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Epsilab

Epsilab provides reinforcement learning environments designed for real-world use cases, enabling developers to train and evaluate AI agents in high-fidelity, practical scenarios. The platform emphasizes long-horizon agent training and includes associated verifiers to bridge the gap between simulation and deployment. It targets teams building autonomous systems for robotics, automation, and decision-making applications.

Traction 4/10
San Francisco, United States · HQ
Founded 2025350+ followers
  • Artificial Intelligence
  • Developer Tools
  • Software Only
  • AI Agents
Updated 5 days ago

Funding

Funding rounds are not available yet.

Founders

Founder details are not available yet.

Product

Problem

Reinforcement learning models often struggle to transfer from simulated environments to real-world applications due to gaps between training conditions and practical scenarios. Developers lack accessible, purpose-built environments tailored to real-world use cases, slowing the development and deployment of capable AI agents.

Solution

Epsilab offers reinforcement learning environments designed specifically for real-world applications, enabling the training of AI agents in realistic scenarios. The platform supports the development and evaluation of agents in contexts that reflect practical challenges, helping teams build more robust and deployable systems. By positioning itself as "the training grounds for real-world agents," Epsilab aims to bridge the gap between simulation and real-world AI deployment. The company focuses on building high-fidelity environments and verifiers, with particular attention to training and evaluating long-horizon agents.

Target Audience

Developers, researchers, and companies building autonomous AI agents for real-world applications in sectors such as robotics, automation, and decision-making systems.

Features

  • Curated RL environments focused on real-world use cases
  • Support for agent training and evaluation workflows
  • High-fidelity environment construction with associated verifiers
  • Emphasis on long-horizon agent training and evaluation
  • Platform built to bridge simulation and practical AI deployment
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