Shiawase Mono Kobo

Summary

About

About Shiawase Mono Kobo

Shiawase Mono Kobo is a Japanese robotics and connected-systems development studio founded in 2017. Its Noruno mobile platforms combine ROS software, LiDAR-based navigation and configurable hardware for indoor development and transport work. Noruno Go1 is offered through commissioned development and build-to-order enquiries, with mapping, route replay, target following and manual control. The studio also develops electronics, embedded AI and software for customer prototypes.

Noruno Atlas is a separate cart-transport prototype intended to dock with existing roll cages and wheeled shelving. Its low chassis targets constrained routes in warehouses, factories and other workplaces. Atlas remains in technical validation and market exploration, with Japan AI Center Holdings participating in development and site-requirement work. The studio uses Isaac Sim and Isaac Lab in robot development, including navigation tests and simulated locomotion experiments with Unitree Go2.

PRICE
Range 1Y
Return
High
Low
Updated

Team

  • Yusuke Matsushita - Founder and Business & Technology Architect - Leads the studio's business development and engineering work across mobile robots, connected devices and customer prototypes.

Resources

Media library

Curated durable documents and official technical references.

Timeline

Events

Relations

Relationships

  • Japan AI Center Holdings

    Technology Partner - Shiawase Mono Kobo presented its Noruno Atlas prototype through Japan AI Center Holdings’ development-partner programme.

Context

Shared workflows

Context tags

  • Warehouse AMR builder - Peer Group - https://www.shiawase-monokobo.com/noruno.html | Builds ROS/LiDAR NorunoGo1 mobile platform; https://www.shiawase-monokobo.com/noruno-atlas.html | Atlas cart-docking AMR is a…
  • Internal logistics AMR transport - Workflow - https://www.shiawase-monokobo.com/noruno-atlas.html | Intended autonomous movement of existing roll cages and wheeled shelves in warehouses/factories; prototype maturity preserved.