Modular Physical AI Platform
Riemann Robotics addresses the global labor shortage in the indoor, blue-collar sector through its innovative modular Physical AI platform
a passion for robots
As a spin-off from the computer vision lab of Technical University Berlin, we are passionate about innovation in the realm of robotic perception and robot-environment interaction.
By combining our proprietary mobile physical AI platform featuring a rear mounted robotic arm with use-case specific functional modules, we can address following B2B-markets:
Transporting patients and medical supplies
How: physical AI platform + seating module
Where: hospitals
Cleaning floors, handrails, and door handles
How: physical AI platform + cleaning module
Where: hospitals, schools & universities, office buildings etc.
Serving food and clearing tables
How: physical AI platform + waiter module
Where: Restaurants
Scan and restock shelfes
How: physical AI platform + grocery module
Where: supermarkets
Operating machines
How: physical AI platform + shopfloor module
Where: manufacturing facilities
many more
…
Where do we start?
We start with the application with the easiest robot-environment interaction we could think of: Transport of patients and medical supplies (e.g. blood samples) within hospitals.
Robot-environment interaction
- Blue-collar jobs have a wide range of environment interactions, which will have to be performed by robots in the future
- Easy interaction: Transport patients & press buttons of elevators and fire protection doors (as hospital transport personnel does)
- Hardest interaction: Transport groceries & grab (deformable) groceries with different shapes, sizes and weights & orient item so that the label points forward & place them in shelf
- Riemann Robotics starts with the low hanging fruit first that require little robot-environment interaction. As the technology advances we will address more complex tasks
MVP of our modular physical AI platform
- autonomous driving (i.e. localization and navigation)
- autonomus robot-environment interaction (e.g. pressing elevator buttons)
- only off-the-shelf hardware
Our first application
- physical AI platform + seating module = autonomous wheelchair
- transports patients and medical goods within a hospital
- presses elevator buttons and fire protection door openers
- no need to modify hospital infrastructure like retrofitting wifi-capable elevator controllers -> plug-and-play
- controlled via Logbuch or simplinic
„Études hat uns Tausende von Arbeitsstunden erspart und uns Einblicke verschafft, die wir nie für möglich gehalten hätten.“
Annie Steiner
CEO, Greenprint
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