We specialise in advanced time & attendance, access control, and security management systems
A biometric access control system has the ability to match a person’s biometric features, such as facial features or fingerprints against a database of biometric readings. It enables accurate personnel identification, while granting or denying access to a particular area or room of a building. Along with extremely high matching speeds and accuracy, a biometric access control system guarantees the ultimate level of building security.
With WinAC.NET and Tensor’s biometric access control system, you can control most standard types of internal and external electronic, magnetic door releases and devices, making full use of all access-controlled points, whether in full view or hidden out of sight. Our access control software ensures that your business will have a simple-to-use, incredibly secure way of controlling access to areas or buildings, as well as monitoring who is present 24 hours a day.
Our biometric system is designed with anti-spoofing technologies to detect any false or synthetic materials being used to spoof a person's biometrics such as masks, images or 3D printed objects. While providing users with the toughest security systems on the market, our readers also come with very high matching speeds.
Using a biometric reader helps improve the overall security of your site. As everyone has a unique fingerprint or facial features, replicating this type of credential is very difficult. Identification using biometric readers also helps establish a solid audit trail to help create accountability. Every action or transaction will be recorded, and this is documented to reduce the possibility of misuse or fraud.
Using Fingerprint Scanners to record an individual’s fingerprint, which is then compared to the biological readings stored on an Access Control database which then grants or denies access through a door, barrier or gate.
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Access Control through Facial Authentication uses Suprema's Fushion technology to identify a person by scanning and measuring their individual facial features and using algorithms designed to detect specific features of a person’s face.
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