What are the alternatives for RFID technology? (2024)

In present-day realities, the search for new ways of improving business processes is directly connected with geolocation and positioning technologies. One of such solutions is RFID, a system of radio frequency identification, which allows tracking objects or persons. It is based on using readers and special RFID tags (transponders) that are placed in the form of tags, stickers, markers on tracked objects. From time to time readers send signals and tags using radio frequency emission for sending responses withdata for identification.

RFID systems are widely used in various industrial scenarios, such as international trade, logistics, healthcare and many others. It helps to monitor assets, ensure safety of goods and equipment, and coordinate staff workflow. Despite its high efficiency, recently many RFID alternatives have appeared which sometimes are even better in terms objects localization. What are these alternatives? What advantages do they have?

RFID alternatives

At present, there is a wide range of technologies that allow the tracking of objects in real-time. We’ll consider four alternatives and speak about the ways of their application and advantages for enterprises.

Wi-Fi

The system is based on the ability to define the signal level of devices and convert it into the distance. While implementing this technology, it’s possible to use the existing company’s Wi-Fi infrastructure and a special WiFi tracking tag, which makes it possible to save money on the system deployment.

The technology can be used for indoor positioning, sending push notifications with advertisem*nts to clients, providing communication channels for users. The main advantages of the Wi-Fi network are the following:

  • high-speed data transfer;
  • possibility to implement the system without cabling;
  • higher accuracy in comparison with the active RFID;
  • low level of emission, which ensures safety for users and environment;
  • increased working place mobility (employees can move freely around the premises within the active range of the network).

The system can be applied in manyscenarios for defining a location in shopping centers, logistics warehouses, industry, real estate, medical institutions.

Ultra-Wide Band (UWB)

Ultra wideband (UWB) technology is used in cases when high accuracy of tracking is required. The UWB system is based on electromagnetic radiation and allows monitoring objects to within 1 sm. In contrast to Ultra Wide Band technology, RFID is not able to provide such high accuracy since it can only detect the presence of people or objects in the room.

UWB helps to solve tasks of tracking objects and increases the level of labor protection. UWB advantages are:

  • high accuracy of positioning;
  • simultaneous support of dozens and even hundreds of channels;
  • wide range of scalability;
  • quick and easy deployment.

In most cases, UWB technology is used in industry and warehousing (for tracking goods in the warehouse of loading). This positioning technology makes it possible to define the exact location of any equipment, which ensures the safety and security of objects in the company.

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iBeacon

iBeacon technology works using Bluetooth and provides for the installation of beacons that send signals at regular intervals. As soon as the user enters the zone of data distribution, his smartphone receives notifications with useful information or advertisem*nts. The scenario of using beacons is similar to Wi-Fi but differs in the way of connecting mobile devices. The technology can be used for making interactive maps, building routes to the necessary objects, getting analytics on visitors’ traffic.

iBeacon advantages:

  • compatibility with most modern smartphones;
  • possibility of creating personalized notifications;
  • availability, easy installation, and deployment;
  • wireless realization;
  • low energy consumption (beacon batteries last 2-3 years).

iBeacon is characterized by flexibility and is suitable for implementing into any sphere. Based on this technology, one can create effective mobile applications for stores, airports and train stations, hospitals, offices, and transport companies.

RFID is more suitable for stock tracking, inventories in warehouses, business process automation in production. UWB technology has a similar sphere of application. If apart from exact object positioning, the company also needsa tool forboosting marketing performance, tracking based on iBeacon and Wi-Fiis more suitable.

Navigine develops and implements indoor positioning systems based on iBeacon, Wi-Fi, UWB, and other technologies. The cooperation with us lets clients get reliable geolocation tools for navigation and indoor positioning.

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What are the alternatives for RFID technology? (2024)

FAQs

What are the alternatives for RFID technology? ›

Barcode systems, QR codes, NFC (Near Field Communication), and BLE (Bluetooth Low Energy) are alternative technologies for inventory management.

What are the alternatives to RFID technology? ›

Barcode systems, QR codes, NFC (Near Field Communication), and BLE (Bluetooth Low Energy) are alternative technologies for inventory management.

What is better than RFID technology? ›

NFC uses a frequency of 13.56 MHz and operates within a range of a few centimeters. NFC tags can be read using a smartphone, which means that there is no need for specialized equipment. It is more secure than RFID technology since it uses encryption to protect data transfer.

What is the next technology that will replace or upgrade RFID? ›

Next-generation asset tracking solutions based on Bluetooth Low Energy (BLE) and Ultra-wideband (UWB) will rapidly replace expensive legacy systems such as passive Radio Frequency Identification (RFID) while providing increased location granularity.

What is one other problem that could be solved using RFID tags? ›

RFID technology also isn't just for tracking assets. It can be used for inventory management, employee tracking, building access and supply chain management.

What is more secure than RFID? ›

NFC is more secure than RFID, as it requires close proximity between the tag and the reader. Moreover, it offers greater encryption and authentication protocols to prevent unauthorized access or cloning.

Is RFID better than NFC? ›

RFID works at distances of hundreds of feet. Communication – RFID is typically only capable of one-way communication (from the tag to the reader), NFC is capable of two-way communication. Data Storage – NFC can store more complex data than simple identifying information. NFC tags can store up to 4KB of data.

Which is better RFID or GPS? ›

There are myriad other reasons why RFID is the superior option to GPS. While there are certain aspects in which companies would benefit more from using GPS, RFID is the preferable option in most regards due to the low costs and simplicity it can be to use once it has been properly installed.

Is RFID better than GPS? ›

RFID is well-suited for close proximity tracking, inventory management, and access control, while GPS excels in providing global positioning information, real-time tracking, and route optimization.

Is RFID better than wifi? ›

WI-FI has more vulnerable than RFID, even it can pass through metal object but easy to get interference in same frequency band 2.4 GHz like Bluetooth or even other WI-FI. RFID location accuracy is design for Room level, so it is do not have any problem with get blocked by metal object.

What is the next generation of RFID? ›

Abstract: With the promise of the massive deployment of 5G/mm-Wave technologies, low-maintenance and highly scalable wireless systems are desirable to meet the needs of the next generation IoT systems.

Is RFID outdated? ›

One solution that gained momentum several years ago is radio frequency identification (RFID). And while some people in 2021 may argue that with the large expansion of IoT integrations, RFID is now outdated or archaic in some way. And while RFID technology has been around since the 1940s, it is anything but useless.

What can interrupt RFID? ›

Some of the most common materials used to block RFID signals include:
  • Metal: Metal is a highly effective RFID signal blocker, as it reflects radio waves and prevents them from penetrating the material. ...
  • Water: ...
  • Concrete: ...
  • Leather: ...
  • Faraday cages: ...
  • RFID-blocking materials:
Aug 6, 2023

Does wifi interfere with RFID? ›

Cross interference is most likely to occur is between RFID systems and WIFI or personal area networks (WPAN) such as Bluetooth but only when devices share common or adjacent frequency bands.

Can RFID track you? ›

Aside from keeping track of inventory, RFID technology also helps organizations identify people and monitor their location. They can detect people who stray away from their assigned locations and help prevent theft, shoplifting, or other problems.

Can RFID track people? ›

RFID can be used to gather data about people and then used to make informed decisions. If a person wears an RFID tag (such as on a bib, lanyard, badge, or wristband) and is within range of the intended RFID system, the RFID tag will be read and recorded.

What is the difference between RF and RFID? ›

In warehouses, RF is commonly used in barcode scanning systems, facilitating data capture from printed barcodes through handheld scanners or fixed devices. RFID (Radio Frequency Identification): RFID goes a step further by using radio waves to identify and track tags attached to objects.

What is the difference between RFID and IoT? ›

However, there are significant distinctions between RFID and IoT. RFID is a general term for a technology that enables users to read data from unique RFID tags attached to objects. IoT is a general term for various technologies used to communicate with and manage smart devices.

Is RFID still necessary? ›

Is an RFID wallet really necessary? It's not really necessary to buy an RFID wallet to protect your credit cards. That's because most RFID cards have built-in protection, and many hackers prefer to avoid this type of theft because it's high risk and low reward.

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