Radio Frequency Identification Proof Is An Innovation

Lately Conner and Martin have been working with “radio frequency identification” (RFID) technology. They have developed a detailed system designed to track inventory items using RFID tags embedded invisibly in products. This technology has numerous inventory

Microchip implant is an exceptionally well thought authentication method that has the possibility of making a huge impact in securing information. The concept of microchip implant was introduced in 1945 by Leon Theremin, who was the originator of one of the first covert devices which is also known as “bugs”. This device is followed by Radio frequency identification (RFID) technology which is a small electronic device that contains a chip. This chips allows the ability to store data typically ranging up to 2,000 bytes or less. RFID is comparable to magnetic strips or bar codes because they all act as a unique identifier for a specific purpose. In order to obtain information from an RFID, you must scan the device just as how a magnetic strip or bar code would require scanning. RFID can also be described as the wireless non-contact use of radio-frequency electromagnetic fields that helps in transferring data with the goal of being able to automatically recognize and monitor tags that are being attached to objects. RFID technology is currently being used by many different industries varying from identifications badges that enclose RFID tags that assist with eliminating the chances of shoplifting, to vehicles using the technology to help monitor the production process and track the vehicles across the assembly line. Other scenarios that may use the microchip implant includes animals having RFID tags placed in them for identification purposes as

The Food and Drug Administration has considered approving radio frequency identification chips or RFID chips that are implanted under the skin that will hold information about the person that the chip is implanted into. Would you like to have all of you personal information about your entire life on a tiny computer chip, the size of a grain of rice, implanted under your skin? The FDA should not approve the implantation of RFID chips in humans. First, the problem with RFID chips will be discussed and second, the possible solutions to RFID chips will be discussed.

Several methods of fully digitalizing this process have been suggested, the Radio Frequency Identification (RFID) being one of the major methods thought of.

Radio-Frequency Identification Chip Implant (RFID) microchips are big controversy within human beings. The microchips are implanted into the skin of humans and can do varying things. These devices were not used in humans until recently which brought the uproar of opinions. There could be positive things that come from these implants like finding missing children. However, they could also cause other problems for people for example the microchip could migrate to different part of the host’s body. Although some of the people do not agree with RFID microchips and some do, no one’s opinion is any greater than the other’s.

RFID which is one of the human microchip technologies was first used during the World War II. The technology played an important role of identifying friends or foes in the battle field. According to Yechuri (2004), the Friend or Foe (IFF) system was made in order to ensure that related fighters and anti-aircraft organizations could differentiate their own returning bombers from aircraft sent by the enemy. After the World War II was over, an engineer by the name Henry Stockman explored the issue where he published a paper entitled Communication by Means of Reflected Power. In this paper, he explored the issue of passive RFID chips and discussed how they were used by military personnel in the war for identification purposes. In the early 1960s, this technology gained recognition and RFID was used to find and access hazardous components and nuclear power (Pollar & Elsen, 2013).

Over the last few years the cost declines of Radio Frequency Identification (RFID) technology, combined with improvements in sensitivity, range and durability, have enabled widespread RFID use in the logistical planning and operation segments of supply chain management processes. Specifically, areas such as security and access control, tracking, and monitoring/management will strategically be enhanced from the use of this technology. An RFID tag consists of a microchip and an antenna, often in the form of a tiny ribbon that can in turn be packaged into many forms, such as a label, or imbedded in between the cardboard layers in a carton. On the microchip is stored information about the product that the tag is affixed to, which can then be

Radio Frequency Identification (RFID) has become widely accepted as an instrumental tool in supply chain management. In addition to being a replacement for barcoding technology, RFID provides real time information, making the supply chain considerably more precise and improving the overall efficiency and reliability of the entire chain, including administration and planning activities.

Radio Frequency Identification Technology (RFID) is basically a special tag implanted into a product which can identify and track the product via radio waves. These tags can carry up to 2,000 bytes of data. RFID tags are tiny computer chips that transmit radio signals which are put onto packages or shipping containers to help organization identity product locations and movement. They have many different application in both manufacturing and service industries, since RFID tags are being embedded in virtually everything, including clothes, supermarket

Radio frequency identification has gained its awareness after it has been recently introduced in the field of retail and supply chain management. This technology uses radio waves to automatically

The work of Niederman, Mathieu, Morley and Kwon (2007) entitled "Examining RFID Applications in Supply Chain Management" states that radio frequency identification (RFID) is a technology that has recently emerged in the news due to large organization's requirements that goods shipped by identifiable by RFID tags. The potential benefits of RFID tags include lowering of costs by improvement in inventory management, consumer information gathering, and checkout procedures. RFID tagging is such that data from a tag, which is attached to the product, a case, or pallet, may be "captured by a reader device. Functionally, this data can be used to identify all of the times passing the reader's location at a point in time." (Niederman, Mathieu, Morley, and Kwon, 2007) This enables the tracking of items "from supplier through the distribution network to the point of consumption." (Niederman, Mathieu, Morley, and Kwon, 2007)

Radio Frequency Identification, or as it is more commonly known, RFID, is an automated identification and data collection (AIDC) technology. From access cards to passports to toll tags RFID has now become ubiquitous as an integral part of our daily lives.

Tracking mobile assets has always been a challenge for all businesses. Radio Frequency Identification, also known as RFID, is an increasingly popular data storage technology used to identify and track any mobile object (Bethel, 2017). An RFID system consists of an RFID tag that is placed on the mobile object, a reader to retrieve information from the tag, local software, and finally the networked central computer system. This system is quickly taking the place of the standard bar code or even QR code as the preferred method of tracking anything that moves, because of its ability to be scanned from a further distance as well as its capability of storing more information.

With the passage of time and extreme advancement in the technology the field of automatic identification has come up with great potential. There are different methods to do this. The most commonly used methods are Universal Product Code UPC and Optical Character Recognition OCR. OCR has limited the use of UPC but Optical Character Recognition has also different deficiencies which ultimately lead towards another technique called as Radio Frequency Identification also termed as RFID. RFID is the most modern technique. RFID tags are readily available in the market. As the name RF suggests that RFID reader uses radio frequency for the identification of objects.

Abstract— Unauthorized and uncertified small sea going fishing crafts are being used for criminal activities in the coastal areas. Using this uncertified crafts illegal benefit provided by the government also is availed by the crooked persons. RFID is a forthcoming technology which provides promising opportunities for the implementation of new services in vessel monitoring and secure authentication. Radio Frequency Identification (RFID) is an inclusive wireless system which transmits unique identity code using radio waves. This technology is mainly used to identify objects attached with tags and it consists of a reader, tag and wireless channel. The reader and the tag both have a microchip and an antenna is there to perform handshaking mechanism when they both communicate. A tamper evident Automated Security Registration plate (ASRP) using RFID tag is designed here to provide secure