Blog on RFID Technology and Application

RFID, or simply put, Radio-Frequency Identification is a technology that has been shaping new scopes in business. RFID utilizes small chips that use electromagnetic fields for easy tracking and organizing things.

Radio-frequency identification (RFID) is a step forward technology used for identifying a subject with the help of radio signals. It is most likely used for inventory control or for timing sports events. This technology is a complement for distant reading of barcodes.

As data continues to grow, Internet of Things is not a far-off term now. Within no time, IOT has made possible, devices and machines to talk to one another, irrespective of geographical barriers and get connected digitally, influencing every aspect of our lives, including our offices, homes, cars and even our bodies.

The Internet of Things is the next big thing! It revolves around machine-to-machine communication and is based on cloud computing and networks of data-gathering sensors. The mobile, virtual, and instant connection is going to make everything smarter and faster.

The Internet of Things is a new and smart way to monitor all your physical resources including your vehicles, buildings, gadgets and other items. All these devices are linked to each other by electronics, software, sensors, actuators and network connectivity with the help of which the objects collect and exchange data.

Most commonly, IoT can be described as a network of technologies monitoring the state of physical objects, capturing consequential data and communicating through the IP networks to software applications.

As you start developing your RFID healthcare solution, specifically surgical tool tracking, you need to be aware of a few things before you’re too far in the process to make significant design changes. I’ve collected eight questions below that you should consider in the early stages of development.

RFID-tags are the low cost passive devices that are widely used these days to provide appropriate identification of goods and products in stores and malls. An RFID-tag has an antenna, which is connected to a microchip.

Anyone with an application requiring a small, low cost reader would do well to consider USB RFID readers. USB readers have most of the basic capabilities of their larger counterparts, just with a little less power.

In a large company or department, sometimes hundreds of IT assets are laying around waiting to be distributed, fixed, sold, or kept in inventory. If you need to quickly discern which laptops require repairs, how do you identify those from the rest?

In this article, we’ll discuss how and where RFID fits in shrink reduction strategies.

New applications for RFID technology are constantly emerging to solve an age old problems across industries. In the retail industry, every store has inventory which may range into the thousands, even hundreds of thousands of pieces and dollars.