The Role of RFID Technology in Modern Asset Tracking

July 11, 2024
Categories:

IoT Solutions

rfid asset tracking

RFID technology, though not new, has been around for decades and is now experiencing a surge in popularity because of its ability to optimize modern asset management. RFID technology in Asset Tracking uses RFID tags and readers. They are embedded into different items to achieve supply chain visibility, automate inventory management and support asset tracking across various industries. This technology helps you get a clear picture of business operations.

In this article, we will discuss the significant role of RFID (Radio Frequency Identification) technology in asset tracking, its applications, RFID benefits and future prospects.

Introduction

Half of the businesses find it challenging to manage their assets, prevent defects, theft, or cyberattacks. This is when the ideal asset tracking solution comes in, RFID technology. RFID tags and readers manage the physical assets effectively with an organized approach. With real-time insights, it reduces errors, maintains digital accuracy and enhances overall operational efficiency. The adoption of RFID has led to an increase in inventory accuracy from 65% to over 95% across multiple sectors. 

As per a study conducted by Research and Markets, the global asset tracking market is expected to reach $36.3 billion by 2025.

How RFID Asset Tracking Works

RFID asset tracking is a system of RFID tags and electromagnetic readers used to track valuable assets, such as fixed or moveable physical assets. An RFID tag is attached to the assets, containing information such as name, location, amount and condition. Tag sends the stored data via radio waves to the RFID reader. 

  1. RFID Tags: They are of three types: active, passive, or semi-passive. Tags contain data like ID, condition, quantity and location.
  2. Antenna: It identifies the signal from RFID tags.
  3. RFID Reader: It is connected to the antenna and reads the data from the tags.
  4. Database: The reader transmits the data to a database for storage, evaluation and action.

Active tags provide long-range tracking up to 150 meters, while passive tags are cost-effective but have a shorter range.

RFID Benefits in Asset Tracking

If you are planning to improve your modern asset management process. RFID technology is the ideal choice that comes with various benefits such as: 

1. Real-Time Tracking: Provides instant access to asset locations and statuses. Provide up-to-date and accurate information. It helps in improving decision-making and asset utilization.

2. Improved Accuracy: With manual inventory checks errors and equipment failure is common. Whereas RFID in asset management eliminates these issues by reducing errors, discrepancies and improving inventory management with accurate and reliable data.       

3. Operational Efficiency: Automates data collection, scanning which in turn saves time and labor costs.

4. Security and Loss Prevention: Real-time locating systems (RTLS) keeps you updated with the asset movement record, prevents any unauthorized access and theft. Also, it can be easily expanded to accommodate an increasing number of assets. 

Applications and Real-Time Usage of RFID in Different Industries

RFID asset tracking technology is versatile and is used in a wide range of industries applications to address specific asset tracking challenges:

Manufacturing

RFID efficiency is helpful in the manufacturing field to track raw materials, work-in-process and finished goods. Tags attached to each item support real-time inventory needs, allowing proper material availability and reducing production lag time. To run manufacturing plants effectively, many tools and equipment are involved. RFID tags can be fixed with these assets, enabling automatic tracking, predictive maintenance scheduling and reducing lost or misplaced tools. This technology tracks products through various production stages, helping control quality and identify manufacturing bottlenecks.

  • Example: Ford Motor Company used RFID to track the flow of engines and transmissions through the assembly line. The result has been better inventory management, cost savings in labour and improved quality control.

Healthcare

Hospitals face ongoing challenges in tracking medical equipment. Using RFID tags on devices enables staff to locate needed equipment quickly, improving treatment efficiency and reducing delays. RFID-based medicine tracking ensures timely drug availability, minimizes errors and supports regulatory compliance. RFID patient wristbands provide immediate access to crucial medical information in emergencies.

Mapsted enhances these processes with its Tags, Flow and Badges. Tags offer real-time asset tracking, reducing search times and boosting productivity. Flow optimizes patient and staff movement, reducing wait times. Badges ensure accurate personnel tracking, enhancing security and efficiency. Together, these solutions streamline operations and improve both staff and patient experiences​​.

Retail

RFID technology helps retailers keep accurate inventory. It provides real-time stock monitoring, preventing both shortages and excess. They help prevent theft and if stolen, the tags trigger alarms at store exits. RFID smart shelves and displays improve shopping. Customers get product details and personalized offers on their phones when they pick up tagged items. In fact, high-end fashion stores use RFID mirrors or fitting rooms to show more product info, suggest accessories  and display available sizes instantly.

Logistics and Transportation

RFID technology provides real-time visibility on the movement of goods which is a very important aspect in cargo tracking for logistics and transportation. This allows firms to monitor their shipments in transit, ultimately leading to a decrease in theft and loss by knowing where the delivery is. RFID tags help in better tracking of vehicle metrics such as periodic maintenance schedules, driver behaviour and statistics on the usage of your vehicles, all seamlessly resulting in cost savings and higher safety standards. RFID-tagged shipping containers can be monitored easily and quickly throughout their route to make port operations smooth and reduce time and human efforts at each trip for inspections.

IT and Data Centers

RFID tags track valuable IT assets like servers, laptops and networking equipment within data centers. This prevents theft, loss and misplacement. RFID also helps manage assets by automating inventory audits and tracking maintenance schedules.

  • Example:  IBM cut costs and streamline asset tracking by using RF Code’s RFID solution. They reduced reconciliation time by 80%, decreased asset search time by 94%, eliminated manual inventory costs and improved asset accuracy from 71.7% to 99.7%.

Airlines

RFID technology is revolutionizing the transportation industry in terms of baggage handling for airline companies. Airlines are able to track bags from check-in through final destination via a unique RFID tag placed on every luggage. This reduces the number of mishandled or lost bags, saving much time and improves efficiency in baggage handling operations and overall improves the passenger experience.

RFID vs. Other Tracking Technologies

Comparing RFID with other asset tracking solutions highlights its strengths:

  • RFID vs. GPS: RFID excels in indoor and close-range tracking, while GPS is better for outdoor tracking and geolocation.
  • RFID vs. Barcodes: RFID offers faster, more automated data capture, allowing multiple tags to be read simultaneously without line-of-sight, unlike barcodes.

RFID Implementation Challenges and Solutions

While RFID technology offers numerous benefits, there are some challenges to its implementation:

  1. Initial Costs: Despite the advantages of this solution, initial setup costs can be high; however, scalable solutions from providers and pilot projects can help reduce expenses.
  2. Range and Interference: Proper planning ensures that the readers are placed well to resolve these challenges.
  3. Data Privacy: Implementing strong encryption and authentication protocols ensures data protection.
  4. Integration with Existing Systems: Working closely with IT and RFID solutions providers can result in seamless integration.

RFID Technology Future Prospects and Trends

The future of RFID technology in asset tracking looks promising:

  1. Advancements in Miniaturization: More smaller, high-efficiency RFID tags will add to the range of uses and applications.
  2. Integration with IoT and Cloud: RFID will be merged with IoT sensors and cloud platforms which in turn can deliver comprehensive asset tracking  & analytics.
  3. Emerging Technologies: innovations in sensor fusion, together with AI-based solutions will complement both accuracy of this solution as well its automation capabilities, helping track your assets more efficiently.

Conclusion

The RFID technology impact in asset management is undeniable. It has revolutionized the way businesses track, manage and optimize their assets. Moreover, it has given businesses real-time visibility, a higher accuracy rate and enhanced operational efficiency. Because businesses are always in need of more efficient ways to manage their resources, RFID technology will continue serving as an important tool. If companies can avoid hurdles by taking advantage of improvements made, they will unlock all RFID benefits and ultimately optimize their operations to become more competitive.

Leading the way with RFID technology, Mapsted provides advanced asset tracking solutions, delivering real-time tracking and asset monitoring with 100% accuracy and minimal hardware requirement. Ready to get started? Contact us to book a free demo. And make sure to check out our insightful articles on Mapsted vs. RFID: A Comparative Analysis of Asset Tracking Tags  or download Mapsted’s Technology Landscapes whitepaper to learn about how Mapsted outperforms pre-existing technology.

Frequently Asked Questions

Q1. How RFID Technology Is Used Across Different Industries

Ans. RFID technology is applicable in multiple industries from healthcare, manufacturing, logistics to retail and IT. This can improve inventory management, streamline operations processes, minimize errors and boost security in various industries.

Q2. What are the different types of RFID tags, and how do they vary?

Ans. RFID tags come in three varieties: active (battery-powered with long-range), passive (powered by the reader with a shorter range), or semi-passive (battery-assisted without an onboard transmitter). Each type provides a different advantage to the application.

Q3. What are the costs associated with RFID technology implementations?

Ans. Although initial setup costs can be high, the long-term savings on labour and the benefits in terms of precision and efficiency often lead to a solid return on investment (ROI).

Q4. How does RFID compare to barcode and GPS tracking technologies?

Ans. RFID systems are automated and fast in capturing data; they do not require a direct line of sight to work, unlike barcodes which are being phased out. GPS, on the other hand, is used for long distances and outdoor tracking, whereas RFID systems work best indoors over short distances​​​​.

Q5. What are the future trends in RFID technology?

Ans. These advancements focus on next-generation solutions that advance existing miniaturization and integration of a large variety of IoT and cloud-based systems, in conjunction with technologies like advanced sensor fusion with AI, further enhancing accuracy and automation in the tracking of assets.

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