Global Footprint
350+ employees worldwide across headquarters in Tokyo and regional offices in Atlanta (USA), Eindhoven (Netherlands), and Guangzhou (China).
Global Footprint
350+ employees worldwide across headquarters in Tokyo and regional offices in Atlanta (USA), Eindhoven (Netherlands), and Guangzhou (China).
Corporate Strength
Backed by $233 Million+ in Series D funding (led by NTT Group and Qatar Investment Authority)—ranking #1 in startup equity funding in 2025 by Nikkei.
Physical AI Platform
Universal robot compatibility (Fanuc, Yaskawa, ABB, Kawasaki) powered by perception, motion planning, and real-time digital twin simulations.
Highly-Valued IP Portfolio
Ranked 17th in Japan in patent value growth by LexisNexis PatentSight, reflecting the high quality, innovation, and industry citation rate of Mujin’s physical AI.
Founded by Issei Takino (CEO) and Dr. Rosen Diankov (CTO) in Tokyo. The team spent a decade developing the core mathematical models behind MujinMI (Machine Intelligence), pioneering collision-free motion planning and 3D perception.
Ranked 17th in Japan in the Patent Value Growth Ranking by LexisNexis PatentSight, recognizing Mujin’s rapid innovation and highly cited IP portfolio in autonomous robotics.
Closed a massive Series D round (raising over $233 Million in equity and debt) led by NTT Group and QIA—ranking #1 in Nikkei’s 2025 startup equity funding ranking—to transition from a components supplier to a “Total Automation” provider.
MujinOS has evolved from individual robot control to a comprehensive Total Platform for Automation, directing the complete flow of goods, AGVs, and robot fleets.
MujinOS
Modular, microservice-driven software stack running on realtime Linux nodes.
MujinController
The high-performance edge computing hardware that runs MujinOS and connects local 3D perception and motion planning with robot controllers.
3D Perception
Proprietary multi-camera 3D vision pipeline processing point clouds in under 200ms. Combines deep learning segmentation with high-precision 3D pose estimation, instantly recognizing unknown, mixed, or deformable items without pre-registered CAD models or manual teaching.
Real-Time Motion Planning
Pioneered by Dr. Rosen Diankov’s mathematical motion solvers, MujinMI dynamically calculates high-DoF collision-free trajectories in milliseconds. Automatically handles obstacles, kinematics limits, and singularity points on the fly without pre-programmed teaching points or error stops.