Dexory Launches Next-Generation Warehouse Robot with AI-Powered 'Storage Health' Inspection System and 60-Foot Scanning Range
Dexory unveils advanced autonomous warehouse robot featuring extended 60-foot scanning range and new 'Storage Health' AI-powered computer vision system that identifies potential risks including damaged racking, defective pallets, and safety hazards. The system delivers 80% reduction in audit time and 20% throughput improvement through real-time warehouse data capture and proactive risk management capabilities.
TL;DR
Dexory has launched an advanced autonomous warehouse robot with a 60-foot scanning range (up from 40 feet) and new 'Storage Health' AI-powered inspection system. The robot uses computer vision to identify warehouse risks including damaged racking, defective pallets, and safety hazards, delivering 80% audit time reduction and 20% throughput improvements through continuous real-time data capture and proactive risk management.
Next-Generation Warehouse Intelligence Platform
Dexory, a leading provider of real-time warehouse data intelligence and robotics, has unveiled its most advanced autonomous warehouse robot to date, featuring significant technological improvements and new AI-powered inspection capabilities. The next-generation robot extends scanning capabilities to 60 feet compared to 40 feet in previous models, enabling more comprehensive warehouse monitoring and faster data processing.
The robot operates safely alongside warehouse personnel and existing machinery while providing continuous autonomous inspection services. Its modular architecture ensures future capability upgrades can be seamlessly integrated, positioning the system as a long-term warehouse intelligence solution rather than a static automation tool.
AI-Powered 'Storage Health' Risk Detection System
The centrepiece of Dexory's new offering is the 'Storage Health' feature, an AI-powered computer vision system that identifies potential warehouse risks during routine scanning operations. This system represents a significant advancement from traditional inventory counting robots, adding proactive safety and maintenance monitoring to warehouse operations.
Storage Health detects critical warehouse issues including damaged racking structures, defective pallets, unstable inventory configurations, and hygiene and safety hazards that could lead to accidents or operational disruptions. The system's ability to identify these risks before they cause problems enables warehouse operators to implement preventive measures rather than reactive responses.
Operational Performance Improvements
Early implementations of Dexory's next-generation system demonstrate substantial operational improvements. Warehouse auditing time has been reduced by 80%, while overall throughput has improved by 20% through more efficient inventory management and risk prevention. These improvements stem from the robot's ability to provide continuous, real-time warehouse data capture rather than periodic manual inspections.
Richard Williams, VP of Robotics at Dexory, emphasised the importance of accurate operational data in warehouse performance. "Warehouse performance depends on how closely operational systems reflect reality on the floor," Williams stated, highlighting the critical role of real-time data in modern supply chain operations.
Digital Twin Integration and DexoryView Platform
The robot captures high-frequency operational data and integrates it into DexoryView, Dexory's digital twin platform that provides comprehensive warehouse visibility through a unified interface. This integration enables warehouse managers to access detailed operational insights "at the click of a button," transforming complex warehouse data into actionable intelligence.
The digital twin approach allows warehouse operators to visualise their entire facility in real-time, track inventory movements, monitor equipment conditions, and identify optimisation opportunities. This level of warehouse visibility was previously impossible without extensive manual monitoring and data collection efforts.
Enhanced Safety and Risk Management Capabilities
The Storage Health system's ability to identify safety hazards and structural issues represents a significant advancement in warehouse risk management. By detecting problems such as unstable inventory configurations and damaged infrastructure before they result in accidents or disruptions, the system helps warehouse operators maintain safer working environments while reducing insurance and liability risks.
This proactive approach to warehouse safety monitoring addresses one of the industry's most persistent challenges: maintaining safe working conditions in dynamic, high-throughput environments where manual inspection is often inadequate or impractical.
Market Implications for Warehouse Employment
Dexory's advanced warehouse robot represents the continued evolution of warehouse automation beyond simple task replacement towards comprehensive facility management. While the system reduces the need for manual inventory counting and safety inspections, it also creates new requirements for robot monitoring, data analysis, and system maintenance expertise.
The 80% reduction in audit time and 20% throughput improvement suggest that warehouses implementing these systems may require fewer traditional inventory management staff while needing more technically skilled personnel to operate and maintain automated systems. This shift reflects broader trends in warehouse automation towards high-skill, low-volume employment models.
Manifest 2026 Showcase and Industry Adoption
Dexory will demonstrate the next-generation robot and Storage Health system at Manifest 2026, taking place from February 9-11, 2026, at booth #1055. The conference provides an opportunity for warehouse operators and supply chain professionals to experience the technology's capabilities and understand its potential impact on their operations.
The timing of this launch coincides with increased industry focus on warehouse automation and supply chain resilience, as companies seek technologies that can improve both operational efficiency and risk management capabilities in increasingly complex logistics environments.