Mirai Souzou

Qibitech is a technology company focused on developing advanced robotic solutions and remote control services. It has created HATS, a system that allows a human operator to remotely enhance the functionality of robots, thereby improving their flexibility and efficiency. In addition to HATS, Qibitech offers a platform for integrating operational data with business improvement systems. The company specializes in contract development, provides research reports on technological trends and patents, and offers technical consulting related to intelligent robots and Internet of Things systems. By leveraging its expertise, Qibitech aims to help customers address their specific challenges and enhance their operational capabilities.

UGO specializes in the development of avatar robots and a comprehensive platform that facilitates the administration of multiple robots, aiming to enhance collaboration between humans and machines across various industries. The company addresses labor shortages in sectors such as security, inspection, manufacturing, healthcare, retail, and warehousing by providing robots that perform tasks traditionally handled by humans. These robots are designed for remote operation and feature artificial intelligence capabilities that enable them to operate autonomously under consistent conditions. UGO's solutions include assistance with housework, equipment inspection, and security in warehouses, promoting a new work model where human-robot collaboration is central to productivity and efficiency.

Triorb is a technology company focused on advancing robot mobility through innovative software and hardware solutions. It specializes in developing robotic technologies aimed at enhancing efficiency and safety within manufacturing environments. Triorb's movement system integrates a ball-driven omnidirectional mechanism with coordinated movement capabilities, enabling robots to transport various objects that cannot be handled by a single unit. This cooperative transportation system allows multiple robots to work together, improving operational effectiveness for businesses in need of automated solutions.

Triorb is a technology company focused on advancing robot mobility through innovative software and hardware solutions. It specializes in developing robotic technologies aimed at enhancing efficiency and safety within manufacturing environments. Triorb's movement system integrates a ball-driven omnidirectional mechanism with coordinated movement capabilities, enabling robots to transport various objects that cannot be handled by a single unit. This cooperative transportation system allows multiple robots to work together, improving operational effectiveness for businesses in need of automated solutions.

LexxPluss develops advanced automated transport robot systems tailored for logistics warehouses, addressing the ongoing labor shortage exacerbated by the surge in online shopping. The company's robots employ both autonomous and guided driving modes, allowing them to navigate complex environments with precision. By focusing on cost-effectiveness, on-site safety, and user experience, LexxPluss aims to help businesses automate operations that have traditionally relied heavily on human labor. This innovative approach not only enhances operational efficiency but also improves the safety of essential workers in the field, ultimately supporting the logistics industry’s evolving needs.

AGRIST Inc. is a Japanese company founded in 2019 that specializes in agricultural technology, particularly in the development of automatic harvesting robots. These robots are designed to address the challenges posed by an aging farmer population and the consequent labor shortages in agriculture. By utilizing artificial intelligence, AGRIST's robots can efficiently harvest crops and fruits, thereby enhancing productivity and reducing operational costs for farmers, especially in greenhouse settings. In addition to its robotic solutions, the company also provides financing options for farmers to acquire these advanced technologies, further supporting the modernization of agricultural practices.

RT Corporation, based in Chiyoda ku, Japan, develops and sells a range of robots and robotic components, focusing on both military and service applications. Its product lineup includes specialized robots such as army-type models and micro mouse robots, including the CRANE-X7, AI Chip V3, and GAINER mini. The company also offers a variety of services, encompassing robot development, hardware and software creation, compound biopsy services, and contract manufacturing. Established in 2005, RT Corporation aims to meet the growing demands for service robots in various domestic and international markets, leveraging advancements in artificial intelligence to enhance its offerings.

Rapyuta Robotics is a global technology startup that builds cloud robotics solutions. Spun out of the Swiss Federal Institute (ETH Zürich) in 2014, the company now has about 90 employees global, and offices in Japan, and India. While improvements in technology are helping to make robotics more accessible to markets, the ability to integrate all the required expertise remains a barrier for most companies. Rapyuta Robotics’ platform makes it significantly easier for businesses to deploy robotics solutions without needing in-house robotics expertise. By integrating robot hardware, software, sensor data, and applications in the cloud -- where powerful data centers manage the heavy computation -- Rapyuta’s platform lets end-users focus on their business processes instead of on managing robot hardware or software infrastructure.

HiBot is a Tokyo-based company founded in 2004 that specializes in robotic systems and related hardware and software solutions. The company develops robotic platforms designed for hazardous operations, infrastructure maintenance and inspection, and search and rescue missions. HiBot offers robots as a service, providing clients with advanced systems that facilitate data acquisition, management, and real-time visualization. Their technology incorporates artificial intelligence for defect detection, allowing organizations to enhance safety by automating dangerous or repetitive tasks.