Traditionally, GPS and RFID are regarded as two separate options for asset tracking technology. GPS is more applicable on a large scale but is more power-hungry. RFID is power-saving, but it is also more location-restricted. When these two technologies are combined, the solution presented is far more practical and sustainable than either on their own.

To fully understand, we must first examine the technologies separately.

RFID GPS Trackers: Two Technologies, One SolutionWhy Companies Need GPS and RFID in the First Place

Before discussing how GPS and RFID work separately and how they can be united to produce improved results, it’s good to establish why these technologies are important in the first place.

Both GPS and RFID provide forms of RTLS – real-time location systems. These systems provide location data for tracked objects, allowing companies to make better business decisions by informing them of use patterns and preventing loss of equipment. These systems allow operators enhanced visibility of important assets, empowering operators to improve operations with manufacturing and logistics industries alike.

It is important to establish these benefits because it creates a baseline of why GPS, RFID, or other forms of RTLS are necessary despite any potential downfalls. The true goal should be to find a way to improve or enhance these technologies in such a way that disadvantages are minimized, allowing companies to reap the benefits of the enhanced visibility they provide.


Join the AirFinder Difference!

  • Innovation. Organizations can be freed up to innovate and bring more impactful products and services to market.
  • Profitability. Increased profitability provides new opportunities to innovate and improve valuation.
  • Digital Transformation. Discover competitive advantages, new revenue opportunities, improved customer relationships, and increased efficiency.


GPS Trackers: Scalable, but Power-Hungry

Most people are familiar with GPS technology, to some degree. GPS distinguishes location through communication with earth’s satellites. It utilizes radio waves to detect location, applicable on either a large or small scale. This ability to translate on different scales makes it a popular choice for a tracking technology.

However, GPS trackers are incredibly battery-draining. Essentially, GPS requires other technologies to transmit location data in a readable format, often Wi-fi or cellular. This need to connect to another source makes for a power-hungry system, expending far more energy and causing far more battery waste than most other trackers. That being said, when it is used to track in-transit assets, many systems can be plugged directly into a vehicle to reduce power drain.

RFID Tags: Power-Saving, but Location-Restricted

Like GPS, RFID technology utilizes radio waves in order to locate and communicate with assets being tracked. It is a near-field technology that is equipped to communicate with multiple tags at once within a set area, which is dictated by a corresponding network of scanners. Unlike GPS, RFID technology functions in a way that preserves battery life in all contexts, as it can transmit data on its own and often have sleep functions that further assist in reducing energy drain.

However, while GPS can translate into large-scale outdoor settings, RFID tags are typically limited to a set location, as they require the presence of a scanner to be of use. This set location might be a building, job site, or the interior of a shipping trailer. Beyond these situations, an RFID tag’s ability to preserve battery and reduce energy consumption is rendered moot, as it does not easily translate into larger scales. That is not to say, however, that hope for a battery-saving, scalable solution is lost.

Combining GPS and RFID for Practical, Sustainable Results

A combination of GPS and RFID can create a robust system that is optimal for both on-site and off-site location tracking while reducing power drain. By using RFID on-site, GPS’s battery-draining tendencies can be minimized. Further, GPS has more power-saving capabilities when used in-transit, in a context where RFID is more difficult to employ.

As both technologies have their own benefits and drawbacks, implementing a coherent system that utilizes both can help you save both time and money by prioritizing a power-saving RFID solution for small-scale use with a farther reaching GPS solution for large-scale and in-transit use.

To find out if a combination of RFID and GPS could work for you, book a demo with Link Labs today.Learn how Link Labs produces the most sustainable RFID GPS trackers!

Jennifer Halstead

Written by Jennifer Halstead

Jennifer Halstead, MBA, CPA brings more than 20 years financial industry experience to Link Labs. She began her career in finance within the pharmaceutical industry and has continued in both public accounting and private companies. She passed the CPA exam with the 3rd highest score in the state and completed her MBA with an accounting concentration (summa cum laude). Jennifer has worked with several software companies and has led multiple venture financing, merger and acquisitions deals. She has helped companies expand internationally and has managed the finance department of a startup to 33 consecutive quarters of growth prior to acquisition. After the acquisition, she served as the Controller of Dell Software Group’s Data Protection Division where she managed a portfolio of multiple hardware and software products to scale and achieve over triple-digit growth worldwide in 18 months. Jennifer brings a depth of finance experience to the Link Labs team.

Related Blogs

Asset Tracking, BLE Asset Management logistics

How Do AirTag Trackers Work In Logistics Operations

Asset Tracking, BLE Asset Management logistics

What To Include In Your Supply Chain Contingency Plan

Asset Tracking, BLE Asset Management logistics

Is Asset Tracking a Luxury Or a Necessity?

Subscribe to Link Labs' blog weekly update!


Subscribe to Link Labs' blog weekly update!