Features
Software Extensibility
Mi-Mo operates through the collaboration of multiple AI models that enable image recognition, voice recognition, and motion control functions. Customers can develop applications tailored to use cases and AI model configurations themselves, or have additional development provided according to their needs.
Hardware Extensibility
The top board can be easily removed, making it simple to place your own products on it or expand its functionality. The basic frame's CAD data can also be provided, allowing customers to make their own extensions. Options such as color changes and logo engraving can be provided at delivery upon request.
Available Model: "Mi-Mo v0”
| Size: | 80cm (h) × 45cm (w) × 45cm (d) |
| Weight: | Approximately 8kg |
| Joints: | 18 in legs, 4 in neck |
| Display: | 4-inch circular touchscreen with 720 × 720 pixel resolution |
| Camera: | One camera with 4608 × 2592 pixel resolution (additional cameras can be added) |
Examples of Movement
Also, by incorporating the V-Sido* robot control software, it is possible to implement more biological motion generation and remote operation using bilateral technology. (*Regarding the V-Sido license, please inquire at the time of installation. Reference URL: https://www.asratec.co.jp/products/v-sido-os/)
Usage Scenarios
Expected usage scenarios include the entertainment, retail, food service, medical care, and nursing industries that require mobility and conversation functions, as well as events and educational settings where advanced human interaction is needed.
We are advancing proof-of-concept experiments in various settings and looking for partner companies to join us in testing and development.
Develop your own custom software applications
For those considering purchase, we plan to provide CAD data, URDF files, and other resources to enable customization through various simulation environments.
Mi-Mo Development Team
Our team consists of members with expertise in new product development, UX design, AI, and robotics.
Member
Yuki Ishikawa (CEO)
After graduating from the University of Tokyo, worked at Nintendo, then Moi Inc. (TwitCasting). Joined Mercari Group in 2017, became Merpay Executive Officer VP of Product in 2020, and CEO of Souzoh Inc. in 2021. Served as Mercari Executive Officer VP of Generative AI/LLM from 2023. Founded Jizai Inc. in 2024.
Yuji Oshima (Machine Learning / Robotics Engineer)
Joined NTT Research Labs in 2014. After contributing to Docker OSS activities and launching the KubeFlow project for machine learning operations, joined Mercari Inc. in 2019. Established and led teams developing features using advanced ML technologies as Technical Lead. Technical Lead of the Generative AI/LLM team since May 2023. Won RoboCup World Championship in 2013. Started robot development in 2023.
Hibari Shibamura (Robotics Designer)
After graduating from Osaka University, worked in NPOs related to healthcare and pharmaceutical safety. Started robot development in 2023, handling CAD design, design work, and project management. Won multiple awards at "M5stack Japan Creativity Contest 2023" and "Heroes League 2023".
Advisor
Wataru Yoshizaki (Robotics Advisor)
Developer of the robot control system "V-Sido". Involved in controlling numerous robots, including the life-sized moving Gundam. Chief Robot Creator at Asratec Corporation. Advisor at the University of Tokyo Research Center for Advanced Science and Technology, Department of Information Physics and Computing, etc.
Advisor Comment（Wataru Yoshizaki: V-Sido Developer）
In this era where AI and robots are becoming familiar, it is important to seriously consider the form of "robots we want to have nearby." While robots that walk powerfully with strong motors are good, robots that move softly on thin legs are also good. Mi-Mo is a robot that will demonstrate its true value through AI integration thanks to its warm design, high expandability, and redundancy with multiple leg mechanisms. I will continue to support it.
CEO Comment (Yuki Ishikawa: CEO of Jizai Inc.)
The current model "Mi-Mo v0" aims to create a robot that "thinks autonomously and acts autonomously" using current AI technology to its fullest extent. We designed it to blend into people's lives. There is still room for improvement in the AI and application aspects, and we are looking for partners who can conduct verification experiments and development together to make it a robot that is useful to people, so please contact us if you are interested.
Media Coverage
For Those Interested in Purchasing
If you are interested in purchasing or leasing "Mi-Mo v0" or conducting a Proof of Concept, please feel free to contact us through the form below. We'll listen to your challenges and propose the optimal solution.