An access control system is a technology that helps in controlling the entrance to a particular building, facility, or any secure area. Businesses and industries of all sorts have incorporated access control to make sure that only authorized people are able to access restricted areas. It is a good way of increasing not only the security of an area but also its privacy as well.
As compared to traditional lock and key system, computerized access control technology is more advanced in terms of keeping restricted areas secure. Since there are no physical keys to be used, locks can't be compromised because of key duplication. And since entry is usually granted by providing a password, passphrase, or PIN, it completely eliminates the problem of having lost keys.
A more advanced access control system makes use of biometrics, in which a specific part of a person is used as verification whether access will be granted or not. A biometric scanner can check the fingerprints or the retina of a person to verify authorization. Once identity has been verified, the access terminal will then release the electronic locks in the door or gate.
An access control system also helps to minimize the use of additional manpower for guarding entrance and exit points in buildings or facilities. It can also be used to track the work hours and activities of employees more accurately. The likelihood of fraud can significantly be minimized this way since there is less manual work involved.
It is important to get a general idea about the components that make up an access control system - the physical barrier, the access controller/reader, and the credentials. Entry and exit points such as doors and gates are secured with the physical barrier and the most common are electronic locks. Gates found on bus terminals and train stations often make use of turnstiles to secure entrance/exit points.
An access controller can be a stand-alone system in which all the important information and credentials are stored within the unit itself. Networked access controllers make use of a database system to verify the credentials of a person requesting access. Credentials can be a key card, password/passphrase, key fob, or a distinct personal feature such as a fingerprint or retina.
There are also some possible security risks that an access control system can encounter and one of them is tailgating. This is when an intruder follows authorized personnel in entering a restricted area. Other risks include door levering, lock spoofing, and hacking. It is important to take these risks into consideration and ensure that they are properly and timely addressed.
An access control system can also work well alongside a surveillance system to further boost the level of security in your building or facility. Keep in mind that this is a vital component of your internal control and it should help ensure that your operations move on with as little problems as possible. It will also give you peace of mind that your personnel are doing their job with complete honesty.
As compared to traditional lock and key system, computerized access control technology is more advanced in terms of keeping restricted areas secure. Since there are no physical keys to be used, locks can't be compromised because of key duplication. And since entry is usually granted by providing a password, passphrase, or PIN, it completely eliminates the problem of having lost keys.
A more advanced access control system makes use of biometrics, in which a specific part of a person is used as verification whether access will be granted or not. A biometric scanner can check the fingerprints or the retina of a person to verify authorization. Once identity has been verified, the access terminal will then release the electronic locks in the door or gate.
An access control system also helps to minimize the use of additional manpower for guarding entrance and exit points in buildings or facilities. It can also be used to track the work hours and activities of employees more accurately. The likelihood of fraud can significantly be minimized this way since there is less manual work involved.
It is important to get a general idea about the components that make up an access control system - the physical barrier, the access controller/reader, and the credentials. Entry and exit points such as doors and gates are secured with the physical barrier and the most common are electronic locks. Gates found on bus terminals and train stations often make use of turnstiles to secure entrance/exit points.
An access controller can be a stand-alone system in which all the important information and credentials are stored within the unit itself. Networked access controllers make use of a database system to verify the credentials of a person requesting access. Credentials can be a key card, password/passphrase, key fob, or a distinct personal feature such as a fingerprint or retina.
There are also some possible security risks that an access control system can encounter and one of them is tailgating. This is when an intruder follows authorized personnel in entering a restricted area. Other risks include door levering, lock spoofing, and hacking. It is important to take these risks into consideration and ensure that they are properly and timely addressed.
An access control system can also work well alongside a surveillance system to further boost the level of security in your building or facility. Keep in mind that this is a vital component of your internal control and it should help ensure that your operations move on with as little problems as possible. It will also give you peace of mind that your personnel are doing their job with complete honesty.
About the Author:
An access control system is not only suitable for offices but for modern homes as well. If you want to maximize the security of your premises, it's about time you install a security alarm and surveillance system. Need help with installation? Check out www.secom.com.sg to learn more.
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