What Is The Purpose Of Using Biometric Technology In Healthcare?

Biometric systems are technologies that can scan physiological, chemical or behavioral characteristics of a subject for the sake of verifying or in other words authenticating their

It is an excellent fingerprint input device can be applied extensively in social security, public security, attendance, fingerprint encryption, embedded, and many other applications. "R305" miniature fingerprint scanner to automatically read the fingerprint image, and through a USB interface to transfer digital images of the fingerprint to the computer-controlled technology to support the Bio key SDK build out tools. Require authentication for laptop computers, desktop computer or other personal computing devices, it is the ideal

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.

Identification processes are significantly more complex and error prone than verification processes. Biometrics technologies are indicators of authentication assurance with results based on a predetermined threshold with measurable False Accept Rates and False Reject Rates.

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.

Privacy of health information has become an area of emphasis across the healthcare industry. It is important to understand what data is protected under federal regulations, how it can be shared, and how to prevent any accidental exposure of protected data. It is possible that data that should be protected can be exposed without anyone even realizing a violation has occurred. Exposure of protected healthcare data can result in medical identity theft and is therefore a very important and hot topic. The security and privacy of healthcare data is necessary to ensure consumer confidence in the healthcare industry and to prevent medical identity theft.

This report started with a motivational empirical study of the usability, security, and privacy of enhanced fingerprint authentication as compared to password-based authentication. This study revealed that the password-based authentication lacks usability and security, while the privacy-enhanced fingerprint authentication is more usable than password-based authentication. However fingerprint data on the cloud poses a greater likelihood for attacks. A risk assessment was conducted to evaluate the adequacy of controls available to mitigate the risks. Based on a threshold set for the residual risk, a roadmap was established to close the gap on the lack of controls.

“SecureFinger”, some actual examples of fingerprint-based personal identification systems and large-scale fingerprint identification systems(AFIS). Fingerprint User Interface (FpUI), a new type of application of this technology used to enhance human-machine interactions will also be considered.

We live in a world today, in which technology moves at a very rapid pace. Many of these technological advances can be used to make our everyday lives easier and safer. One of these new technologies is Biometrics. Biometrics is the process of measuring a person’s physical properties. This would include measuring things like fingerprints, retinas, odor, vein structure on the back of the hand and many other things. Biometrics is a very important topic because it would create better security precautions for certain places that need to be secure. Biometrics will make our society safer by only allowing authorized people out of secure facilities and by keeping the unauthorized people out. Throughout the rest of this

In a world full of electronics it would only seem logical to have health records electronic. Not only are medical records efficient, reliable, and quick to access, new technology allow patients to access their own personal medical records with a simple to use login and password. “People are asking whether any kind of electronic records can be made safe. If one is looking for a 100% privacy guarantee, the answer is no”(Thede, 2010). At my hospital, upon every admission we ask the patient for a password for friends and family to have to have if they would like an update on the patient 's condition. We do not let visitors come up and see the patient without the patient 's consent. In doing these things, we help to ensure the safety and protection of the patient 's health information and privacy.

“Fingerprint recognition is one of the divorce inference using the impressions made by the minute ridge formations or patterns found on the fingertips. No two people have exactly the same arrangement of the ridge patterns, and the remaining patterns of any one individual unchanged. Fingerprints infallible provide a means of personal identification. Other personal characteristics may change, but not fingerprints”. (1)

The chapter on Access Control in Medical System is based on the current environment, technologies and past studies performed on safeguarding health records by authentication through fingerprint biometric and smartcard. The chapter explores in depth the current situation faced by the healthcare industry in controlling access to medical records from unauthorised people (Cavoukian, Stoianov & Carter, 2008). According to (Campisi, 2013) medical systems are classified as security–critical systems and controlling access to this system is a critical feature for the healthcare. One critical aspect is ensuring only authorized individuals access medical records while protecting the confidentiality and privacy in patients’ data.

The utilization of electronic medical records has been highly ethically debated. According the Journal of Information Systems Education, “Building knowledge and skills in biometrics creates a mutual understanding between IS professionals and health practitioners. (Cellucci, 2011)” Although the thought process is sound, the

Improved accuracy and improved convenience are two of the biggest benefits of biometric technology for personal identification. First, unlike passwords or PIN numbers, which can be used by anyone who knows the required information, biometrics looks at a

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).