Fern

Summary

About

About Fern

Fern's simulator advances from a starting image and the same action commands used by a physical robot, generating the observations that a policy consumes on its next step. Its bimanual architecture produces four consistent camera views within one network. This closes the loop between policy decisions and simulated consequences, allowing repeated comparisons from identical starting conditions.

Customers can fit world models to their own robot embodiments, tasks and teleoperation recordings. Fern then uses simulated rollouts to identify failures and train an additional reinforcement-learning model over an existing policy. Its customer work includes a rice-scooping robot, with improvements subsequently tested on physical hardware.

PRICE
Range 1Y
Return
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Updated

Team

  • Amit Yadav - Co-founder
  • Robert Xu - Co-founder

Timeline

Events

Relations

Relationships

  • Anvil Robotics

    Openarm Evaluation Hardware - Fern used Anvil Robotics OpenArm robots to validate its learned simulator and bimanual policy-evaluation workflow.

Context

Comparable profiles

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  • Godela

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  • Parallel Domain

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Context tags

  • Embodied AI world models - Stack Layer - Fern trains action-conditioned world models from real robot data.
  • Robotics development platform - Stack Layer - Reviewed July 15, 2026 against the company overview and structured profile evidence: robotics development platform.
  • Simulation and Test Infrastructure - Stack Layer - Fern provides learned simulation and managed robot-policy evaluation infrastructure.
  • Robot development platforms - Stack Layer - Reviewed July 15, 2026 against the company overview and structured profile evidence: robot development platforms.
  • Reinforcement Learning Control - Stack Layer - Fern exposes learned environments and trains RL models on top of customer robot policies.
  • Robot Validation - Stack Layer - Reviewed July 15, 2026 against the company overview and structured profile evidence: robot validation.