Future of Warehousing: RFID, IoT, and Vision Picking

July 2026 | Supply Chain Analytics Pulse

The warehousing industry is at the forefront of a technological transformation. Technologies such as radio-frequency identification (RFID), the Internet of Things (IoT), and augmented reality (AR) are reshaping warehouse operations and redefining the standards of efficiency, precision, and inventory visibility. These technologies are no longer simply operational tools—they are becoming strategic assets that enable warehouses to meet the growing demands of global supply chains.

RFID systems, combined with IoT capabilities, enable seamless inventory tracking, reducing human error and optimizing workflows. At the same time, augmented reality technologies, such as smart glasses, provide warehouse employees with real-time information and hands-free support, significantly improving order-picking efficiency. From autonomous drones equipped with RFID readers to vision-picking systems that minimize errors, these innovations are transforming warehouses into smarter and more resilient environments.

01 RFID and IoT: Building the foundation for warehouse visibility

Unlike traditional barcode systems, RFID technology enables remote and simultaneous scanning without requiring a direct line of sight. This eliminates the need for manual close-range scanning and allows warehouses to track inventory more efficiently. RFID tags function as digital identifiers attached to individual products or entire pallets, storing information that is continuously updated as goods move through different warehouse processes.

Connected devices, sensors, and warehouse management systems extend this visibility beyond inventory tracking, enabling asset management, warehouse automation, and real-time monitoring. These technologies have become increasingly important for industries that rely on fast and accurate order fulfillment, including e-commerce, logistics, and manufacturing.

As supply chains continue to grow in complexity, warehouses increasingly depend on real-time information to maintain efficiency and adapt to changing market requirements.

02 From warehouse shelves to autonomous drones

One example of this transformation is the partnership between Verity, On, and Maersk, which explored how RFID technology and autonomous inventory tracking could improve warehouse visibility and operational efficiency. The pilot project combined RFID capabilities with Verity’s AI-driven drones to bridge the gap between physical warehouse operations and digital supply chain management.

The drones navigated warehouse aisles autonomously, scanning RFID tags and identifying products throughout different stages of the warehouse lifecycle. Unlike traditional RFID systems, which depend on fixed checkpoints and close-range scanning, the drones enabled inventory tracking beyond the line of sight and allowed the precise identification of items inside and outside boxes.

These results demonstrate how RFID-enabled automation can enhance inventory visibility, transparency, and accuracy without disrupting existing warehouse operations.

03 What research tells us about RFID

Scientific research further highlights the role of RFID in warehouse and logistics management. According to the study Role of Radio Frequency Identification (RFID) in Warehouse and Logistic Management System using Machine Learning Algorithm, RFID technology contributes to the analysis of warehouse data and the generation of actionable insights based on historical trends and future forecasts. Depending on organizational resources and capabilities, the study reports accuracy levels of up to 99.57%.

Research highlights three key contributions of RFID systems:

Additional studies demonstrate how RFID readers positioned at warehouse entrances and exits can track incoming and outgoing goods, while warehouse management systems coordinate inventory movements automatically. Simulations conducted as part of the research confirmed the efficiency of these systems in locating and retrieving products.

04 Vision picking and the role of smart glasses

Automation continues to reshape warehouse operations, but order picking remains one of the activities that still depends heavily on human flexibility. Augmented reality technologies, particularly smart glasses, aim to support workers by reducing time-consuming secondary tasks and providing real-time information directly within their field of view.

Smart glasses integrate text, graphics, and video into the physical environment, allowing employees to receive instructions, view picking statuses, and navigate warehouses without interrupting their workflow. Unlike virtual reality systems, augmented reality solutions maintain a continuous connection between workers and their surroundings.

05 Impact on productivity

Several case studies illustrate the impact of smart-glass technologies on warehouse performance:

A case study conducted in two warehouses in Belgium also demonstrated that successful implementation depends not only on technology itself but also on employee involvement. The warehouse that actively engaged employees in improving the system achieved significantly better results.

06 Looking ahead

The integration of RFID, IoT, and augmented reality represents more than a technological upgrade for warehouses. These technologies are transforming warehouses from static storage facilities into dynamic, data-driven ecosystems capable of predicting, adapting, and responding to market demands in real time.

Organizations that adopt these technologies are not only optimizing warehouse operations but also redefining their supply chain strategies and creating new opportunities for inventory planning and logistics management.

The future of warehousing lies in the convergence of technology and strategy, where visibility, adaptability, and operational intelligence become essential competitive advantages.