Robotics company Humanoid has introduced KinetIQ, an artificial intelligence system designed to coordinate and manage fleets of robots through a shared control architecture. The platform is intended to enable robots with different physical forms and capabilities to operate together in industrial, commercial, and domestic environments.
According to the company, KinetIQ functions as a centralized intelligence layer that treats individual robots as shared resources. The system assigns tasks based on each machine’s capabilities and availability and can reallocate work when a robot is unable to complete an assigned activity. In this way, workloads can be redistributed dynamically across a fleet.
KinetIQ is designed to allow information and operational data gathered by one robot to be shared with others in the same system. This approach is intended to support coordinated decision-making and collective learning among robots operating in the same environment. Humanoid positions the platform as suitable for factories, warehouses, retail spaces, and home environments, where different types of robots may be required to perform complementary roles.
The company states that KinetIQ is built around a four-layer structure. At the highest level, a fleet management layer defines overall goals, priorities, and system-wide coordination. Below this, a task planning layer breaks down assignments into smaller steps and adapts them to changing real-world conditions. A third layer handles action execution, including movements and interactions such as picking, carrying, or walking. The lowest layer manages joint motion, balance, and stability to support smooth and controlled movement.
These layers are designed to operate simultaneously at different timescales, allowing the system to combine long-term planning with real-time motion control. According to Humanoid, this structure is intended to support reliable operation in complex and dynamic environments.
With KinetIQ, the company aims to address challenges related to scaling robotic deployments beyond limited demonstrations and pilot projects. By coordinating multiple robots through a shared intelligence framework, Humanoid says the system is intended to support larger and more complex operations in which robots must adapt continuously to changing tasks and conditions.
The company has not yet disclosed detailed information on commercial availability, pricing, or large-scale customer deployments of KinetIQ. Humanoid has indicated that further development and testing are ongoing.
