Human Identification Chips

Biometrics technology aims at utilizing major and distinctive characteristics such as behavioral or biological, for the sake of positively indentifying people. With the help of a combination of hardware and specific identifying sets of rules, a basic human attribute, automated biometric recognition mimics to distinguish and categorize other people as individual and unique. But the challenges surrounding biometrics are great as well.

Biometrics is a method of identifying an individual based on characteristics that they possess, typically physiological features such as a fingerprint, hand, iris, retina, face, voice, and even DNA. Some methods of biometrics security even use multiple physiological features or multimodal biometrics to provide superior security than a single form of biometrics can provide. Why are biometrics important in the field of information security? Biometrics provide a remarkable amount of security for information because biometrics are unique to each person, and thus cannot be lost, copied, or shared with another individual. This security allows for biometrics to provide a means to reliability authenticate personnel. The importance of biometrics can be further divided into the history of biometrics and why it was devised, past implementations of biometrics, current implementations of biometrics, and future implementations of biometrics.

RFID chipped licenses is the simplest ways to use biometric technology for increased security. Information that is contained on the chip can be as simple as a set of numbers or complex and contain the person’s name, address, photograph, fingerprints, and iris scan. RFID chips are passive, meaning they do not have a power source within them, they must be scanned in order to read them. In an article written for an online technology magazine, Kim Zetter explains that in most cases, the chips must be within one foot of the scanner to work, but some can be scanned from further than 10 feet away (Zetter). Additionally, the cards are issued with a protective sleeve that keeps the chip protected while it sits in your wallet or purse. Also, a RFID scanner cannot read the chip while it is in the protective case, which helps keep the personal information safe. The chips that would be used in for this program would ones that must be placed in the scanner to work, this adds a piece of security. When the cards are issued out, DMV employees would have out informational handouts regarding the capabilities, use, storing, and contact numbers for troubleshooting problems that may arise with the chip.

Technology is always improving, and new software is always being developed. One of these new technologies that have been developed is biometrics. Biometrics is the process by which a person's unique physical and other traits are detected and recorded by an electronic device or system as means of confirming identity (Dictionary.com, 2013). In recent years, the FBI has employed new biometrics technology.

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

Locator chips in children help to save them from child kidnappers and track them down in case of missing or being lost.

It works by being attached on the outside of a person’s skull and it detects neural and electrical brainwaves (Regalado,). This can be great for paralyzed people because it can actually send out electrical signals to nearby things like a wheelchair, tv, a prosthetic arm/leg, etc., making their lives 10x easier (Regalado,). In theory, this could actually be implanted inside of the skull on the brain, learn the brain’s patterns unique, and send the electrical signals throughout the body and make a paralyzed person walk again (James). Also, if one was born blind it could actually send the electrical signals directly to the eyes and would allow one to actually see for the first time (James,). The applications for this technology is

It allows companies to easily share data from the internet and many more. (Roberti, 2007). Is it ethical to implant this device in humans for the purpose of identification and storing medical data? This paper will examine the pros and cons of implantable chips into humans.

However, In the medical field, the advantage of the procedure will be that all of the information that it requires with just a simple scan to be able to view the records and know if the patient is suffering from any conditions. Authorities will also be able to use the microchip to track fugitives and locate missing people. The tracking abilities are strong that it can even identify criminals on and off the crime scene. Many people acknowledge the idea of implanting with microchips may conjure up spectres of surveillance and totalitarian control. Be it wireless or not, it offers a way to make physical body

If someone is in trouble then that’s where they can call for help or find a way out of it. However, in situations like that it would be a good thing for the chip because if a person goes missing then you would be able to find them without any trouble. They won’t have to go days looking for clues or looking for something to give them a sign of where that person is. It will all be so easy with the chip, also the government would be able to identify a person or even see their record. Chips could be acceptable for animals because they will be safe and if they get lost they will be found within seconds and be back to their homes.

If you ask me ID chips have way more negatives than positives. Because all hackers have to do is use the right equipment and there in. Also as Senator Joe Simitian said “It’s an educational equivalent to an ankle bracelet”. And ID chips take away all privacy. As Michele Tatro said “We could not just let our children be tagged like cans or cattle”. This takes the child’s privacy. But on the other side eye scanners are kind of ok because they keep potential kidnappers out. A con of eye scanners is you have to register. But a pro is it is more accurate than finger which is amazing. But it also might hurt your eyes. In a study 1 out of 3 people got eye cancer from these scanners found at Harvard University. Not only is this bad enough but it is

new advancements such as microchip implant for humans and animals can be very controversial. At first, the implants may seem to have benefits but in the long run they will actually cause more trouble than they are worth. These potential "troublemakers" are about the size of an elongated grain of rice and are injected in the skin under the arm or hand (Feder, Zeller 15). The chip is not powered by battery and there is nothing that can possibly leak out into the body (Posada-Swafford 8). An early form of this technology was used to monitor salmon and has been used for other wildlife research (Verhovek 5). The idea of the chips was started from the September 11 tragedy

You have seen biometric technology in the films Mission: Impossible and Gattaca. The technology has also graced the covers of many weekly news magazines. But many people, even though the technology has been widely talked about for the last half decade, are still surprisingly unaware of what biometrics are and why the technology is so important for computer security and personal identification.

Biometrics is used in many places and there is a bright future for them. Coca Cola has recently replaced time card system with hand scanning machines. Finger print scanners are being used in many states of the US. They have been used to trace social welfare fraud. An iris pattern identification system is being used in Cook County, Illinois to ensure that right people are released from jail. ATM machines have been installed with finger scanners to prevent theft and fraud in Indiana (Jain, 2005).

This piece of technology was manufactured and is being marketed by the VeriChip Corporation. The VeriChip is a microprocessor used for verification and identification. A VeriChip can also be referred to as a radiofrequency identification tag, abbreviated as RFID. The VeriChip is used by doctors and is implanted under the human skin behind the triceps of the right arm, between the elbow and shoulder with the use of a syringe and when done the device can be used to identify the person’s medical history, credit-card number, security clearance and even club membership status. The chip is no bigger than 12 mm long and 21 mm in diameter. The insertion of the VeriChip takes approximately 20 seconds and this procedure