FellowBot provides services including virtual reality simulation for autonomous & clean vehicles, ambulance optimization, speed tracker for cities and car manufacturers who share VISION ZERO!
Smart Parking Management
Using simultaneous localization and mapping (SLAM) with AI for parking management.
Safe and easy control of robotics with AR interface.
Computer vision enabled AI for traffic counting i real-time (Nvidia inception programme)
FellowBot was born in Stockholm, Sweden, as a spinoff from the Royal Institute of Technology (KTH).
At FellowBot the average age is 32, 40% of the employees have a P.h.D. and 60% hold a master degree in diverse engineering areas around the world. Here you can find the top talents from several EU & Chinese national R&D projects, product managers that worked in CNRS, Google, Scania and WSP.
We aim to empower our clients with the latest technologies for robotic control programming. "Safe by design" cobots 2.0, mobile sensing platform, distribution algorithm ReaDiOptimal and so much more!
We are one of the top 50 semifinalists of the Nvidia Inception Program in EU, 2018. We are young and ambitious, we expect to co-design the most innovative enterprise-level robotics solution with you - our partners!
We unleash the potentials of Virtual Reality to make city more livable:
safer streets, sustainable mobility and inclusive community involving citizens of all generations and city gov.
CLIENTS & PARTNERS
Our commitment to customer satisfaction and unparalleled quality has not only helped to fuel our growth, but has also contributed to building a great reputation. These are some of our clients and partners.
FellowBot opened its doors in 2017 and has been involved in many projects ever since. Here are some examples of research programs, collaborative partnerships and more.
Holistic Intelligent Emergency Vehicle Mangement in a collaboration with 8 Swedish partners and 7 Chinese counterparts.
Ambulance distribution algorithm, Vinnova, 2019-2022
Whole body control of a dual-arm mobile robot using a virtual kinematic chain
International Journal of Humanoid robotics
Testing safety of intelligent connected vehicles (ICV) in open and mixed road environment (ICV-Safe)
Virtual Reality, Vinnova,
Traffic Safety Together: vehicle-based sensors for speed monitoring
Applicability analysis of generalized inverse kinematics algorithms with respect to manipulator geometric uncertainties
Proceedings of the IEEE/RSJ International Conference on Intelligent Robots and Systems
Partnership in Nvidia inception programme & semi-finalist in AI start-up competition.
Resolve reactive robot control with perturbed constraints using a second order cone programming approach.
Proceedings of the IEEE Conference on Automation Science and Engineering