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RFID in Manufacturing

A Comprehensive Guide for RFID Application in the Industry

What is RFID?

RFID, or Radio Frequency Identification, is a technology that uses radio waves to identify and track objects. It works by encoding data onto RFID tags or smart labels, which can be read by readers using radio waves. The system consists of three core components: a tag or label containing an integrated circuit and an antenna, an interrogator or reader, and a communications interface that allows a computer to interpret and store the data. 

RFID can be used in manufacturing to track inventory, monitor the production process, and track assets. It has several advantages over existing asset tagging technologies like barcodes, as it can be read at a distance and without a clear line-of-sight to the tag. This allows the chip to be embedded in the surface of a product or in a discreet location.

How does RFID work in manufacturing?

RFID technology is used in manufacturing to automate information collection about the location and movement of stock and other components. The system consists of an RFID tag, reader, and antenna. The tag contains a microchip and an antenna that communicate with the reader via radio waves. As the tag passes through the reader’s electromagnetic field, it transmits its unique identifier to the reader, which then communicates the information to a central computer system. This provides real-time visibility into manufacturing operations, improves decision-making, and reduces costs. 

RFID technology is used in manufacturing to track inventory, monitor production processes, manage supply chain logistics, and reduce carrying costs. For example, tagging components, WIP, and finished products with RFID tags provides real-time traceability, while placing RFID tags on equipment helps locate lost or misplaced assets needed for production setup and execution.

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Where is RFID used in manufacturing industry?

1. Track and Trace Products Through the Manufacturing Process
RFID technology is used to track and trace products through the entire manufacturing process, from start to finish. RFID tags are used to monitor the path of products through the manufacturing process, allowing manufacturers to track which stages the product has gone through, which checks have been performed, and which components have been installed. This tracking helps identify bottlenecks and inefficient areas, reducing production times by up to 30%. 
2. Improve Efficiency and Productivity of Manufacturing Processes
RFID technology is revolutionizing manufacturing processes by improving efficiency and productivity. By tracking and managing inventory and production processes, RFID systems enable companies to automate tracking of parts and goods, manage assets, streamline manufacturing processes, and gain visibility into the full lifecycle of products. With accurate and timely data, companies can schedule routine maintenance during off-peak times, keep equipment running during busy periods, and make informed decisions about when to inspect, repair, or replace equipment.  RFID technology eliminates the need for paperwork, spreadsheets, and barcodes, which can hold back production systems when it comes to automation, scalability, and durability. With machine-to-machine communications, RFID solutions transform manufacturing and automotive assembly lines, enabling next-level agility that drives productivity and profit.
3. Identify and Track Assets in the Manufacturing Facility
RFID technology is used to identify and track assets in a manufacturing facility. RFID tags are attached to assets such as tools, molds, and machinery, and these tags communicate with RFID readers to provide real-time location and status updates.  Benefits of using RFID for asset tracking include increased accuracy, efficiency, and automation in inventory management. RFID can track a wide range of assets in a manufacturing setting, from small tools to large pieces of machinery.
4. Improve Visibility and Transparency in the Supply Chain
RFID technology offers real-time asset tracking of materials and assets in the manufacturing industry, improving accuracy, efficiency, and reliability throughout the supply chain. It reduces shipping errors, validates raw materials and finished goods, and increases visibility of goods within a supply chain.  The ability to track product information at all stages of the supply chain increases accuracy, efficiency and accountability. RFID technology brings transparency to the supply chain, allowing for identification of patterns and issues. It provides a more controlled environment, offers a new layer of security, optimizes inventory, and increases productivity. 
5. Track Production Line Performance and Production Information
RFID technology is used to track the movement and location of components, semi-finished, and finished products in the manufacturing industry. This allows for real-time monitoring and control of production, improving productivity and quality.  RFID tags can also help optimize inventory management, prevent mixing of different styles and sizes, and count the number of pieces in packed cartons without opening them. 
6. Improve Quality Control and Quality Assurance
Quality control and quality assurance are critical aspects of the manufacturing industry. RFID technology can be used to improve these processes by providing accurate and reliable data. RFID systems involve attaching labels to products and then reading them with RFID scanners to track products throughout the production process and ensure that each product is accounted for. This allows manufacturers to track inventory and quickly replenish items that are running low, reducing the risk of errors and increasing efficiency.  RFID systems can also detect and correct errors such as mislabeled products, ensuring that quality is maintained. Additionally, RFID technology can be used to track changes and any damage occurring, and data can be fed back to the system throughout the manufacturing process to highlight any flaws or changes in state. 
7. Increase Security at Facilities and Plants
RFID technology is a valuable tool for improving security at manufacturing facilities and plants. It can be used to monitor various security aspects, such as replacing passwords for process control and parameter change, tracking assets and equipment, and providing continuous updates on the status and location of goods.  RFID tracking stickers can connect tasks, operators, and machines, ensuring that only authorized personnel can use them. This level of control reduces the opportunities for staff to lose critical assets and improves accountability among staff for signing keys and equipment in or out. RFID systems can also create history logs, which can be referred to when problems occur, increasing accountability for damages in the supply chain. 
8. Reduce Shrinkage and Losses Through Inventory Control
RFID technology can be applied to reduce shrinkage and losses through inventory control in the manufacturing industry by providing a more accurate and efficient method of inventory management. By tagging raw materials or even the location of raw materials, RFID offers a more accurate way to monitor the real-time location of assets, allowing for more efficient production planning and preventing shrinkage. It eliminates the need for manual inventory counts, which can be time-consuming, inaccurate, tedious, and inefficient. 
9. Improve Efficiency of Warehouse Management
Warehouse management in the manufacturing industry can be a challenging task due to the complexity of tracking and managing inventory. Manual inventory procedures can be time-consuming, inaccurate, tedious, and inefficient. However, RFID technology can significantly improve the efficiency of warehouse management. By using RFID tags, manual scanning is eliminated, improving inventory tracking instantly. RFID technology can also help achieve lean production by reducing waste.  For example, RFID warehouse equipment tracking systems can save staff hours of labor every week by automating tedious, manual equipment and key management. The RFID tracking system will automatically compile everything, and managers won’t spend as much time overseeing asset transactions and monitoring reports. 

What are the benefits of using RFID in manufacturing?

RFID technology has a significant impact on the manufacturing industry by improving efficiency, accuracy, and visibility in the manufacturing process. RFID tags can be used to track inventory, automate processes, and improve supply chain management. With RFID technology, manufacturers can reduce cycle count time, minimize manual tasks, and eliminate the “search regret” effect.

RFID can also help in identifying an item’s location within seconds, which can prevent the mixing of different styles or sizes of products. Moreover, RFID can reduce human error in manufacturing by analyzing the performance of individual employees and departments. RFID technology can be used in conjunction with clinical decision support systems, electronic health records, and hospital information systems in the healthcare industry.

How to implement an RFID inventory system in manufacturing facilities

Step 1: Select an RFID inventory system
When selecting an RFID inventory system for manufacturing facilities, it’s important to consider factors such as the size of the facility, the number of products being tracked, and the level of automation required.  There are two main types of RFID systems: passive and active. Passive systems are cheaper and have a longer lifespan, but require closer proximity to the reader. Active systems have a longer range but are more expensive and require more maintenance.  Other factors to consider include the type of tags needed, the level of integration with existing systems, and the level of security required. It’s also important to choose a system that is scalable and can grow with the business. 
Step 2: Get licenses and certifications required by your employer
Implementing an RFID inventory system in manufacturing facilities requires certain licenses and certifications to ensure successful implementation. Obtaining these licenses and certifications is important to guarantee that the system is implemented correctly and meets industry standards. Here is a step-by-step guide on the licenses and certifications required for implementing an RFID inventory system in manufacturing facilities:
  1. Obtain a license for radio frequency equipment operation from the Federal Communications Commission (FCC). This license is required to operate RFID equipment that uses radio frequencies to transmit data.
  2. Obtain a certification for the RFID equipment being used. The certification ensures that the equipment meets industry standards and regulations.
  3. Obtain a certification for the RFID software being used. The certification ensures that the software meets industry standards and regulations.
  4. Obtain a certification for the RFID system integration. The certification ensures that the system integration meets industry standards and regulations.
Step 3: Choose an RFID provider
When choosing an RFID provider for your manufacturing facility’s inventory system, there are several factors to consider. First, cost is an important consideration, as RFID technology can be expensive. However, it’s important to balance cost with reliability, as a cheaper solution may not be as effective in the long run. Scalability is also important, as your inventory system may need to expand in the future. Compatibility with existing systems is another factor to consider, as you don’t want to invest in a technology that won’t work with your current systems. Some top RFID providers in the industry include Asset Vue, Zebra Technologies, Impinj, and Alien Technology. Asset Vue offers a wide range of RFID solutions for various industries, including manufacturing. 
Step 4: Setup an RFID system
To set up an RFID system for inventory management in manufacturing facilities, you will need RFID tags, readers, access terminals, management software, and storage cabinets. Here are the steps to follow:
  1. Choose the appropriate RFID tags for your inventory items and attach them to each item.
  2. Install RFID readers and access terminals at strategic locations where inventory items are stored or moved.
  3. Connect the readers and access terminals to the management software and configure the system to suit your needs.
  4. Install storage cabinets equipped with RFID readers for secure storage of keys, handheld scanners, toolkits, and other important equipment.
  5. Test the system for accuracy and reliability by scanning a sample of inventory items and comparing the results with the database.
  6. Train your staff on how to use the system and enforce strict compliance with the procedures.
  7. Monitor the system regularly and troubleshoot any issues that arise promptly.
To troubleshoot common issues, check the connections between the hardware components and ensure that the software is up-to-date. If the system is not reading tags accurately, check for interference from other radio signals or metal objects nearby. Finally, ensure that the tags are attached correctly and replace any faulty tags.
Step 5: Designate areas for tags and tags for each area
When implementing RFID tags in a manufacturing facility, it is important to carefully designate areas for tagging and select the appropriate tags for each area. In raw material storage areas, consider using durable tags designed for metal surfaces to ensure accurate tracking of inventory. For work-in-progress areas, high-spec reusable tags on skids and conveyors may be appropriate. In finished goods inventory areas, consider using disposable labels that can stay with each component throughout its manufacturing workflow. When selecting tags, consider the material of the item being tagged and the distance of the tag from the reader. For items with metal surfaces, special on-metal RFID tags or labels should be used to improve performance. Environmental factors such as temperature and moisture should also be considered when selecting tags, as certain types may perform better in specific conditions.
Step 6: Set up rules and triggers for scanning devices
Setting up rules and triggers for scanning devices in an RFID inventory system is crucial for efficient manufacturing facilities. These rules and triggers help automate the data collection process and ensure accountability among staff. Here’s a step-by-step guide to configuring them:
  1. Identify the key assets that need to be tracked using RFID tags, such as handheld scanners and equipment.
  2. Determine the specific events that should trigger a scanning action, such as when an item is checked out or returned.
  3. Decide on the rules that should be put in place to ensure compliance with industry standards and best practices, such as requiring equipment to be fully charged before use.
  4. Configure the RFID system to automatically trigger a scan when a specific event occurs, such as when an item is checked out.
  5. Set up alerts for supervisors if an item is overdue for return or if there are any issues reported with the equipment.
  6. Regularly review and update the rules and triggers to ensure optimal efficiency and accuracy..
Step 7: Optimize the system performance
To improve read accuracy, it is crucial to ensure that the RFID tags are properly placed and installed in the correct location. It is also essential to have industry-grade reliability and performance for the manufacturing system and software. To reduce interference, it is important to avoid placing RFID tags near metal objects or other sources of electromagnetic interference.  Also, qualifying new systems for industrial processes with pre-qualified components and experienced partners can accelerate the testing phase. To minimize downtime, use the data from the RFID system to schedule routine maintenance during off-peak times and keep equipment available and running during busy periods.
Step 8: Implement customer service solutions
Implementing customer service solutions in RFID inventory systems for manufacturing facilities is crucial for ensuring smooth operations and maximum efficiency. These solutions can include fast and expert support, onsite support if necessary, and the ability to quickly read and access data about critical production equipment.  A good RFID consultant can create a custom solution for your business that uses various RFID technologies to get the best ROI in the shortest amount of time. It is also important to have a web portal and dock door appointment scheduler to streamline communication and scheduling processes. 
Step 9: Track usage reports and analytics
To track usage reports and analytics for an RFID inventory system implemented in a manufacturing facility, follow these steps:
  1. Use the software management dashboard to access real-time tracking data on RFID-tagged equipment and keys.
  2. Generate reports that show detailed tracking histories to identify meaningful trends and monitor employee performance.
  3. Ensure accountability and improve compliance with important industry standards and management best practices.
  4. Optimize the management of repairs and maintenance by identifying asset utilization.
  5. Use the data collected to schedule routine maintenance during off-peak times and keep equipment available and running during busy periods.
  6. Analyze the data to improve inventory management and production efficiency.
Step 10: Assess security provisions in the system
When assessing security provisions in an RFID inventory system for manufacturing facilities, it is important to prioritize security to protect against potential risks. One of the main risks is unauthorized access to sensitive information, which can lead to theft or sabotage. To mitigate these risks, there are several security measures that can be implemented, such as access control methods like PIN codes, biometrics, and swipe cards. Additionally, cabinets should be secure and reliable, and modular to allow for different floor plans and use cases. Another important security measure is to ensure that the system is built on industry-grade reliability and performance, as accurate data is crucial for manufacturing systems like Automation and Just-In-Time. The use of touchscreens for access terminals can also provide customized checklists to improve process controls and avoid costly downtime and rework.

RFID applications and uses in manufacturing

1. Track and Trace
RFID technology is a powerful tool for track and trace purposes in manufacturing. It allows for the creation of a chain of custody for assets, improves visibility to asset location, optimizes the management of repairs and maintenance, and identifies the utilization of assets. RFID tags are used to track the path of products through the manufacturing process, allowing for the identification of bottlenecks and inefficient areas.  They also enforce better accountability among staff signing keys and equipment in or out, recording the condition of everything signed out. RFID tracking systems have already been shown to reduce production times by up to 30%, and they never tire or make human errors because they’re rushing. RFID tracking systems are designed to give real-time data with the accuracy and dependability required for automation, just-in-time, and custom manufacturing.
2. Inventory Management
RFID technology is widely used in inventory management in manufacturing due to its ability to improve inventory accuracy and efficiency. By using RFID tags, manual scanning is eliminated, and inventory tracking is improved instantly. This technology can also help achieve lean production by reducing waste and keeping WIP running smoothly. RFID tags can increase visibility and tracking of inventory in a factory, allowing for better forecasting of raw materials and preventing shrinkage. 
3. Production Tracking
RFID technology has revolutionized the manufacturing industry by providing an efficient method of tracking production processes. RFID tracking systems use tags to monitor the movement of products and equipment through the manufacturing process. This information is then used to identify bottlenecks and inefficient areas, allowing businesses to speed up production and reduce production times by up to 30%. One of the significant benefits of RFID technology in production tracking is the ability to automate and standardize essential processes. This ensures that work is carried out consistently, reliably, and with good feedback when errors occur. For example, production floor staff can be immediately alerted if they start their shifts without essential equipment and toolkits. RFID technology also allows personnel to be tracked in a factory, ensuring that staff are working in the correct areas. This has the added benefit of being able to track outputs by workers, allowing businesses to monitor employee performance and quickly identify under-performing sectors of the company. The ability to access real-time product execution information allows a factory to speed up its processes and limit downtime. RFID tags allow companies to determine, manage, and modify production steps to each unique project. This can give machinery or workers the information they need to work efficiently on custom jobs.
4. Machinery Control Systems
RFID technology can be used in machinery control systems within the manufacturing industry to improve efficiency and accuracy. By using passive RFID tags, accurate and timely data can be captured about the health of factory machinery, including equipment usage, cleaning, maintenance history, and overall condition. This data can be used to schedule routine maintenance during off-peak times and keep equipment available and running during busy periods, ensuring parts get out the door on time for customers.  RFID systems also enforce better accountability among staff signing keys and equipment in or out, recording the condition of everything signed out. RFID can also be used in process control and regulation of operational parameters, creating associations between tasks, operators, and machines to ensure only authorized personnel can operate the equipment. 
5. Safety and Security
RFID technology can greatly enhance safety and security in the manufacturing industry by providing real-time information about the location of equipment, materials, and personnel. RFID tags can be attached to objects or people, and RFID readers can track the tags to identify their location. This information can be used to prevent accidents and improve asset management. For example, if a worker enters a restricted area, an RFID reader can alert security personnel.  RFID tags can also be used to track inventory and ensure that supplies are ordered when needed. Additionally, RFID technology can help prevent theft and loss of equipment and materials. While there are some concerns about privacy and security with RFID technology, there are measures that can be taken to address these issues, such as deactivating tags or removing them before products are sold. 
6. Automation
RFID technology is a powerful tool in automation processes in the manufacturing industry. It allows for real-time tracking of assets, equipment, and inventory, reducing the risk of loss and improving accountability. RFID technology can be used to automate equipment and key management, reducing the opportunities for staff to lose critical assets. It also offers important insights into the workflows within which those items are used.  With RFID, it’s possible to optimize inventory, deliver customized products, and increase productivity, all while eliminating manual tasks and reducing errors. Successful implementation of RFID technology has led to shorter cycle times, decreased labor costs, and increased traceability of every automotive part on the manufacturing line. 
7. Manufacturing Process Improvement
RFID technology is revolutionizing the manufacturing process in many ways. By enabling machine-to-machine communication and streamlining even the most complex assembly processes, RFID is transforming manufacturing and automotive assembly lines. One of the main benefits of RFID technology is improved efficiency. RFID tags can monitor work-in-progress (WIP) and report data at critical production stages, making it easier to schedule routine maintenance during off-peak times and keep equipment running during busy periods. This ensures that parts get out the door on time for customers. 
8. Efficiencies
RFID technology can significantly improve manufacturing efficiencies by providing accurate and real-time tracking of assets, such as production equipment and returnable containers. By incorporating RFID tags, manufacturers can collect data about their machinery’s health and status, reducing or eliminating downtime. RFID also allows for easy management of returnable containers, ensuring that expensive assets are returned and not lost or misplaced. This technology streamlines operations, reduces waste, and improves inventory tracking, leading to better asset utilization, faster production times, and increased profitability. 

The Pros of RFID for manufacturing organizations

1. Improved Inventory Tracking and Visibility
RFID technology can greatly improve inventory tracking and visibility for manufacturing organizations. By placing RFID tags on assets and products, companies can automate data collection and receive real-time updates on inventory levels. This allows for more efficient inventory management and reduces the risk of stockouts or excess inventory. RFID also enables companies to track items throughout the supply chain, providing increased visibility and reducing the likelihood of shipping errors. 
2. Improved Process Efficiency
RFID technology can significantly enhance process efficiency in manufacturing organizations. By providing real-time visibility into the status of each assembly project, managers can stay on track and customers can receive updates on order status. RFID can also optimize inventory and ensure parts are replenished on time, preventing line downtime due to parts shortages.  RFID can also streamline processes by eliminating manual tracking and paperwork, reducing errors, and increasing productivity. It can also offer important insights into workflows, allowing for automation and standardization of processes. For example, RFID can help identify missing equipment and toolkits, ensuring production floor staff have the necessary tools to carry out their work. 
3. Improved Product Quality
RFID technology can improve product quality in manufacturing organizations by reducing errors, providing a controlled environment, and adding a new layer of security. By creating a more visible chain from start to finish, RFID technology can identify patterns or highlight issues, pinpointing where they occurred. For example, shipping volume errors can be eliminated by knowing the exact amount of assets being sent.  Additionally, RFID technology creates a more controlled environment and makes management much simpler by providing instant inventory checks and identifying production errors. Also, using RFID technology can ensure that quality is maintained in harsh and challenging environments, and data can be fed back to the system throughout the manufacturing process to highlight any flaws or changes in state. 
4. Improved Operational Efficiency
RFID technology can significantly improve operational efficiency in manufacturing organizations by streamlining processes and reducing time and labor costs. By using RFID tags, manufacturers can track and monitor the location and status of vital equipment and mobile devices, reducing the time spent searching for missing items.  RFID can also provide important data about critical production equipment, allowing manufacturers to schedule routine maintenance during off-peak times and keep equipment running during busy periods. This helps ensure that parts are delivered on time to customers. Plus, RFID can reduce errors by creating a more visible chain from start to finish, identifying patterns or highlighting issues, and pinpointing where they occurred. 
5. Increased Security
RFID technology offers a multitude of security benefits to manufacturing organizations. Real-time tracking of inventory and equipment is made possible, ensuring that assets are accounted for at all times. This reduces the risk of theft and loss, while also enabling organizations to maintain peak asset utilization. RFID tracking stickers can also be used to connect tasks, operators, and machines, guaranteeing that only authorized personnel can use them.  Access control for restricted areas is also enhanced, with RFID technology replacing passwords for process control and parameter change. RFID systems provide continuous updates on the status and location of goods, ensuring that they reach their destination at the right time. By automating equipment and key management, RFID technology reduces opportunities for staff to lose critical assets, and alerts supervisors when equipment is not returned on time. 
6. Reduced Errors
In manufacturing organizations, errors can occur at various stages of the production process, leading to missed shipments, incorrect inventory, and product losses. These errors are often caused by manual processes, including handwritten information and barcode scanning, which can be time-consuming and prone to errors.  However, RFID technology can reduce errors by automating tracking and updating information in real-time. By creating a more visible chain from start to finish, RFID technology can identify patterns and highlight issues, pinpointing where errors occurred. For instance, shipping volume errors can be eliminated by knowing the exact amount of assets being sent. 
7. Increased Labor Efficiency
RFID technology can significantly increase labor efficiency in manufacturing organizations by streamlining processes and saving time for workers. With real-time visibility into each assembly project status, managers can stay on track, and customers can get visibility into order status during assembly, bringing agility to assembly lines with data that informs operations and customers to stay one-step-ahead at all times.  By automating schedule tracking and eliminating manual tracking and paperwork, headaches and errors are reduced, and productivity increases while labor costs go down. With RFID, employees won’t waste time hunting for missing equipment, and peak asset utilization will be maintained. 
8. Reduced Shipment Errors
RFID technology can significantly reduce shipment errors in manufacturing organizations by providing real-time visibility of materials and assets needed to keep the manufacturing process moving with clockwork efficiency. By automating tracking and updating inventory in real-time, RFID technology minimizes the need for manual processes, which are often prone to errors.  With RFID tracking, you can identify patterns, highlight issues, and pinpoint where errors occurred, thus reducing errors in shipping volume. RFID technology adds a new layer of security by tracking assets to their destination, limiting internal and external threats. For instance, RFID tagging can help warehouse employees know what’s in the boxes, enabling them to put away the items efficiently, thus reducing the chances of shipment errors. 
9. Increased Productivity
RFID technology can increase productivity in manufacturing organizations by reducing errors, creating a more controlled environment, and adding a layer of security. By using RFID tags, businesses can track and manage inventory and production processes more efficiently, making information readily available for scheduling routine maintenance during off-peak times and keeping equipment running during busy periods. RFID systems can also streamline operations, double up as a form of security, and limit internal and external threats, in addition to tracking assets to their destination.  Incorporating RFID systems into container management programs can help ensure the return of specialized containers, reducing the need to replace them. Moreover, RFID tags allow manufacturers to determine, manage, and modify production steps for each unique project, thus speeding up processes and limiting downtime.
10. Improved Logistics and Shipping Processes
RFID technology can significantly improve logistics and shipping processes for manufacturing organizations. By automating tracking and updating in real-time, errors can be reduced, and a controlled environment can be established. RFID can streamline operations, create a new layer of security, and offer increased visibility of goods within a supply chain.  Major sectors can use RFID technology to track product information at all stages of the supply chain, which increases accuracy, efficiency, and accountability. This technology holds plenty of potential, but it needs to be implemented strategically to realize its full benefits. By emphasizing connectivity and mobile solutions, companies can reduce out-of-stocks, avoid unnecessary manual orders, streamline warehouse receiving processes, and minimize errors in receiving. 
11. Improved Carbon Footprint
RFID technology can play a critical role in helping manufacturing organizations reduce their carbon footprint and move towards more sustainable operations. By optimizing supply chain management and reducing waste, RFID can help companies minimize their environmental impact and improve their bottom line.  For example, RFID tags can be used to track the movement of goods and materials throughout the supply chain, allowing companies to better manage inventory levels, reduce overstocking and stockouts, and minimize the need for excess transportation. This can help reduce carbon emissions associated with transportation and logistics. RFID can also help companies identify and eliminate waste in their production processes, such as excess materials or inefficient energy usage. 
12. Improved Customer Satisfaction
RFID technology can greatly improve customer satisfaction for manufacturing organizations. By accurately tracking inventory levels, companies can avoid situations where customers order out-of-stock items, leading to a poor customer experience. Additionally, RFID technology can provide valuable data on customer buying behaviors and preferences, allowing companies to offer personalized services and tailored recommendations.  For example, by tracking the movement of fashion items with RFID antennas, companies can gain insights into which materials and styles are popular among customers. This information can then be used to improve product and service offerings, increasing customer satisfaction. 
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Asset Vue, LLC is a Paoli, Pennsylvania-based provider of RFID-enabled asset management solutions. With decades of experience as data centers directors, Asset Vue’s leadership knows the features asset management departments need, and our solutions are built through the lens of “For IT professionals, by IT professionals”. Our technology and solutions solve the challenge of maintaining asset and inventory information, continually keeping it up to date, and doing so throughout the entire asset lifecycle. Asset Vue has worked across industries and executed for companies of all sizes including small and medium-sized businesses, colleges and universities, federal agencies and municipalities, and Fortune 100 companies across multiple continents. With easy integrations, quick training, and rapid implementations, Asset Vue can have you operational and realize positive ROI quickly.

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