Government Mandates Access Security

In a world where exchangeable security initiatives and identity administration are at the vanguard of the list and presidential mandates, security directors are carrying out new biometric technologies that remarkably increase protection to entry point, protect sensitive assets and decrease outside threats. The U.S. Homeland Security Presidential Directive 12 or (HSPD-12) was published, about four years ago. It established a set of notable goals all aiming to significantly enhance identity management and access control for contractors and government employees.

According to HSPD-12, large variety in the security and quality of types of verification used to gain access to secure federal and other facilities where there is potential for terrorist assaults must be eradicated. For that reason, it is the strategy of the United States of America to improve security, boost the competence of the government, diminish identity fraud and guard personal privacy by setting up a government-wide, mandatory standard for secure and reliable forms of identification provided by the federal government to its contractors and workers, as well as contractor workers.

NIST developed the Federal Information Processing Standard 201 (FIPS 201) in response to the ambitions of HSPD-12. Also, the government project that this is normally referred to is known as the Personal Identity Verification or (PIV) of federal contractors /employees. In reality the guidelines of FIPS 201 are not restricted to government institutions, they are also are getting endorsed and adopted by many business corporations that seek a secure and interoperable access control program for their facilities.

FIPS 201’s main goal and primary intention is to enhance the authentication and identification for access management in organizations and large facilities. There is momentous detail connected with observing the mandates of the FIPS 201, it has a noticeable impact on software and hardware, as well as the general trend of operations within a facility. Many access control vendors have commonly stated in specifications that the product is FIPS 201 compliant especially over the past year. Looking at it from the product point of view, this has an impact on virtually every aspect of a system, including how information is transmitted and stored, the host, smart cards and their scanners, biometric devices, and verification and credentialing practices.

The majority of the changes that will be deployed by the PIV card program and FIPS 201 deal with much of the infrastructure and operations that occur out of sight. The mandated introduction of biometrics to accompany an ID card for access control will be the greatest impact on the end-user card holders.

The Big Deal about Biometrics

The technology of Biometrics is a significant part of FIPS 201, and alters security factor emphasis and identification operations. Conventionally, access control systems have depended on ID cards that can be copied, stolen, shared or lost. There is a secure and efficient way to ensure the person holding a card is the rightful owner, only with a biometric image, such as a face or fingerprint image stored on the card.

Normally there are three known methods to authenticate or prove identity to a system or a certified personnel: Something you are; such as a biometric, something you have; such as an ID card; and something you know; such as a PIN.

Multi-factor authentication takes place when two or more of these are used together for an identification decision. At a minimum, The PIV program usually utilizes dual factor authentication, such as a biometric plus card security, which delivers a very secure solution that exceeds using the card security system by itself.

Verification mode one-on-one matching is what the operations system that PIV program works in. by matching the biometric template stored on the card to the person standing in front of the access point and biometric device the system is able to identify that the person belongs to the card. Some biometric technologies can even complete this matching process in less than one second for very rapid usage.

Although there are certain standards of operation with which any service provider must comply to be considered, FIPS 201 does not endorse one biometric vendor over another. These accepted standards do not pertain only to the physical aspects of the system, but also address how biometric images are stored and captured so they can be used with multiple retailers’ devices. For instance, a fingerprint that is captured on a certain vendor’s scanner must also be capable of functioning on another vendor’s scanner. Clearly, this allows a worker to go from one agency office to another and use the same exact security card for access control. This is a very fundamental view of exchangeability, offering only one example of how the program modifies vendor contributions. Beside image capture and biometric storage there are many other issues which FIPS 201 addresses in order to make certain that vendors are in compliance to achieve the program's exchangeability objective.

There are some alternatives for retailers and even some leniency as to the style of biometrics that may be utilized; however, finger biometrics is required while facial recognition biometrics is an only recommended. It is certainly priceless to offer a system that not only can increase security the security measures, but also is flexible and user friendly. Each and every situation is unique and entails special arrangements. For instance, at main access locations where volume a superb security technology is vital to sustain maintaining a normal flow of people traffic without intermission, it is necessary to have devices that are both non-intrusive and rapid. Important categories in biometric technologies such as, speed, the user experience security and levels/accuracy, have certainly gone through many advances over the past few years with notable improvements.

Improvements in Biometric Technology

Providers will want to consider where biometric advantages are and leverage them since they will want to create greater value and more benefit. With the emergence of 3-D facial technology some of the most recent and significant advancements in biometrics dealing with facial recognition have been invented. The 3-D technology’s new features utilize completely distinctive methods applied to facial identification, very different than conventional forms of facial identification. There are a variety of added facial data considered on top of the usual introduction of a third axis and depth to the procedure. With the ability to apply more mathematical probabilities to the data Accuracy improves significantly. The technology of 3d facial recognition covers more of the user’s face and accommodates variable angles. When it comes down to it, speed improves proportionately with the new accuracy for the reason that less processing time is necessary in the presence of precise data. Furthermore, Three-D facial recognition presentation precision has proven to be equivalent or exceed fingerprint recognition technology. Moreover, the procedure of processing information is significantly faster and it requires less user intervention.

The technology of 3d facial recognition deploys distinct characteristics of the face by capturing a 3-D, real-time image of a user's facial layout. The most unique areas of the face and those that are least likely to change over time are the cranio-facial structure, where rigid tissue or bone is most apparent (eye socket curvature, nose and chin). Several more distinctive advantages that are deployed by this technology include the fact that it is not usually affected by lighting conditions and may even be used in dark settings. Also, this technology introduces depth and another method of measurement whereby facial curves and angles can be calculated on a sub-millimeter scale. Furthermore, it the potential to recognize a subject at near 30 degrees and is generally stout to different view angles. And last but not least, it is capable of performing verification matching in only parts of a second.

The many benefits and advantages discussed earlier are extremely important to government building access and other locations of high traffic. There are several aspects that are required of the solution for a successful installment for any implemented biometric technology. These elements incorporate a system that is ergonomically designed to keep people moving quickly through secured areas, has a high level of accuracy, allows for flexibility in positioning and ambient conditions, and requires minimal cooperation from the subject.

Protecting the Buildings of the Government

Government buildings are looking to enterprise-class, biometric-based physical access control systems due to the recent achievements in biometrics and existing security standards. These solutions-based biometric setups can account for the need to integrate facial recognition and fingerprint with existing physical access management interfaces.

Biometric verification prevents unauthorized accesses by making sure that a card holder is authorized for the security access level intended per individual, which results in the prevention of  swapping or sharing of access cards. Furthermore, the solution can capture and store a unique audit trail of access transactions, which include a JPEG image of access attempts only with the aid of some facial recognition vendors. In case of theft or unauthorized attempted entries the captured photo images can be easily used as evidence to present to authorities using instead of using watch lists or carrying out extensive examinations. One can generally assume that Biometric solution situations can be replicated and tailored for any governmental facility.

In order to secure a governmental site in the most effective manner  providers are mandated to s to take into account all regulations, mandates, laws and specified regulations and be aware of frequent revisions, upgrades, and modifications. The key here is to design for systems and scanner exchangeability. Originality in application will be necessary to establish an advantage while addressing variable situations and taking into account specific location or agency requirements.