Okareo

Okareo

Error Discovery & Evaluation for AI Agents

5.0
β€’5 reviewsβ€’

208 followers

The single platform to analyze, test, observe, evaluate and fine-tune new AI features
Interactive
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Launch Team

What do you think? …

Matt Wyman
Maker
πŸ“Œ

Hi Product Hunt β€” I’m Matt, Co-Founder & CEO of Okareo πŸ‘‹

Thrilled to launch Okareo Error Reporting today πŸš€


If you’re spending hours chasing down Agent or RAG issues from scattered traces, Okareo can help. We deliver real-time error reporting through behavioral alerts, seamlessly connected to a structured evaluation and persona-based simulation suite β€” so you can debug more conditions, faster, and with confidence.


Our immediate goal is to help teams ship agents to production faster and with higher confidence β€” but the bigger vision is a virtuous loop where agents continuously self-improve.


We’d love for you to take it for a spin and share your feedback β€” what’s working, what’s missing, and what you'd love to see next.


Thanks for checking us out!

Raju Singh

@matt_wyman Hey Matt, Interesting launch. Congrats. This seems like a big issue. These Agents eat up resources when they end up in loops erroneously. Do you have any numbers to share of simple AI agents like a AI calling app as a common use case.

Mason del Rosario

Hello @imraju ! I'm an ML engineer at Okareo, and I can give some insight here.

An agent looping is indeed a common and highly wasteful error pattern. On our error detection platform, we have a "check" (i.e., an LLM-based evaluation) called "Loop Guard." Loop Guard helps us detect when agents are stuck in repetitive patterns, and for one of our development partners, we have seen as much as 25% of their production traffic shows looping behavior.

Hal Gwen

@matt_wyman Nice launch Matt. Agents self evolve is key, how do you explain to the users though? How exactly do we know it can improve?

Hal Gwen

@matt_wyman BTW upvote to you!

Mason del Rosario

Hello there @halgod πŸ‘‹πŸ½ when we apply a "check" (i.e., an LLM-based evaluation) to an incoming datapoint, the check returns both an outcome (i.e., "pass" or "fail") as well as an explanation. The explanation can be used to help identify the root cause of a failure and to inform the agent developer what improvements can be made to the agent (or the agent network).

Supa Liu
Launching soon!
πŸ’Ž Pixel perfection

No more sifting through a mess of traces – debugging just got a whole lot clearer (and faster!). πŸ†’

Amit Govrin

Okareo is phenomenal, was one of their first customers and they absolutely crushed it