In a recent feature by San Diego Business Journal, Dane Technologies, in collaboration with Brain Corp, unveiled the Dane AiR™ DC, an autonomous inventory scanning robot engineered to streamline warehouse operations. Standing 12 feet tall and capable of scanning inventory racks up to 38 feet high, the AiR DC combines cutting-edge technologies like computer vision, RFID, and Cognex barcode scanning to deliver over 99.5% accuracy. With a runtime of up to 10 hours and the ability to cover 200,000 square feet in under eight hours, it sets a new standard for inventory efficiency and reliability.
Built on BrainOS®, the robot autonomously navigates dynamic environments, operates in cold storage (0°F and above), and integrates seamlessly with existing WMS systems through standard APIs. Designed to address the challenges of drone-based inventory methods, the AiR DC overcomes limitations like battery constraints, airspace regulations, and safety risks, while improving cycle counts and data quality.
After drawing strong interest at ProMat 2025, particularly from retail and pharmaceutical sectors, the AiR DC stands as a scalable, intelligent automation solution that enhances supply chain responsiveness and drives measurable ROI.
About Dane Technologies
Dane Technologies is a leader in autonomous mobile robotics and material handling solutions, dedicated to transforming operations across retail, distribution, transportation, and manufacturing sectors. With nearly three decades of innovation, Dane specializes in designing intelligent, purpose-built automation systems that address critical challenges in inventory accuracy, labor efficiency, and workplace safety. Dane Technologies empowers organizations to streamline complex logistics workflows, reduce operational costs, and enhance overall productivity. Trusted by industry leaders worldwide, Dane continues to pioneer scalable, high-impact solutions that drive efficiency, safety, and measurable results.
Read the full article here: Brain Corp, Dane Technologies Debut Inventory Scanning Robot
