But in order to thrive as high value-added tools in highly specialized deployments they just need to help solve a high value problem. Jason can be reached at Mail: blog securlinx. Headquartered in Atlanta, GA M2SYS Technology's mission is to pioneer the high-tech industry by delivering long-term value to customers, employees and partners through continued innovation and excellence in all aspects of our business. M2SYS continues to innovate, build and bring to market leading-edge biometrics solutions that revolutionize the industry and expand the applicability of biometrics technology in our marketplace.
You can view their Web site at www. Your email address will not be published. Another, by no means insignificant, point to consider is that a finger presented for recognition does not necessarily still need to be attached to a body In addition, some line patterns are so similar that in practice this can result in a high false acceptance rate.
There is even a hereditary disorder that results in people being born without fingerprints! On the other hand, fingerprint identification is already familiar to much of the public and is therefore accepted by a large number of users.
The technology is also relatively cheap and easy to use. It should be noted, however, that quality can vary significantly from one fingerprint recognition system to another, with considerable divergence between systems in terms of false acceptance and false rejection rates.
This may involve using a replicated fingerprint or a contact lens with a falsified iris pattern. The risk of spoofing mainly applies to forms of biometric security based on superficial external characteristics. A facial recognition system analyses the shape and position of different parts of the face to determine a match.
Surface features, such as the skin, are also sometimes taken into account. Facial recognition for security purposes is an offshoot of face detection technology, which is used to identify faces in complex images in which a number of faces may be present. This technology has developed rapidly in recent years and is therefore an excellent candidate if a system is needed for remote recognition.
However, facial recognition also has a number of significant drawbacks. By layering the protection, secured internet devices become less vulnerable to data breaches. In addition, using a password manager to store any traditional passwords can give you an additional safeguard. In summary, biometrics remains a growing way to verify identity for cybersecurity systems.
The combined protection of your physical or behavioral signatures with other authentications gives some of the strongest known security. At the moment, it is at a minimum better than using a character-based password as a standalone verification. Biometric technology offers very compelling solutions for security. Despite the risks, the systems are convenient and hard to duplicate. Plus, these systems will continue to develop for a very long time into the future. We use cookies to make your experience of our websites better.
By using and further navigating this website you accept this. Detailed information about the use of cookies on this website is available by clicking on more information. What is biometric data? What is a biometric scanner? What are the risks of biometric security? How can we make biometrics more secure? What is Biometrics? Three Types of Biometrics Security While they can have other applications, biometrics have been often used in security, and you can mostly label biometrics into three groups: Biological biometrics Morphological biometrics Behavioral biometrics Biological biometrics use traits at a genetic and molecular level.
Biometric Security Works Biometric identification has a growing role in our everyday security. Biometrics are largely used because of two major benefits: Convenience of use: Biometrics are always with you and cannot be lost or forgotten. Are Biometric Scanners Safe?
All that data must be stored somewhere, fueling fears of constant surveillance and misuse of data… Biometric Data Security Concerns A more immediate problem is that databases of personal information are targets for hackers. Ways to Protect Biometric Identity With the risks to privacy and safety, additional protections must be used in biometric systems. That incorporates: Something you are biometrics Something you have like a hardware token or something you know like a password Two-factor authentication makes a powerful combination, especially as IoT devices proliferate.
Another aspect of ease of use is the FRR of the biometric system. If the biometric algorithm being used causes a high FRR, then the user will not find that system easy to use.
It will require the user to make a higher number of biometric attempts to get authenticated. This will lead to user frustration and lack of acceptance. Another aspect of any biometric system is the software that controls the biometric device. If the software the user needs to interface with is not easy to use, then ease of use for the user will suffer.
In this case, the user will be "flying blind" in presenting the biometric. Conversely, if the software provides too much feedback, or is too exacting in its requirements for acquisition, this too can decrease ease of use. No matter how easy a biometric is to use, it will never get deployed if it is too costly. The technology cost of a biometric system is made up of the following:.
The cost of a biometric device varies depending on the type of biometric being measured. The cost of a biometric device can also vary within the same type of biometric. A good biometric device will provide the most functionality for the cost. Any company purchasing a biometric device should examine what features are really required. For example, does your biometric application need alive -and-well detection? Does the biometric application require a trusted device? The choice of device is a tradeoff between security features and the cost of the device.
If you are securing a corporate phonebook application, you will probably require a level of device different from securing the company's trade secrets.
A good device in terms of cost will meet the requirements of the application, and not break the budget for the project. Once a biometric device has been selected and the software prepared, the device and software still need to be deployed. Depending on the biometric device and software selected, desktop hardware may need to be distributed, software pushed to the desktop, and possibly, servers may need to be installed. These soft costs are often overlooked in the selection of a biometric solution.
Even if the hardware itself was affordable, the cost of deploying it could be a limiting factor. A good biometric solution will allow for a cost-effective deployment of the hardware and software.
Once the hardware and software have been deployed, there is the cost of supporting the installation. If the device is prone to failure, or generates a high level of FRR, then the costs associated with supporting it will be high. The users will be calling the help desk for support. Also, if the biometric is not reliable, then the users will need to use fallback methods of authentication.
These failures and costs of support will greatly decrease the expected return on investment ROI of the biometric solution. Cost-cutting on the hardware and software choices during the selection stage can cause greater support costs in the end.
A good biometric solution will be easy to support and allow flexibility in choice of hardware and software. Before a final decision is made on the hardware and software, another factor needs to be taken into account. The deployability of the solution is where the rubber meets the road.
If the proposed solution is affordable, and is accepted by the users, it still may not be feasible if it is not deployable. The deployability of a solution is determined by:.
As anyone who has walked around corporate offices will tell you, the real estate allotted per employee is dropping. This also impacts the size of the desk or office an employee has. Having to deploy a device that requires a great deal of desk or office space is not feasible. Also, the close proximity of the employees to each other can cause some biometric devices not to function optimally.
For example, a hand geometry device requiring a large amount of space may not be practical to deploy on a small, crowded desktop.
A voice recognition system that requires lower levels of ambient noise may not work well in a crowded trading-floor environment. Therefore, a good biometric device is subject to the size that can be accommodated in the user's environment. The environment in which a user works may not be conducive to certain types of biometric devices. As seen earlier, voice recognition devices do not operate well in areas with high ambient noise. Some user environments are also influenced by temperature or humidity.
At the same time, certain floor treatments and humidity levels may cause a great deal of static electricity to develop. In these environments, biometric devices with exposed sensors or devices not having electrostatic discharge protection may find themselves on the receiving end of over 35, volts from crossing a carpet with low air humidity.
The type of work being performed by the user can also generate environmental effects on a biometric device. For example, factory workers who have high grease and solvent content on their hands are not good candidates for hand-based biometrics. A clean room also poses problems for a number of biometric devices. How does one get a biometric measure from someone wearing a " bunny suit"?
A good biometric device will take into account the working environment and jobs of the end-users. A biometric system can be made up of more than device and software. It can also rely on existing corporate infrastructure or require a company to implement new infrastructure. For instance, if the chosen biometric system requires backend server authentication, server hardware needs to be provided or procured. The backend data store that the biometric system will need to utilize must therefore be ascertained.
Will it be an LDAP directory or a relational database? Does the company already have one or both of these in place?
If not, which one will the company put into place? The need to put in new infrastructure will not only increase costs through capital expenditures, but also through ongoing support and maintenance. Most companies go through a technological refresh every three to four years. At this time, the company will acquire state-of-the-art technology to carry it through to the next technology refresh.
The chosen biometric system not only needs to clearly state what its minimum system configuration is, but also what is actually usable. For example, many operating system manufacturers list minimum operating requirements. However, these minimum operating system conditions are at times barely sufficient to load the operating system. At the same time, a biometric system may list very modest requirements.
Once testing is done, it may be shown with use that the biometric system works on its minimum requirements, but that it actually takes longer to authenticate. This may not be acceptable to the end-users. A good biometric system will provide adequate performance on the previous year's state-of-the-art technology. This way, most corporations are either one year behind this minimum or are approaching a technology refresh.
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