Close-up of the ARTUS exoskeleton on an assembly line
ARTUS · major OEM · 2024
About Digity

Built in Germany.
Shaped on factory floors.

Constantin at the workbench in our Göttingen workshop
Constantin · workshop · Göttingen · 2025

Founded at the intersection of biomechatronics and robotics. We spent years building hand exoskeletons for industrial workers, and learned what no lab could teach: how human hands actually work under pressure, at pace, across a full shift.

That knowledge became the foundation for CHIROS. More than a thousand rigid exoskeletons designed and deployed across major OEMs: every design decision is a scar from a real factory floor. That record is what makes CHIROS adoption-barrier-proof for real operators.

Why Digity exists

Transferring the intelligence in human action to technology.

That's our vision. Not a slogan we reverse-engineered, the thing we embarked on in 2019, long before the humanoid wave, long before Physical AI had a name.

We saw early that this transfer needed a shared instrument. First, a tool that could acknowledge the human dimension: led by biomechatronics, ergonomics, and the way a hand actually moves under load. At the same time, it needed to be native to the technology dimension: deterministic, absolute, reproducible; legible to robots, to AI, to pattern-finding systems that need to locate themselves in data.

CHIROS is that instrument. We designed it for our own work in dexterity research, and we're releasing it because the transfer is too important, and too hard, for any single team to do alone.

01
Honour the human dimension. Biomechatronics, ergonomics, and years on the factory floor shaped every mechanical choice.
02
Be native to the technology dimension. Absolute encoders, deterministic timing, rigid kinematics, so the data is legible to robots and to learning systems without translation.
03
Dexterity is a shared frontier. No single company or AI/robotics stack will transfer human dexterity to technology alone. We release CHIROS so the field can push this frontier together, as an open community.
Team

The pioneers of embodied human data.

Göttingen
Miguel Bravo

Miguel Bravo

CEO

Neurotech. 10 years of wearables and intelligent prosthetics. Invented the first rigid hand exoskeleton for factory use. 5+ patents in human dexterity tech.

Claudio Garcia

Claudio Garcia

Business Development

Seasoned entrepreneur. Raised €3M with Digity to date. The one that built the partnerships behind OEM agreements.

Constantin Beyer

Constantin Beyer

Hardware

Engineered and shipped every version of the exoskeleton to production. Speaks in microns. Turns inventions into factory-grade hardware.

Cristobal Corral

Cristobal Corral

Software

Native in cybersecurity. Has built the data pipeline, initial processing and visualization. Every skill transferred to robots will have his imprint embedded.

Just Baselmans

Just Baselmans

Mechatronics

Mechatronics engineer. Builds sensor-dense wearables that have to survive real bodies in motion.

?

[we-are-hiring!]

ML/AI

We are hiring a foundation model lead to own the SOMA and ANIMA model stack.

Advisors & mentors

Standing on the shoulders of giants.

Under construction

Names and photos coming in May 2026.

Close-up of a hand wearing ARTUS holding an industrial screw
ARTUS · our first instrument · 2024
Backers & partners

Supported by institutions that take hardware seriously.

NVIDIA Inception Program

Accelerator

University of Göttingen

Research partner

Attacan GmbH

Production partner

RootCamp Accelerator

Accelerator

EXIST Forschungstransfer

Grant, 2022–2024

HTI Life Science Valley

Accelerator

German Accelerator

Accelerator, 2025

STEP USA

Program, 2024

Location

Göttingen, Germany.

Quiet university town at the heart of Lower Saxony. Direct trains to Hamburg, Berlin, and Munich, all under three hours. A five-minute walk from the physics building where Heisenberg studied.

51.5413° N · 9.9158° E

Göttingen skyline