Essay about We Can but Should We

Radio frequency identification (RFID) can help track patients and record their readings, track equipment, and employee location in the hospital. (Larsen, Marc G. 2012) Radio frequency identification is a technology that captures data using electric or magnetic fields at radio frequencies. Depending on the type of radio frequency identification that is being used an individual can be tracked any where from 10 feet away to 300 feet away, this will allow for both patients and staff to be tracked and or monitored. The three main things radio frequency identification is used for is tracking, monitoring, and identification. This technology can also help improve speed of lab test and monitoring and logging of temperature for refrigerated storage. (McGrady, Elizabeth. 2012)

As we can see now RFID technology is becoming very popular around the world. However, in my opinion, I would like to say that RFID tags pose a risk to personal privacy. RFID tags easily to be stolen by hackers. They could steal your personal information such as your credit card or your passports. For example, now in some states of the U.S, the government allows the citizen to use RFID passports. However, many citizen still disagree to apply RFID passports because they think it contains many issued such as it is vulnerable to wireless attack by hackers (it can be read up to 30 feet away and copying without permission from the RFID owner). In addition, it is even more dangerous when the RFID passports can contain information that is corresponding to the photo of the RFID tags owner. So just think what will happen if someone hack your passports and what they can do with its information from that RFID passport? Therefore, even RFID tags is becoming popular and can be the next generation technology in the real world, but now, in my opinion, I would like to say that RFID still contains many problem that can harm to personal privacy.

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

Using RFID chips in school is a bad idea because the parents don’t like that their kids can be tracked during school. They are also upset that they weren't told about the chips. Michele Tatro, a mother of one the students that got a badge, said, "This is not right for our kids,.. I'm not willing to track me and I don’t think my children should be tracked either." (Zetter) What she is saying is that she doesn’t like her daughter being tracked around the school. They can be even tracked when they go to the bathroom. That is an invasion of their privacy. In other words, parents don’t think that their kids should be tracked during school because it invades their privacy and their kids don’t like them as

One of the main and most controversial issues with the RFID chip is that it poses as an invasion of privacy (Freeman, 2007). According to Freeman, “security and privacy experts agree any new technology is always one step ahead of their best possible efforts to secure it.

Another obstacle is the upfront cost to improve the quality of care for patients and reduce preventable errors through the implementation of an EHR program. Many private physician offices would struggle with the upfront costs whereas those associated with larger facilities would have a portion of the financial pressure rescinded. In regards to providing every individual with cards that contain the microchip in it, this would be another financial cost to the United States and/or the patients. The chip itself would be costly not to mention redesigning a system to be used to mass-produce the

Some may argue that getting a microchip implanted to your body is a good idea. However, many argue the the consistent amount of personal data stored in the device can cause a major problem in our social security. For example, if this so called microchip can hold you keys and your information( Address, phone password, you identity….) and use it against you for whatever reason. Recent research has proven that this microchip can even make you sick. The technology used to find your dog and/or cat is now among the humans.

I agree with you that in the medical field it is imperative that RFID tags be placed on equipment, access badges, laptop computers, and any other valuable assets. Being able to track medical equipment can save organizations money as lost or stolen equipment can be costly to replace. Additionally, it is important to have the ability to track badges as they provide employees with access to different departments of a hospital or facility which if misplaced or stolen can result in a breach of security. Furthermore, an employee laptop may have confidential patient information on it, therefore, having the ability to track such equipment is invaluable. Ultimately, the implementation of RFID tags provides several benefits to the hospital that not only

This will reduce the risks of medication errors that can seriously the harm patients, and cost the healthcare organization lots of money in order to compensate the patient, and to provide new drug dosage. Also, tis technology will help reduce the number of counterfeit prescription drugs that are given to the patients for a sick leave in the healthcare organizations. It is like mass sterilization of the prescription drugs where it ensures that each prescription is credible to use by the patient. The product will have a unique number to each prescription drug in order to record the to record information about all transactions involving the product. Overall, track and trace prescription drugs using RFID technology help in improving patient safety in and out side the healthcare

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.

It also implemented throughout the healthcare industry. Some practices are using it to track and locate supplies to improve the overall efficiency of their inventory management process. Hospitals even use RFID on surgical tools to help reduce lost utensils.

Some questions that everyone must ask about the microchip implants is, how will this technology be implemented? Will it be mandatory or a choice? Who will be in control of the device? And is it a medically sound device? The answer to the first question is a two part answer the first part being that the RFID chip is not a new concept the implementation of this device has already begun. People should be made aware that for a number of years now they have been getting the public acclimated to the idea of the microchip implants in ways such as offering them as a means to track lost pets and wandering livestock so first and foremost the primary use of the device is to track. They have since moved on to other means of utilizing the chip, they are now slowly rolling out credit and debit cards that contain the RFID chip technology, which controls the access to your funds so as said before the concept is not new it has been a work in progress.

Just as all other technologies have such difficulties, RFID technology has obstacles to overcome. Two main concerns are discussed in this paper: radio wave technology hindrances such as collisions, and the ethical concerns that entangle this controversial yet extremely helpful technology.

The VeriChip that is implanted into the body is considered to be a passive RFID tag because it doesn’t use or contain batteries and due to that the VeriChip remains inactive until a proprietary scanner activates it. Passive RFID tags, like the VeriChip, boast a number of unique, significant features. Passive RFID tags have longer lifetimes than active RFID tags (with onboard batteries) and the, the estimated lifetime of a VeriChip is over 20 years. The passive RFID tags can only broadcast low-frequency radio waves because of their minimal power. In the VeriChip’s case, it broadcasts on the low-frequency (LF) band between 125 and 134.2 KHz (Fox, 2004). Given the VeriChip’s low power, the tag

ments tracked so closely. Location information might help direct a tow truck to a broken-down car, but it could also be used to find out where the driver went during the lunch hour. For similar reasons, privacy advocacy groups have opposed the use of radio-frequency identification (RFID) tags in consumer items. RFID tags are small silicon chips equipped with tiny antennas that enable them to communicate with RFID readers and track the location of items as they move. When placed on individual products, they allow companies to tell exactly when a product leaves a store or learn more about the actions of consumers buying the products. Designer Lauren Scott had planned to add radio frequency tags to the childrens’ clothing she designed to help parents keep track of their children. An RFID tag sewn into a child’s clothing could store vital medical information or track the wearer’s location to prevent children from being