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The early morning routine for most children and their parents involves getting out of bed and getting the dressed for school. While this is usually resisted by the young ones, they usually brighten up once they reach and meet their friends in the school bus. This is a wonderful everyday scene, but have you wondered that something may go wrong! What if the driver is replaced? What if a stranger gets into the bus claiming to be a parent? The possibilities are endless; hence biometric authentication for school buses is a must.
In fact, Washington County School System in Florida is already in process of introducing the fingerprint door locking system for their buses. The working of this is quite simple; the buses install the fingerprint recognition devices like the Nitgen Fingkey Access. Next, the fingerprints of all the students as well as parents, drivers and teachers are stored in the database of the device. This ensures complete security and acts as a great access control systems.
Along with safety, this acts as a great management aid. For instance, most schools already have scanners and video cameras in school, but to keep track of students outside, the fingerprint door lock on buses is a great way. With biometric authentication, you may easily take a head count and attendance. The access control systems like Nitgen Fingkey Access are ideal for keeping record of the drivers and helpers of the buses.
When it comes to children, you would want utmost security, so it is likely it would work in your favor when it comes to building credibility.
The biometric industry has grown at a breathtaking pace in the last decade. According to reports, the biometric identification industry grossed more than ten billion dollars during last year. What explains the growth of this industry? How come it is so recession proof? Why is the government so keen on Biometric Devices? The answer to this question lies in the government mandate: Homeland Security Presidential Directive 12.
According to this directive, laid down in 2004, U.S policy is to enhance security, increase efficiency, reduce identity fraud, and protect personal privacy, by establishing a mandatory, government wide, identification policy for all federal employees and federal contractors. The directive was passed because it was observed that the prevailing system of identification was full of loopholes and presented a danger to national security. This directive spurred the biometric identification industry to improve its product and there has been no looking back since then.
Since the directive covered all federal buildings it became imperative to protect network resources too. Network resources included access to computers, servers, central and local database. The old system of access control, relying on a password system, was passé as it could be hacked. To avoid this from happening, the scope of the directive was extended to network resources as well. Biometric devices fitted the bill perfectly because it fulfilled all the requirements of the presidential directive when it came to operational capability, scalability and security.
The directive called for the installation of a uniform, electronic, secure, tamper proof identification system for all federal employees and federal contractors. Biometric access control collects biometric data like fingerprints, iris pattern, and voice and uses it for verification purposes. Automated fingerprint identification system scans the finger and compares it with pre-recorded data to confirm the identity of the user. The newer generation of fingerprint scanner makes impersonation impossible. Thanks to this reliability, hotels, airports, public buildings rely upon automated fingerprint identification systems for security.
Eventually some sort of Biometric Authentication will replace credit cards and it is going to happen a lot sooner than fifty years from now. The consensus in the credit card industry is pretty unanimous: The current security system is just not enough to stop sophisticated cyber-attacksand there is a need for changing over to a newer security system as soon as possible.
What is important to understand is that due to sharp rise in theft and embezzlement, people are starting to understand that Biometric authentication is the only method to be sure of an individual’s identity today. This type of authentication is based on a security protocol that uses unique characteristics like “what you are”, “what you know” and “what you have” to provide access to a resource or account.
Fingerprint biometrics is being used in many part of North American for authenticating payments with varying degrees of success. Right now banks have to grapple with “big brother” and cultural issues that are coming in the way of implementation. Better awareness is the need of the hour. Once the customers understand that the benefits of using a biometric system outweigh the fear of migrating to a new system, the adoption of biometric technology will automatically increase.
Fingerprint data captured at the time of enrolment is kept in a database and used for verification of the user.Thecustomer has to swipe their fingers across a Fingerprint scanner to confirm their identity. The data recorded by the scanner is used for validating the user’s identity. Once a match is found the payment is processed and customer goes home happy.
The Digital Persona Fingerprint Reader device is a compact device that can fit into small devices and crowded desktop environments where others can’t. It is a world class technology that has been used all over the world in healthcare, banking, and Civil ID projects. Millions trust Digital Persona Fingerprint Reader device for their online transactions.
These devices are built for high volume, high stress environment. Their rugged built and superior algorithm ensures great results time after time. Whether you need one or several thousand verifications per month, Digital persona fingerprint ‘reader provides world class results every time. These finger print readers can record information from any direction, providing high quality images for a shared environment.
Near Field Communication is a new type of communication standard for establishing a radio communication between smart phones and similar devices by bringing them into close proximity with each other without actual touching. This system is touted as the next big thing in mobile payment with some experts saying that it will eventually replace credit card payments. NFC Payment will have some sort of biometric identification inbuilt in the system for validating the identity of the user.
How easy is it to hack a mobile phone built for NFC payment? No system is 100% percent foolproof but it can be safely said that NFC Payments Systems are relative safe. It is definitely safer than your credit card. NFC payment systems use multi modal authentication instead of password based single authentication systems.
To authenticate any transaction the user will have to provide
1) The registered device itself
2) Location of the device
In order to embezzle from your account someone will have to -
1) Steal your phone
2) Attempt transaction before the theft is reported
3) Provide location and risk getting caught
4) Provide pin/password which is known only to you
The next step -Biometric identification- makes any type of unauthorized accessalmost impossible.
Before processing NFC payment, every user will have their identity validated with a Biometric reader. The reader will scan the fingerprint, retina, veins in order to validate the identity of the user. If there is no match, tough luck for the person stealing the phone!! Forging biometric data is next to impossible. Also the next generation,futronic fs80 fingerprint reader devices come with “live scan” that makes it impossible to cheat the system with silicone impersonations.
The Futronic fs80 fingerprint reader uses advanced CMOS technology to generate high quality fingerprint images in less the 100ms. The device uses four LED’s to change the intensity of the illumination according to the characteristics of the fingerprint scanned (wet, dry, blurred, rough, etc). The scanning window is made of 14mm crown glass which makes it perfect for all types of weather conditions.
NFC Payments provides a card less payment system. It is easy to setup, safe to use and efficient. Card based payment systems are inefficient. They are unreliable too with billions of dollars in embezzlement. NFC Payment is the safer alternative. Your mobile is your wallet. Multi modal authentication provides safety and security.
In the 21st century, biometric devices have become an integral part of improved security and information management. With reduced risk and enhanced efficiency provided by this technology more and more businesses as well as social environments are opting for biometric devices such as the fingerprint door locks.
With a wide range of attractive biometric locks finding one that suits your requirements is not an easy job. Today one can find a Fingerprint door lock in different styles and options which include door knobs, latches, handle locks and dead bolt style locks. Following are the factors that one must bear in mind in while deciding on the right fingerprint door lock. A carefully selected fingerprint lock will help you avoid unforeseen accidents in the future.
Factor #1 - Level of security
A biometric door lock should give you a high level of security that cannot be tampered or overridden. You should select a lock according to the area in which it has to be used. For instance for the front door, garage door or patio door, an IP65 outdoor fingerprint device with an very accurate fingerprint matching algorithm should be used.
Factor #2 - Matching the decor
When choosing a fingerprint door lock make sure, the finish of the lock is in accordance with that of your door or overall decor. You can get such door locks in finishes ranging from bright bass, aged bronze, satin nickel, bright chrome, to even antique brass.
Factor #3 - Ease of installation and use
Any high quality fingerprint lock should not take more than 30 minutes for its installation. Functions like to add, delete passwords should be an effortless process as users generally do not remember a lot of codes or passwords.
Moreover, any typical fingerprint lock should allow access to the required number of users which may vary from 5 to 5000. Ensure that the biometric lock you are using has an alternative method of entry or remote access to avoid being stuck outside your house or office building.
Factor #4 - Affordability
Despite of the fact that this technology is commonly used in many businesses and households, the price still remains an important consideration for many. However, numerous brands and manufacturers of fingerprint locks have made them available in an affordable price range.
With all this information, you can purchase a door lock produced using the biometric technology, to suit perfectly your needs and budget.
Biometric devices have become an accepted norm today, owing to their reliability and security facets. Biometric security systems are used to keep a check on corporate data breaches and incidences of identity fraud at financial bodies. The most important aspect of biometric devices is the convenience factor. People have to simply use their body parts for validation of their identity, without the need to carry IC cards. These devices are gaining momentum in the technological sphere where faster and more reliable systems are being produced by the day. Absolute precision is guaranteed for an individual which is a necessary element in bigger projects conducted by larger corporations and governments. Far more easier to operate and install than standard security systems, these biometric devices eliminate the use of PIN numbers, signatures and photo IDs, iris scans, voiceprints, facial recognition and aptly counter any loopholes.
Two of the most popular biometric security systems work on the model of either fingerprint recognition or palm vein technology. The first type of biometric security device uses the fingerprint recognition technique where a highly sensitive camera captures the thumb prints of the individuals. The person has to place his thumb over the scanner, which then captures the fingerprint and matches it with existing records. The biometric device is mostly used for fingerprint recognition, fingerprint verification, fingerprint authentication, fingerprint scanning and fingerprint matching applications. The device is so designed that it is able to capture dry, wet and blurred images as well.
The other kind of biometric security device with palm vein technology uses an infrared sensor that indentifies an individual's vein pattern. This method works on a very sensitive model of authentication technique. This type of biometric security system does not require being touched; the user has to place the hand over a few inches on the scanner. Palm veins are unique to every individual and with the help of infrared sensor; the scanner captures this never-changing pattern. The biometric device is also an option because of its hygiene mode. In traditional biometric security systems, the device was required to be touched, making way for sanitary issues that are now dealt with.
Both these fingerprint access control devices incorporate those features of the humans that do not change or are not prone to any manipulation. Factors like age, wounds, cuts, change in skin colour do not make up for any difference unlike the earlier counterparts of these biometric devices.
E-governance works entirely on a technology driven model and helps all kinds organisations achieve their tasks of governance, communication, transactions, back office interactions, office processes etc. Secugen Hamster IV fingerprint scanner is a device that has its applicability in a variety of applications and organisations. Biometric devices make the task of identification of individuals feasible in an organized manner.
Secugen Hamster IV is used for various uses, which includes Fingerprint Based Computer Login, Biometric Point of Sale Machines, Web-Based Fingerprint Recognition Systems, Fingerprint Time and Attendance, Fingerprint Access Control. Not just this, Secugen Hamster IV is also used for biometric identification in Slum Survey & Slum Re-development Projects, Domain Controller, Driver's License, Biometric File Encryption, PC/workstation security, Network/enterprise security, Internet content security, E-commerce, B2B transactions, Electronic transactions, Bank and financial systems, Medical information systems and any password-based application.
The list of feature that come packed with Secugen Hamster IV include free Fingerprint SDK available on request, FBI Certified "PIV Single Finger Capture Device", High-quality, rugged, maintenance-free optical fingerprint sensor with ultra-high 1200+ DPI native resolution (500 DPI effective resolution), USB connection, Demo application availability to capture fingerprint as an image file, Auto-On automatically turns on sensor when it detects a finger, Hardened fingerprint contact area that's resistant to scratches, impact, corrosion and electrostatic discharge (ESD), Compact and ergonomically design to work with any finger or thumb. The biometric device supports: Fingerprint recognition, fingerprint verification, fingerprint authentication, fingerprint scanning and fingerprint matching applications, Integrated finger guide, Removable, weighted stand.
Secugen Hamster IV is already used in various eGovernance projects, including banking, micro finance, Inspector General Revenue -computerization, Land registration etc. The device efficiently captures the fingerprint impression of the buyer of land or property. The captured impression of the fingerprint is stored and can be printed for use in the future. Secugen Hamster IV acts as a reliable source to get finger prints and is increasingly used in various parts of the country. There are three types of Secugen Hamster IV biometric identification which are: optical, electrical and communication. Millions of thumb prints can be saved using the Secugen Hamster IV and can be of great help to various organisations, whether private or government.
The bank, in Nairobi, which caters to over 4 million accountholders and spans a massive chain of 115 branches, secured CompuLynx's assistance in developing a biometric identification system to enhance security and minimize fraud and theft.
In a country where national IDs are non-existent, a secure integration of biometric devices in the banking system was necessary to deal with security issues that plague the bank and its users.
The problem of authentication, recognition and registration is a major hassle in banks worldwide. While most of the banks have already implemented biometric solutions to safeguard their clients' interests, Kenya's underdevelopment has disallowed it to keep pace with the current security developments.
CompuLynx has installed SecuGen Hamster IV biometric identification devices that will identify bank accountholders accurately using a Central Biometric Database that will create and store one biometric profile per person in order to enable first-time registration for users.
SecuGen Hamster IV was chosen due to its high image quality, affordability and rugged construction. Due to its configuration, this is one of the biometric devices that comes with an ultra high-speed capability, thereby allowing it to process up to 50,000 fingerprints to check for duplication. It also enhances connectivity across the several branches of the bank, as they are all connected with the database so as to enable efficient cross-referencing by the biometric identification system.
Biometric identification has greatly influenced how companies now perceive and tackle security concerns. There has been a significant reduction in cases of identity theft and fraudulence since Biometric Devices streamline the entire process for the bank's retail customers. SecuGen Hamster IV is also used in various other places such as financial, medical, educational, governmental and corporate institutions.
Did you know that biometric technology has been around since 29,000 B.C.? At the time, it was in the form of handprints that cavemen used to sign their artwork. In 500 B.C., business transactions in Babylonia were signed with fingerprints on clay tablets.
Yet, surprisingly, the technology isn't as widespread as you would expect it to be. Several factors have contributed over the years toward the slow adoption of biometric technology. Primary among them is the cost associated with the procurement, installation and implementation of biometric systems. The Unisys Security Index surveys indicate that adding users to the system, which is a pre-requisite for any kind of authentication, is challenging in the case of biometric computer security, depending on the trust value of the organization using the system.
Despite these issues, banking, research, government and military organizations have adopted biometric logins as their primary authentication technology. Of late, the price points of technology required for fast and accurate biometric authentication have dropped significantly, making it viable for small- and medium-sized private enterprises to deploy biometric login or authentication systems as well.
Over the years, biometric systems have evolved from a new technology used in closed environment applications to a useful, practical, fit-for-purpose tool used across a wide range of industries and in a variety of applications. The Global Biometric Forecast to 2012 anticipates that its markets will grow at a CAGR of about 22% between 2011 and 2013. North America is touted to be the most dominant player, closely followed by the Middle East, Asia and Africa. Governments are the largest customers of biometric computer security and are expected to remain so.
Thus, we see that the biometrics market has been growing at a steady pace in recent times. The growth is being supplemented by hardware and software developments in the field that help increase its reach and scope from organizations to individuals. Smartphone apps with biometric authentication are now rearing their head. If the current market growth and pace of development sustain then we are certain to witness the fulfilment of the Global Biometric Forecast in the not-so-distant future.
In a Hollywood action movie, you are likely to see the protagonist crack the toughest of security codes, including biometric access control systems. While these culminate into a great recipe for a thrilling movie, real-world biometric identification systems are nearly impossible to fool. In fact, these are considered to be the most infallible security measures in recent times.
Most popular among these are fingerprint reader software and iris scanners. Just like fingerprints are unique to each individual, so is the trabecular meshwork of the iris of the eye of each and every individual. To begin an iris scan, an individual's face is placed in a way that the eye is between three and ten centimeters from the iris scanner. A CCD digital camera within the device captures an image of the eye, which includes the center of the pupil, the edge of the pupil and the iris, along with the eyelids and lashes. Then, in the way the fingerprint reading software matches patterns to the centralized database; the software of the device analyzes the complex patterns of the iris using mathematical algorithms to match the current imagewith stored records.
Unlike fingerprint reader software, which uses 60 to 70 points of measurement; iris scanners uses 200 point of measurements. This makes them one of the most accurate systems of biometric identification.
Iris scanners are commonly found in immigration channels and high-security vaults. Yet, installing them for enhanced security seems to enjoy an upward trend amongst high-profile organizations today. Since the future seems to be that of non-contact scanning security, iris readers may well play a central role in it.
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