Physical AI platform company Integrit announced on the 11th that cumulative shipments of its edge AI platform “AirPath®,” supplied to industrial sites and commercial robots, have surpassed 1,200 units.

AirPath, which has so far been supplied mainly through B2B channels, will expand its supply network going forward through distribution channels such as Eleparts, Devicemart, and ICbanQ. As a result, an open market is expected to emerge in which universities, research institutions, and robotics startups can easily purchase an industrial-grade Physical AI development environment.

At present, various models ranging from collaborative robots and logistics robots (AMR) to quadruped robots, patrol and security robots, humanoids, and drones are concurrently operated in industrial sites. However, because operating systems (OS) and data specifications differ by manufacturer, remote control and mission development have required considerable resources. In particular, as the roles of robots advance to include capabilities such as vision AI-based perception and execution of natural language commands, the need has grown for a common execution environment that can integrate and operate heterogeneous robots’ data and AI.

Integrit’s AirPath is a common Physical AI runtime platform that unifies such fragmented development environments. It provides an open environment in which developers can directly configure VLA (Vision-Language-Action model) and RFM (Robot Foundation Model), enabling robots to make autonomous decisions based on a world model. Through this, companies can flexibly combine their own AI models and sensors beyond the limitations of manufacturers’ default specifications.

The platform is also focused on high-performance AI computation. “AirPath V4” supports up to 48 TOPS and “V5” supports up to 100 TOPS of computing performance, integrating a Ubuntu- and ROS2-based runtime environment and communication functions into a single BSP (Board Support Package). In addition, it supports integration with Qualcomm AI Hub and the Syna AI framework, enabling smooth porting of AI models developed in other environments.

Field applications are also becoming more visible. In semiconductor production sites, AirPath-based upper-level AI control environments have been applied to Boston Dynamics’ quadruped robot “Spot” to integrate and operate proprietary missions, and it has also been supplied as the intelligent control unit for Incheon International Airport’s self check-in service robots.

Integrit plans to diversify AirPath’s application scope beyond mobile robots to humanoids and collaborative robots, and to continuously advance its integrated operation environment by linking it with the upper-level orchestration platform “FlyingLet®.”

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