise data controls or high-volume agent monitoring.

message pillars

  • text: Make agents reliable by finding failures and helping teams fix them.
  • text: Show the full execution in a readable trace.
  • text: Surface unexpected failure modes instead of relying only on predefined checks.
  • text: Cluster failures to understand their distribution.

objections

  • objection: We already have logs and general application monitoring.
    response: Compare a representative agent run in both systems, including tool calls, sub-agents and clustered failures.
  • objection: Will instrumentation require rewriting our agents?
    response: Laminar states its SDK auto-instruments many existing frameworks; verify support for the team's specific runtime in a pilot.
  • objection: Will monitoring costs scale unpredictably?
    response: Use the published data and Signals rates to model actual trace sizes and analysis volume.

competitors

  • name: Langfuse
    website: https://www.ycombinator.com/companies/langfuse
    why: Open-source LLM and agent tracing and evaluation platform.
  • name: Arize
    why: AI observability platform competing for model and agent monitoring.
  • name: Helicone
    why: LLM observability alternative for teams monitoring AI applications.

influencers

  • name: Robert Kim
    why: Co-founder and CEO.
  • name: Dinmukhamed Mailibay
    why: Co-founder and CTO.

keywords

  • AI agent observability
  • agent trace debugging
  • LLM tracing open source
  • AI agent failure detection
  • agent evaluation platform
  • browser agent replay
  • OpenTelemetry LLM

voice

  • Technical
  • Direct
  • Developer-oriented

signals

  • text: A team is launching long-running, tool-using agents into production.
  • text: Engineers are hiring for agent reliability or struggling to diagnose recurring failures across traces.
  • text: An enterprise needs a self-hosted agent observability layer or more control over trace data.

stack

  • OpenTelemetry
  • Claude Agent SDK
  • OpenAI Agents SDK
  • LangChain
  • Browser Use
  • Playwright

pricing

model: freemium
starting price: $0 per month; paid plans start at $30 per month plus usage

motion

hybrid

channels

  • GitHub
  • developer documentation
  • SEO
  • Discord
  • X
  • LinkedIn

confidence

high

Founders

  • name: Robert Kim
    title: Founder/CEO
    role: CEO
    bio: Co-founder and CEO @ Laminar (lmnr.ai). Previously, I interned at Palantir where I built semantic search package which now powers many internal AI teams and worked on resource allocation engine at core infrastructure team. I also interned at Bloomberg where I scaled market tick processing pipeline by 10x to 10M ticks/s.
  • name: Din Mailibay
    title: Founder/CTO
    role: CTO
    bio: Co-founder and CTO at Laminar (laminar.sh). Previously, I have worked at Amazon for 2 years building and scaling critical payments infrastructure. Before that, I've spent a year creating ML infrastructure for a drug discovery biotech startup in Korea.

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