Fireloop

    From Simulation to Reality, Continuously.

    See What We've Built

    Robots that learn, adapt, and operate in the real world - trained entirely through our simulation-first pipeline.

    Capabilities in Action

    Manipulation · Mobility · Autonomy · Digital Twins

    Franka Panda — Pick & Place (IL)

    Trained from demonstrations, not rules. This is what imitation learning looks like when the data pipeline is built right precise, repeatable, and ready for the real world. But getting simulation data to mean what you think it means is harder than it looks from coordinate frame mismatches to normalization errors that never surface during training. We've documented exactly where these pipelines break and how to catch it before it costs you a training run.

    Read more →

    Dual Piper Arms — Coordinated Pick & Place

    Two arms, one goal — no hand-coding, no scripts. Bimanual coordination has historically been one of the hardest data collection challenges in robotics, requiring synchronized hardware and multiple operators. We solved it in simulation, using spatial computing to let a single operator demonstrate both arms naturally — then scaled it to thousands of training examples automatically.

    Read more →

    Unitree Go2 — Warehouse Surveillance

    Autonomous, aware, and always on patrol. Our quadruped navigates complex indoor environments without human intervention trained entirely in simulation before ever stepping onto a real floor.

    Drone — Street Surveillance

    Eyes in the sky, trained in simulation. Fireloop's SDG pipeline prepares aerial agents for real-world deployment from day one — no physical test environment required.

    Real robotics setup

    Real Setup

    Digital twin reconstruction setup

    Real-to-Sim — Digital Twin Reconstruction

    Your real environment, rebuilt with pixel-perfect fidelity in simulation. The quality of what gets trained inside that environment depends just as much on how demonstrations are annotated as it does on the simulation itself a step the field has historically underestimated. We've built a structured framework around it.

    Read more →

    We use cookies

    We use cookies to enhance your browsing experience, analyze site traffic, and personalize content. By clicking "Accept All", you consent to our use of cookies. Learn more