TL;DR
Augmented reality and virtual reality technologies are helping to make warehouse work easier to manage, train, and plan. In physical warehouses, AR enables workers to reduce their reliance on manual tasks, including vision picking, stock verification, receiving, and navigation, among others. The VR applications are primarily directed towards employee training, safety simulations, equipment practice, and the planning of warehouse layouts. Augmented reality and virtual technology can be used hand-in-hand to enhance accuracy, decrease wasted movements, facilitate quicker learning, and perform simulations for warehouses, testing new processes before using them in actual operations.
Warehouses depend on speed and accuracy. A worker has to locate the correct product, select the correct quantity of product, place the product in the correct location, and must not slow down one task to accommodate the next.
However, most warehouse workflows involve handling between shelves, scanners, paper lists, and computer screens. This can lead to an increase in your performance frequencies, confusion, and errors.
Then, augmented reality and virtual reality applications can help in warehouse management.
This technology can overlay directions, product descriptions, picking instructions, and inventory on warehouse personnel and place them at their fingertips. Virtual reality can enable a digital warehouse where employees can try out tasks, conduct training on safety, or even test new layouts, without impacting real-life operations.
Nowadays, AR and VR are increasingly being adopted in practical applications for e-commerce, such as vision picking, AR warehouse picking, inventory management, VR training, and digital twins.
Â
What is AR in Warehouse Management?
Augmented reality in warehouse management is the use of digital information over a worker’s real-world view to guide warehouse tasks. With the help of smart glasses, tablets, or mobile devices, AR can show picking instructions, product information, storage location details, navigation arrows, inventory details, and safety warnings, allowing the worker to continue working.Â
The augmented reality warehouse pairs real-world activities with the data within the warehouse. It’s widely adopted for tasks such as vision picking, AR warehouse picking, inventory management, receiving, put-away, packing, quality checks, and navigation. It assists workers in getting the information they need at the job site rather than continually stepping in and out of their screens or referencing paper lists.
Â
What is VR in Warehouse Management?
Virtual reality in warehouse management is the implementation of technology creating simulated warehouses for training, planning, testing, and simulation. VR Headsets are used by workers to practice tasks in the warehouse without entering the operations area.
Â
VR has been employed on a regular basis for employee training, equipment familiarisation, forklifting, safety training, disaster simulation training, warehouse planning, peak load planning, and other aspects. VR differs from AR as it creates a fully virtual environment in contrast to AR, where digital information is added to a real warehouse.
Looking to create AR/VR for the warehouse? Talk with us about the AR/VR solution you need for your workflow.
Why Are Warehouses Adopting AR and VR Technologies?
Warehouses are turning to AR and VR because tasks such as rapid processing, accuracy, training, and access to real-time information are becoming an integral part of everyday operations. Using AR, workers can receive visual guidance to complete live tasks; and using VR, teams can practise, test, and plan operations without interrupting the real warehouse.
Key reasons include:
 Faster and more accurate order picking
 Increased real-time warehouse information access
 Reduced dependence on paper instructions
 Hands-free support through smart glasses
 Easier inventory identification and verification
 Faster employee training and onboarding
 Safer practice for risky warehouse situations
 Improved warehouse layout and process planning.
 Reduction of pickers’ packing and storing errors
 Better opportunity to test new workflows before implementation.
Â
Key Augmented Reality Applications in Warehouse Management
Augmented reality can support warehouse tasks from receiving goods to final shipping. Common use cases are visual picking, AR warehouse picking, as well as vision picking, put-away, packing, quality control, and navigating in the warehouse.Â
Â
Vision Picking in Warehouse Operations
Vision picking is the presentation of picking instructions directly in a person’s line of sight via smart glasses or a wearable display device. The workers have a clear view of the required aisle, rack, product, and quantity and maintain their hands free to pick.Â
AR Warehouse Picking and Order Fulfilment
AR warehouse picking guides workers throughout every order by providing visual directions, product information, and quantities. It can aid in reducing search time and further enables quicker and more accurate order fulfilment.Â
Pick by Vision Systems
A pick-by-vision system is comprised of a wearable display, warehouse software, scanning, and real-time task data. Before confirming a task, allow workers to see the system, so they can see what and where to harvest, as well as how much.Â
Visual Picking for Faster Product Identification
Visual picking uses identification aids such as pictures, labels, place markers, or digital overlays to ensure a worker gets the right product. It is particularly useful where products appear similar or when there are a large number of SKU’s within a single rack.Â
AR-Assisted Receiving and Put-Away
AR can guide workers while receiving incoming goods and moving them into storage. Guided by the digital instructions, it can demonstrate what is expected, provide detailed information on storage areas, handling, and the proper put-away location.Â
Augmented Reality for Inventory Management
AR can provide information on the current position of items as employees look at shelves and storage areas. It eliminates the need to transfer to separate devices for stock checks, cycle counting, replenishment, product verification, and smart glass inventory management.Â
AR-Assisted Packing and Quality Checks
AR can show packing instructions, packing contents, the necessary packaging, quantities, and quality checkpoints. This allows workers to compare physical objects with the web-based order information before closing and sending the box.Â
Warehouse Navigation and Product Location
AR navigation can present workers with an arrow and directions on the aisles, rack numbers, product locations, and more, to help navigate the large warehouse. This may save warehouse time in finding inventory and help to navigate new warehouse areas.
Â
Smart Glasses in Warehouse Management
Smart Glasses are wearable devices that provide warehouse information straight in the eyeline of a person working in the warehouse. They are typically employed in warehouse tasks such as vision picking, visual picking, scanning, inventory management, navigating, and checking tasks
The worker can access the next location, the product name, the SKU, quantity, barcode state, or a warning without having to hold a screen.
Smart glasses can be beneficial for hands-free warehouse use cases including:
Order picking
 Inventory counting
 Product verification
 Receiving
 Put-away
 Packing
 Navigation
 Replenishment
The glasses are typically connected to a warehouse management system to provide workers with up-to-date information on tasks and inventory up to date; this is known as an effective smart glasses inventory management system.Â
Â
Virtual Reality Applications in Warehouse Management
The primary use of virtual reality is when appropriate safe training, process testing, or simulation is required in warehouses. It enables employees and managers to practice or learn about the warehouse situation without having to change live operations.Â
VR Warehouse Training and Onboarding
VR can safely teach new employees how to interact with the warehouse environment, processes, equipment, picking systems, and safety procedures before putting them to real work. Employees are given practice opportunities to revisit training scenarios until they grasp the process.Â
Equipment and Machinery Familiarisation
VR provides forklift, conveyor, pallet trucks, and other warehouse equipment training controls, procedures, and safety, as well as training for other forklift equipment. It can train employees’ knowledge in advance for the subsequent supervised training with real equipment.Â
Virtual Safety and Emergency Training
VR can simulate dangerous scenarios like falling goods, obstruction of exit, forklift accidents, equipment failure, or fire. Staff can rehearse appropriate action without risk to themselves or others.Â
Warehouse Process Simulation
The virtual warehouse allows testing of picking routes, storage processes, worker movements and packing stations, equipment positions, and new picking workflows before implementing any changes in the warehouse physical environment.
Peak Demand and Operational Scenario Testing
VR and warehouse simulations can be used to test how operations react under conditions such as a peak in orders during a season, increased order volumes, staffing issues, closed spaces, equipment failures, or other unusual situations. This enables managers to recognize areas that may be problematic before it gets into the live production environment.Â
Â
AR and VR for Warehouse Layout Planning
AR and VR can support warehouse teams to plan layouts before making physical changes. VR can provide a virtual warehouse for testing storage areas, storage rack positions, equipment movement paths, and employee movements. Some objects or layouts can be planned and placed on top of the real warehouse with AR to describe how the proposed changes are going to fit.
Common uses include:
Placing of testing racks and shelves.
Organizing pick-up and walking routes
Reviewing forklift and equipment paths
Designing packing and loading areas
Checking available space
Identifying workflow bottlenecks
Testing in new layouts before installation
Supporting digital twin warehouse Planning
Choosing different setup options
Improving worker and equipment movementÂ
Â
Suggested Read: https://euphoriaxr.com/augmented-reality-in-warehouse-and-logistics/
Â
Augmented Reality in Warehouse Inventory Management
With augmented reality, workers can verify stock, count, and locate it while displaying digital data alongside the actual products. This can make inventory work simple, as employees don’t have to roam between warehouses and different screens all of the time.
Popular uses of Inventory are:
Real-time stock information
Product and SKU identification
Cycle counting
Inventory verification
Stock location guidance
Replenishment instructions
Bin and rack identification
Lot and batch information
Quantity confirmation
Identifying inventory differences
Managing inventory of smart glasses.
When properly integrated with precise warehouse management and inventory systems, AR can provide a valuable advantage. If incorrect data is saved, the AR system might show incorrect information, too.Â
Â
Benefits of AR and VR in Warehouse Management
AR and VR can assist with warehouse operations by providing more information to the workforce, eliminating needless movements, and using teams to practise or test processes in a secure setting. The advantages would vary based on the warehouse use case, system quality, and level of integration.
Key benefits include:
Faster order picking
Improved picking accuracy
Reduced picking and packing errors
Better inventory visibility
Hands-free access to instructions
Faster employee onboarding
Safer warehouse training
Easier equipment familiarisation
Better warehouse navigation
Reduced time spent searching for products
Improved workflow planning
Better layout testing
Easier process simulation
Set of more uniform task instructions.
Increased support at critical operationsÂ
Â
AR and VR Warehouse Technology and Hardware
AR and VR warehouse systems typically include displays, cameras, scanning devices, warehouse software, and network technologies. The exact configuration is dependent upon the warehouse’s requirements for picking direction, stock management, training, simulation, and layout planning.
| Technology or Hardware | Main Warehouse Use |
|---|---|
| AR Smart Glasses | Vision Picking, Inventory Checks, Navigation, Task Guidance |
| Head-Mounted Displays | Hands-Free Digital Instructions and Warehouse Information |
| Mobile Phones | Mobile AR, Scanning, Product Identification |
| Tablets | AR Guidance, Inventory Checks, Warehouse Visualisation |
| VR Headsets | Training, Safety Simulations, Equipment Practice |
| Barcode Scanners | Product, Location, and Order Verification |
| QR Code Scanners | Task and Inventory Identification |
| RFID Systems | Tracking Tagged Products and Inventory |
| Cameras | Scanning, Object Recognition, and Visual Tracking |
| Computer Vision | Product, Label, Shelf, and Location Recognition |
| Indoor Positioning Systems | Worker and Product Location Tracking |
| Warehouse Management System | Picking, Inventory, Location, and Task Data |
| ERP Systems | Order, Product, Purchasing, and Business Data |
| IoT Sensors | Equipment, Environmental, and Operational Data |
| Digital Twin Software | Warehouse Simulation and Layout Planning |
| Wi-Fi or Private Networks | Real-Time Communication Between Devices and Warehouse Systems |
How to Implement AR and VR in a Warehouse?
The implementation of AR or VR should start with a problem in an operating process. The key is to outline and identify where the technology can assist a true process in the warehouse, and then implement the solution in a small controlled environment before it can be adopted on a wider scale.Â
Identify the Warehouse Use Case
Select a specific warehouse issue to resolve (e.g., slow picking, errors, inventory verification, training length, poor navigation, etc.). Establish a purpose for the project, as this will enable measurement at a later stage.Â
Map Existing Warehouse Workflows
Record the process that is taking place currently. Identify any lags, i.e., repetitive actions, manual testing, changing screens, and errors that AR or VR might help eliminate.Â
Choose the Right AR or VR Technology
Choose a technology for a task. Smart glasses could be used for hands-free vision picking, mobile AR may be useful for scanning or inventory control, while VR might be used for warehouse layout and simulation or training.Â
Integrate With Existing Warehouse Systems
Integrate the AR or VR solution with systems including the WMS, ERP system, inventory platform, barcode database, an RFID system, or an order management system. Integration allows workers to be able to find the correct information in real time while they are performing tasks.Â
Run a Pilot Programme
Test the solution on a small scale, in one warehouse area, process, shift, or worker group. Before rolling the project out to the warehouse, compare the results to the current process.Â
Train Warehouse Employees
Train employees to operate devices, read instructions, verify work, deal with device failure, charge devices, and report issues. Safety and proper use of the device for typical warehouse operations should also be addressed in training.
Measure Performance and Scale Deployment
Measure outcomes with related warehouse KPIs like picking speed, picking accuracy, training time, number of picked tasks, inventory accuracy, worker adoption, and device downtime. Grow the system in a size proportional to the clearly demonstrated value of the pilot system.
Â
Related: https://euphoriaxr.com/augmented-reality-in-logistics/
Â
See AR and VR in Action: Real-World Examples
AR and VR are already being used to enhance business planning and warehouse operations. These examples display how immersive technology can help with digital workplace layout and hands-free warehouse selection.
BMW Uses VR for Virtual Workplace Planning
BMW uses virtual reality to assist planners layout and assessing manufacturing workstations in a virtual environment earlier than bodily implementation. The instance indicates how VR can aid design planning, workplace design, and early testing of operational changes.
DHL Uses AR Smart Glasses for Vision Picking
DHL demonstrates imaginative and prescient picking by the use of augmented reality smart glasses. Pickers acquire visual commands while keeping their hands free, showing how AR warehouse picking can guide people through order-picking duties and provide information within their discipline of view.
Challenges of Implementing AR and VR in Warehouses
Adopting AR and VR within the warehouse environment can enhance warehouse operations, but bringing in the correct device isn’t enough. When scaling up this technology, businesses should look at basic costs, worker comfort, system integration, connectivity, security, and measurable business value before expanding the technology.Â
Initial Technology Costs
Smart glasses, VR headsets, software, application development, system integration, network improvements, training, and support are common elements of AR and VR projects. It’s important to examine the value in a business project through one use case to help determine if one is interested in buying in with a bigger investment.Â
Hardware Comfort and Usability
The wearable devices are able to be used for multiple hours by workers in the warehouse. Smart glasses and headsets should, therefore, be lightweight, comfortable, user-friendly, and appropriate for the workplace setting. Consider battery life, screen visibility, PPE compatibility, and durability as well.
Employee Adoption and Training
Employees must be brought up to speed on the AR and VR tools and get to a comfort level with them. Instructions, working practices, and feedback from workers can facilitate adoption. The technology should be user-friendly and should help the user do current tasks more easily rather than make them more complex.Â
System Integration Challenges
The data can come from WMS, ERP, inventory, scanning, and order management systems, etc., for AR systems to rely on. Inadequate integration may lead to the display of information that is not current or accurate for employees. Businesses should test the compatibility of their systems and data quality before deployment.Â
Connectivity and Tracking Accuracy
AR devices can depend upon a reliable Wi-Fi, indoor locating, cameras, or sensors to function properly. Some of the factors that can impact connectivity and tracking precision include large racks, metal structures, the size of the warehouse, and inadequate network coverage.Â
Data Security and Privacy
AR devices can gather data about their operation, local information, and image or video shots using cameras and sensors. Data protection can be managed by businesses to ensure that data is collected, stored, accessed, and protected as desired.Â
Measuring Business Value and ROI
Clear warehouse goals should be used as a benchmark to measure AR and VR. Picking speed, error rates, inventory accuracy, training time, worker productivity, device downtime, operating costs, and many other metrics can be monitored to determine if the technology is delivering value and worth further investment.
Â
The Future of Augmented Reality Warehouses
The future of the augmented reality warehouse will involve closer connections between AR, AI, computer vision, smart glasses, digital twins, warehouse software, and automation. The various technologies can be used together to provide enhanced picking, inventory, planning, training, and logistics functions.Â
AI-Powered Vision Picking
AI and computer vision can make vision picking smarter by enabling picking systems to identify products, shelves, label text, and warehouse locations. Potential future vision-based picking systems could also make identification of errors, recommendation of improved picking paths, and guidance of workers in a more succinct manner during each picking path.Â
More Advanced Warehouse Smart Glasses
Warehouse smart glasses are expected to be lighter to use, more connected to WMS and scanning systems, and easier to use. Better battery range, screen resolution and touch control, camera and navigation systems, and sensors for indoor positioning would make it easy for smart glass technology to be used in a more hands-free way, potentially supporting more of the warehouse’s operations.Â
Digital Twins and Immersive Simulation
Digital twins can build detailed virtual models of warehouses, such as racks, equipment, employees, inventory movement, and processes. Managers can also apply the VR technique for testing layouts, picking routes, storage strategies, automation, and any type of operational changes in the physical warehouse.
Spatial Computing in Warehousing
Spatial computing unites digital data with physical points, such as things in the warehouse. It can enhance warehouse intelligence by providing information on product positioning, rack layout, and equipment and worker locations, which can guide navigation, maintenance, product identification, task assignment, and help plan warehouses.Â
Connected AR Across Logistics and Supply Chains
AR apps can be used beyond the warehouse for transport and distribution, receiving, loading, inspection, and delivery tasks. This can then tie AR logistics into larger aspects of AR in a supply chain process and provide the worker with helpful digital information throughout the various stages of the supply chain.
Looking to get started with immersive technology and enhance your warehouse picking, training, or inventory? Start planning your solution.
Key Takeaways
AR enhances the real warehouse world with digital data.
VR generates a virtual warehouse for training, planning, and simulation.
Vision picking can lead workers to the right product, right place, and right quantity.
AR warehouse picking can add an automation layer to minimize checking paper picking lists or repetitive handheld screens.
Smart glasses are used for hands-free picking, inventory control, navigation, and task guidance.
AR can help with receiving, putaway, packing, quality control, and stock management.
VR can be used for onboarding, equipment familiarisation, safety education, and simulation of process.
Digital twins can be used to simulate layouts and workflows in a warehouse and help optimize them before any actual changes.
The combination of accurate WMS, ERP, inventory, and operational data is most effective with AR and VR.
The first measurable warehouse problem that a business should tackle is to try the technology in a pilot environment.
AR stores of the future will feature more collaboration between AI, computer vision, spatial computing, smart glasses, and digital twins.
The use of AR in supply chain operations can help to broaden warehouse guidance into greater logistics and delivery routes.Â
Â
Conclusion
Augmented reality and virtual reality applications in warehouse management are finding their way into making picking better, managing goods more efficiently, training staff more effectively, planning layout designs, and testing new techniques. AR is well suited to be adopted in live tasks like vision picking, AR warehouse picking, visual picking, navigation, and smart glass inventory management, while VR is effective in training, safety, simulation, and planning. Industrial augmented reality becomes more and more integrated with AI, the digital twin concept, computer vision, as well as warehouse systems, and can thus grow to include other use cases of augmented reality in supply chain operations and augmented reality logistics. The best way to do this is to begin by clearly defining the warehouse issue, quantifying what works, and scaling supplies as a means of actually achieving operational gain.Â
