biometric door lock definition

biometric door lock definition

biometric door lock deadbolt reviews

Biometric Door Lock Definition

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My good friend Jamie Sharp sent me this link today. It’s amazing: watch how Adam and Jamie easily defeat a fingerprint lock the manufacturer claims has never been broken. As if to snub the claims, they break it three times! Supposedly it monitors pulse, sweat, temperature, and other attributes. First, Adam obtains an impression of a fingerprint already present on the reader and creates a latex copy that he adheres to his own thumb. Initial attempts fail, but when Adam licks the latex, the door opens. Next, Jamie tries a ballistics gel copy of the fingerprint. Sure enough, the door opens right away. Adam remarks that some cheap computer fingerprint reader was actually more difficult to hack than the “unbreakable” door lock! Finally, Adam tries the simplest of all attacks: a photocopy of the authorized fingerprint. No warmth, no pulse, only a lick — and again, the door opens. Biometrics is identity, not authentication. Authentication requires a secret of some kind, like a PIN or password.




Anything you leave behind, like the fingerprint Adam lifted from the reader, can never be used as a secret, and thus can’t be considered authentication. IOM Access Control Tablet The Princeton Identity™ IOM Access Control Tablet fuses access-control readers, biometrics, keypads, intercoms, cameras and more to establish a new benchmark for cost-effective value and functionality. This user-friendly product delivers the gold standard of biometric identification—iris recognition—on a flexible Android® platform, enabling superior multifactor access control, workforce management, communications and messaging. Installation and support is simplified with a single device. Look beyond to a new world of efficient, secure access control. FaceVACS-Entry combines smart hardware for facial image acquisition with market-leading software for verification processes, and is ready for integration into electronic gates (eGates) at border control checkpoints. The new software release, FaceVACS-Entry 5.3, includes Cognitec’s latest matching algorithm B10 and generates higher accuracy rates for passport images with low resolution and other image quality problems.




Cognitec also optimized the performance of FaceVACS-Entry’s unique presentation attack detector, which recognizes fraudulent attempts to use photos, videos or masks. Cognitec also improved various user experience features. Persons entering the gate can overlay the moving contour around their live facial image with a static head silhouette in an optimal position for face recognition measures. The display also alerts users to remove sunglasses. Additional feature upgrades provide system administrators with more streamlined calibration and configuration procedures. Automatic License Plate Recognition PlateSmart Technologies, a leader in software-only Automatic License Plate Recognition (ALPR) and ALPR-based video analytics, will soon introduce High-Definition (HD) capability to its entire line of software solutions including its award-winning ARES fixed solution. HD enables the capture of plates from a far wider field of view than previously possible, as well as the capture of multiple plates from a single image.




With the increased resolution of HD along with color processing, more data can be captured from video than ever before, enabling the software to identify such characteristics as vehicle color and make in addition to reading license plate numbers and state jurisdictions. Protection 1 introduces eSuite 2.0, its next generation account management tool with new key features and mobile device capability. eSuite allows customers to view and edit data including contact, PIN # and panel code information, open/close schedules, alarm system tests, and site activity. New features include new graphical interface, new activity dashboards viewed through summary activity maps or trending graphs that include police or fire dispatches, open/close exception, communication failure and failed test timers. Users can also place alarm system on/off texts online and with mobile devices and view or edit site contacts and temporary schedules from a mobile device. Blue Line Security Solutions Blue Line Technology introduces First Line Facial Recognition, a state-of-the-art camera based system developed by veterans of law enforcement.




Biometrics reader makes it easier for users to prove identity when conducting financial or other commercial transactions, receiving healthcare or other public benefits, crossing borders, or voting. NEXT Biometrics NB-2020-S is a high quality fingerprint area sensor module designed for integration into custom application products including notebooks, tablets, time and attendance terminals and card readers. It relies on the NEXT sensor chipset mounted on a small printed circuit board for seamless hardware integration. The module connects to the host system via a flex cable with SPI interface. The sensor technology is tolerant against dirt, grease and varying environmental conditions. Chui is a door bell with a built in access authorization system based on facial recognition features that memorizes the contours of a person's face so that at a press of a button, instant access is granted or denied into your home or office.No more worrying about unnecessary business expenses such as lost keys, fobs, lanyards, et al no more missing package deliveries, track legitimate employee clock-ins and monitor the entry log system for successful and attempted entries.




You can grant temporary or permanent access into your home or office to guests and couriers. Zwipe’s next-generation biometric card, a contactless smart card credential with on-card fingerprint reading, quickly reads the user’s fingerprint in less than a second. Eliminating the problems of solely deploying PINs and standard cards, the contactless Zwipe biometric card lets users authenticate themselves directly on the card through something they are, a fingerprint. Only then will the card system activate the lock. The biometric sensor uses near-infrared light to capture a person’s palm vein pattern, generating a unique biometric template that is matched against pre-registered user palm vein patterns. The palm vein device can only recognize the pattern if the blood is actively flowing within the individual’s veins, which means that forgery is virtually impossible. This advanced, vascular pattern recognition technology not only provides highly reliable authentication with low false accept and reject rates, but also generates fast and easy enrollment.

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