Biometric
Biometrics refers to the measurement and analysis of unique physical or behavioral traits, such as fingerprints or facial recognition, for identification and security purposes.
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High-Speed Door
- High speed doors or high-performance doors, are basically designed where fast access for in or out is required. They are made according to European standards. The door is completely tailored-made manufactured by Rudhar.
Some important facts to know about high-speed doors are :
- High-speed Doors are automated doors that are used to provide quick access between the inside and outside of a structure.
- In cooperation with German engineers, Heavy Performance Doors are developed and manufactured in a German facility utilizing state-of-the-art and resourceful technical technology for regular usage in high-traffic regions, with opening speeds of up to 1.5–3 persecond.
- These types of high-speed doors can easily improve the flow of traffic on busy loading bay areas.
- These high-speed door manufacturers in India will give you fast, safe, efficient, and simple operation in any situation.
- The rapid opening speed lowers the amount of time required for material transportation, thus expediting the logistics process. The location is visited by our team of experienced engineers, who then suggest the most appropriate fast door to the customer. Rapid doors are designed, produced, and fitted in accordance with international specifications.
- Many industrial sectors nowadays need a regulated atmosphere in which the quantity of dirt and dust present in the production facility is kept to a bare minimum. Among the industries that have stringent criteria for keeping a dust-free atmosphere are medical instrument manufacturers, electronics and computer manufacturers, the food industry, the pharmaceutical sector, and certain military applications, to name a few. High-speed doors have become a necessary component of almost every business.
- Rudhar offers wide range of High Performance Roll Up Doors which is suitable for many options for areas like where we need special requirements for temperature control, Internal or External use, cold storages, warehouses, Food Industries where optimum temperature required.
What is Included
So, how does biometric access control work? To implement biometric controls, security teams first need to capture the physical characteristics — fingerprints, retinas, irises, eyes or faces — of each user enrolled in the system. Specialist firms use sophisticated scanners to obtain biometric measurements and create three-dimensional biometric templates, which are then stored in a secure database.
A biometric access control reader or scanner compares a user’s features with the biometric template in the database. If the characteristics match, the system issues a door release signal to open an electronic biometric door lock.
Biometric credentials can be used as the only form of identification or used with other credentials to support multi-factor authentication (MFA). Employing MFA with biometric security measures provides an even stronger level of protection for high-security areas where biometric entry systems are installed.
It’s important to note that the process of obtaining, storing and using templates for biometric controls must be carried out with the permission of the user and in compliance with any relevant local or national privacy regulations. At the time of this publishing, in the United States there is no single, comprehensive federal law regulating the collection and use of biometric data. However, Washington, Illinois and Texas have passed biometric privacy laws and California, New York State and Virginia have enhanced their privacy protection regulations.
In a number of European countries, biometric templates must be stored on access cards rather than in a separate database to comply with both local privacy regulations and the Europe-wide GDPR (General Data Protection Regulation) laws.
Biometric door locks are used in many different types of biometric door access control systems. The best biometric door locks combine strong security with convenience for authorized users. The most widely used solutions include:
- Fingerprint door locks or a fingerprint entry system
- Facial recognition door locks
- Eye scan door locks
- Retinal scan door locks
- Iris scan door locks
When choosing biometric door locks for your business, it’s important to consider the ease of collecting the biometric data, as well as how simple the system is to use. Budget is also something to think about. For example, the cost of fingerprint door locks is likely less than installing advanced iris scan door locks, especially if you need to secure a large facility with many doors.
Fingerprints have unique characteristics, which make them useful for biometric access control. In biometric access with fingerprint credentials, a three-dimensional fingerprint scanner takes an enhanced image featuring the grid lines of the finger or thumb in fine detail. This image is converted into a template showing multiple fingerprint characteristics such as ridge endings and bifurcations. When users reach a fingerprint reading door lock, they make physical contact with the door reader which scans their fingerprint or thumbprint. The network supporting the fingerprint access control system transmits the image to the biometric door lock commercial database, which compares it with the stored template.
A correct match automatically triggers a release signal to open the fingerprint door lock. Fingerprint access control is a highly accurate form of authentication which provides security teams with a reliable, trusted solution for protecting secure areas. The technology is suitable for commercial fingerprint door locks and many other security applications that require a simple, but secure form of authentication.
It’s also a technology familiar to many users who use biometric solutions to secure smartphones and other mobile devices. The smartphone biometric identities can also be used in conjunction with a mobile credential as a form of two-factor authentication without having to install an additional biometric access control device.
However, under certain conditions the accuracy of fingerprint door locks and thumbprint door locks may be compromised, for example if a finger is dirty, wet or swollen or damaged through injury.
New developments in fingerprint security systems promise even greater accuracy and convenience. Contactless fingerprint door locks will make the process simpler and more convenient. Fingerprints captured by multi-spectral imaging ensure a very high level of detail, creating images that are clearer, cleaner and more accurate.
Facial recognition door lock systems use 2D or 3D images of a user’s face as a template for authentication. For these solutions, an image of the person’s face is captured by a scanner and converted into a mathematical code for 2D facial scans or a 3D infrared grid map, which is stored as a template in the biometric access control database. During the initial scanning process, lighting and position must be optimized to ensure an accurate image for the biometric template.
Security software combined with deep learning algorithms analyze the image submitted by the user at a contactless face ID door lock reader and issues a release signal to the facial recognition door lock when a match is confirmed.
Facial recognition door lock systems can provide a fast, reliable and highly accurate method for authentication. Like fingerprint access control systems, businesses can leverage the built-in smartphone face ID biometrics for environments that require two-factor authentication. In this configuration, face ID door locks don’t require an additional reader installed at the door, and the company won’t need to maintain a separate database to operate the facial recognition door lock system.
It’s important to note that the reliability and accuracy of a facial recognition door lock system can be compromised by factors such as beard growth, use of makeup, certain skin conditions, face coverings or the aging process.
An eye scanner lock (also known as a retina scanner lock) utilizes unique eye characteristics as user credentials. Eye scanners use high-resolution cameras and infrared light to produce a detailed map of the eye. This information is then converted into a template that forms a unique credential for use in biometric access systems. Different eye scanner technologies use different parts of the eye.
Retinal scan locks and iris door locks provide a reliable, accurate method of authentication for biometric door locks for business. They offer users a simple, contactless process for requesting access, although authentication can be compromised if users’ eyesight changes and they have to wear glasses or contact lenses.
- Retinal scan lock — A retina scanner door lock incorporates technology designed to capture an accurate image of the unique pattern of blood vessels in an individual’s eye using infrared light to clarify the image. The retina scan lock reader transmits the image for rapid analysis by security software. If the image matches the database template, the software releases the electronic retinal scanner door lock.
- Iris scan lock — The initial image for biometric security using an iris door lock is based on the colorful part of the eye. The distinctive patterns of the iris provide a basis for secure, accurate biometric authentication. This biometric entry system is also convenient because it is contactless, and the best iris door lock scanners can detect the subject at distances of up to 2 meters. Although users have to remove glasses during the initial scan, they can keep them on when requesting access at an iris scan lock.
While fingerprint, facial recognition and eye scan door locks are the most common types of biometric entry systems, other technologies, such as voice recognition and vein matching are also found in biometric door locks for business.
- Voice recognition — Voice recognition, or voice verification technology, can be used as a method of authentication for access control systems. It is not as widely used as other forms of biometric authentication, despite the fact that it ranks high in surveys of consumer preferences. Voice samples are stored in a biometric control database and used to analyze access requests by recognizing patterns that characterize an individual’s unique way of speaking. The software can be ‘trained’ to recognize patterns in spoken passwords or free speech. Voice verification is not perceived as an accurate solution for biometric door locks for business because of potential variations in the voice caused by environmental conditions, sickness or external factors such as ambient noise.
- Vein matching — This vascular technology is a form of biometric access authentication that analyzes the patterns of blood vessels, generally on the inside of a user’s fingers or palms. The biometric lock door reader shines infrared light onto the user’s hand and compares it with the biometric template in the database. This type of biometric security authentication is highly secure and difficult for intruders to ‘cheat’ because the real user must be present.