With the advancement of humanoid and automated robotics, humanity is moving closer to realizing a future free from human labor dependency. In automotive manufacturing, robotic arms work around the clock without breaks or concerns for labor regulations, consistently executing precise processes without complaint. Today, centralized control systems powered by AI are automating complex tasks across diverse industries through a network of robots and drones.
Our mission is to design and deploy adaptive, flexible robots capable of integrating seamlessly into various work environments. By empowering smaller teams to achieve greater productivity with the aid of advanced robotics and drone technology, we contribute to a world where automation enhances labor efficiency and value creation across all industries.
Developing prefabricated, modular, AI-powered worker robots that can be transformed according to the needs and environment of the workplace.
Building embedded robots that can be controlled remotely and by AI robots to flexibly automate labor sites that used to be controlled by humans.
Producing prefabricated modular robots that can replace machinery frequently used in actual manufacturing, construction, and other labor sites and can be transformed into various machinery by reassembling them.
Developing a centralized control system that enables our robots to seamlessly integrate with smart manufacturing facilities and agricultural sites, combining AI robots with drone technology
Expanding to use cases so that companies and organizations can purchase robots and use them in a variety of sites.
Designing a self-maintenance system that enables robots to autonomously exchange and repair parts, ensuring continuous operation
The launch of a robot leasing model allows individuals and organizations to deploy robots for operational support and rental income.
Developing and selling AI SW packages that enable prefabricated modular AI work robots to perform a variety of sophisticated tasks. (including for home use)
NVIDIA unveils humanoid AI and simulation tools at CoRL
Software provider NVIDIA recently revealed new AI and simulation tools and workflows for robot developers, including humanoid developers, at the Conference for Robot Learning (CoRL) in Munich, Germany. The lineup includes the general availability of the NVIDIA Isaac Lab robot learning framework. These include six new humanoid robot learning workflows for Project Generalist Robot 00 Technology (GR00T) and new
Yale Lift Truck autonomous vehicles, operator assist enable precision in the warehouse
According to the Oxford English Dictionary, the term “reliant” is an adjective that means “dependent on someone or something.” Let’s flip that around. How about if someone – say an operations manager in a warehouse – is depending on something Reliant to not let a truck hit anything. Enter Yale Lift Truck
AI, Robotics, and Sensors: The Future of Farming
Traditional agriculture, crucial for global food security, faces challenges such as inefficient supply chains, low productivity, land degradation, declining soil fertility, heavy reliance on inorganic fertilizers, water resources, and emerging pest resistance. These issues threaten the sector’s long-term viability and contribute to unsustainable practices. Moreover, traditional agriculture struggles to meet
