About

We're solving robotics' hardest problem

Hardware caught up. Manipulation didn't. GripSim exists to give every robot hand human-level dexterity.

Aligned with NVIDIA's Big Bang of Physical AI

NVIDIA InceptionIsaac LabGR00TJetson ThorOmniverseCosmos
Mission

Make manipulation a solved layer

We believe dexterity should be something robot makers buy, not rebuild. One cross-embodiment brain, available to everyone.

  • Cross-embodiment by design
  • A data flywheel for all customers
  • Open to every robot maker
Values

How we work

A small, technical team with a clear point of view.

Depth over hype

Real models and benchmarks, not AI-wrapper demos.

Compounding moats

We build assets that get stronger with scale.

Customer-first

We win when your robots ship.

Story

How we got here

1

The blocker

We saw manipulation stall every robot deployment.

2

The wedge

We focused on contact-rich dexterity, the hardest reused part.

3

The flywheel

We built a data engine that compounds per deployment.

4

The stack

We shipped five products around one manipulation brain.

2026
Founded [placeholder]
Physical AI
Our category
Global
Ambition
Team

A technical founding team

Robotics, ML, and systems engineers who have shipped real autonomy. [Bios are placeholders pre-launch.]

  • Founder & CEO [placeholder]
  • ML/Robotics Lead [placeholder]
  • Systems Lead [placeholder]
Backers & advisors

People who believe

“A focused team on the right problem.”
Advisor
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“Manipulation is the unlock for the robot economy.”
Investor
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“The flywheel thesis is sound.”
Operator
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About FAQ

Questions

Are you hiring?
Yes — robotics and ML engineers with RL, sim-to-real, and tactile experience.
Where are you based?
[City, country placeholder] with a distributed team.
Do you build robots?
No — we build the manipulation layer for robot makers and operators.
Why GripSim

Built for production robotics

The manipulation layer teams ship with, not a research demo.

Cross-embodiment by design

One policy runs across many grippers and hands — no per-robot rewrite.

Closed-loop with touch

Tactyl predicts slip and force so grasps react before they fail.

Runs on the robot

Reflex executes on Jetson at control-loop latency, with safety limits.

A moat that compounds

Every deployment feeds the shared model through the data flywheel.

Stay in the loop

Manipulation research, in your inbox

Benchmarks, sim-to-real notes, and product updates. No hype, no spam.

Join us

Help give every robot hand human-level dexterity.