MK2 Robotics

Raising a pre-seed round

Deployment infrastructure for vertical AI robotics.

Labs make robots generally capable; we make them useful on the job, on top of any foundation model. EGO takes a robot and a job in a real cell to a verified deployment, and the Dex Hand carries the jobs a gripper cannot. We are raising a pre-seed round.

4.66 million robots are installed. Each one still needs a programmer.

Arms move precisely and vision sees well, at scale. What multiplies them is a robot taught a new task in days, not months, and a hand that can do it.

Assembly, kitting and machine tending are still done by hand at most plants. We build both pieces: the system that deploys a robot onto the job, and a hand dexterous enough to do it.

Dex Hand mounted on 6-axis arm, cell context

The market is already installed, and growing.

4.66M Robots in operation
542K Installed in 2024
700K+ Annual, forecast 2028

Every one of those robots needs its tasks taught. EGO works with the grippers already in service; the Dex Hand takes the jobs they cannot.

Source: IFR World Robotics 2025 · Market for robot grippers and hands $5.54B (2025) → $10.58B (2030), Mordor Intelligence

Data first. Then deployment. Then hardware.

Data → Deployment → Hardware

Software

  • Ready now

    Phase 1 — Verified skills and data

    Pick-and-place at 95%+ on two grippers, peg insertion at 98%, gear meshing ahead of NVIDIA’s Factory baseline. 50 verified skills and their data by January.

  • Critical next step

    Phase 2 — Deployment in real cells

    One real cell first, then a design partner, with real success rates next to the simulated ones.

    Pilot partners go first. Bring a gripper, an arm and a real task, and send a pre-order request.

  • As soon as Phase 2 proves it

    Phase 3 — EGO, licensed to companies

    Automation teams deploy with EGO on their own robots and jobs, on top of any foundation model they choose. Every deployment makes the next one cheaper.

Hardware

  • Complete

    Phase 1 — Mechanism

    3D-printed and servo-driven. Proved how the fingers move.

  • Finalizing design

    Phase 2 — Software test platform

    Aluminum frame, linear actuators, custom controller, full sensors. Finalizing with suppliers and machine shops.

  • Next

    Phase 3 — Production

    The hand that ships, built for volume from day one.

We are raising a pre-seed round.It takes EGO into real cells and Phase 2 hands onto production lines.

Investor inquiry →

Follow the build.Results and lessons, on the blog.

Read the blog →

The founders.

Kameron Jones

Kameron Jones

Co-Founder

Lead Engineer — mechanism, tolerancing, manufacturing

Milo Kucia

Milo Kucia

Co-Founder

Software Lead — reinforcement learning, control, firmware

Start a conversation.

Investors, systems integrators and automation teams: if you have a robot cell and a task, we want to hear from you.

Join the manufacturing pilot waitlist

Pilot partners get the first EGO-trained cells and shape the product.