Menu
In the realm of complex industrial automation, precision and efficiency are critical for operational success. ATLAS Automation and Robotics, a core Platform Function of the Automatic Tracking, Localization, and Augmentation System, delivers AI-driven 3D mapping, markerless localization, and intelligent robotic path planning to streamline workflows in manufacturing, maintenance, and sustainment.
ATLAS enables fast 3D mapping, segmentation, markerless localization, and intelligent robotic path planning for automated industrial processes.
KEY CHALLENGES ADDRESSED:
AI-Driven Spatial Mapping
ATLAS generates precise 3D digital twins using COTS devices, enabling real-time object recognition, auto-segmentation, and optimized robotic pathways for dynamic industrial automation.
Enhanced Automation
ATLAS leverages spatial intelligence to automate robotic processes in harsh environments, such as painting and high-speed manufacturing, ensuring precision and efficiency.
Improved Human-Machine Collaboration
With advanced spatial awareness, ATLAS enables robotic systems to safely collaborate with humans, minimizing injuries and enhancing productivity in complex workflows.
Enhanced situational awareness and decision-making capabilities
10X Faster 3D mapping and localization with commercial devices
Centralized, scalable infrastructure supports thousands of concurrent operations.
ATLAS Automation and Robotics transforms industrial processes by enabling precise robotic tasks like painting, sanding, and grinding. Using AI-driven 3D mapping, robots execute complex workflows with minimal human intervention, enhancing efficiency and safety.
ATLAS delivers markerless object tracking to localize parts in real-time with millimeter precision. Using COTS devices, it converts XR coordinates to robotic systems via secure APIs, ensuring accurate alignment for tasks like assembly or repair in dynamic industrial settings.
Image: REUTERS/Stringer
ATLAS creates dynamic training environments for human-robot collaboration. Trainees interact with real-time 3D models and sensor feeds, simulating robotic tasks in complex scenarios to enhance skills and safety.
