Inside Verobotics' edge AI robotics deployment at NVIDIA's Israel campus

deployment at NVIDIA's Israel campus">

["At NVIDIA's Israel campus, façade cleaning became more than just a maintenance operation - it was a demonstration of how AI-powered robotics can fundamentally change the way buildings are monitored, maintained, and protected over time. Verobotics engineered a lightweight, surface-agnostic façade robot to bring real mobility to exterior cleaning and inspection, rather than just suspended access.", "The deployment covered roughly 100,000 sq. ft.

of building envelope and 3,000 windows and façade sections. Verobotics combined robotic façade cleaning, AI vision, and edge computing to reduce work-at-height exposure while generating a large-scale visual dataset of the buildings' exterior conditions. The NVIDIA campus deployment reflected the realities of operating in live commercial environments, with one of the buildings sitting directly beside an active construction site.", 'The final operational split reflected that reality: Verobotics deployed a hybrid operating model that combined robotics, human crews, and AI-assisted inspection workflows.

This balance is precisely what makes the deployment important. In commercial robotics, the breakthrough is not eliminating humans from the process, but creating systems that improve safety, increase visibility, and continuously collect operational intelligence while working alongside existing infrastructure and teams.', 'The Verobotics platform was built on NVIDIA Jetson edge AI hardware, enabling onboard processing of visual data directly on the robot itself. During the deployment, the system captured approximately 20,000 façade images across the building envelope, changing the cleaning workflow into a large-scale scanning and inspection operation.

Verobotics identified 40 façade anomalies requiring escalation and engineering review, demonstrating the economic value of robotic inspection.', 'The NVIDIA campus deployment represents an important milestone not because it proved perfect autonomy, but because it demonstrated what commercially viable robotics actually looks like today: Hybrid. Incremental. Data-driven.

Operationally integrated. According to Verobotics, cleaning is not the endpoint, but the operational layer that enables continuous AI-driven understanding of the building itself.']