#iris scanner

5 Benefits Of IRIS Recognition Technology

Biometrics are a common sight in futuristic or science-fiction settings, but they are increasingly entering the real world in practical ways. In fact, similar technologies are being implemented every day for businesses all over the world. Let’s take a look at some of them, as well as what benefits they provide these organizations.

What Are Biometrics? Biometrics are a method of authentication that uses some sort of physical attribute or qualifier rather than a password or a key code. Some examples include fingerprints, voice patterns, typing rhythms, and so much more. They are easier to use than your typical passwords or key codes, and even better, they can be used in conjunction with traditional security measures and practices.

Let’s take a closer look at what some of these biometrics are, as well as the most practical way to implement them.

Biometric Types There are two major categories for biometrics: physical identifiers and behavioral identifiers. Physical identifiers are by far the most common:

● Signatures: Signatures are one of the unique ways you can identify an individual, and you’ve surely seen this biometric used at least once somewhere or another. Whether it’s a transaction or an agreement, a signature can do much to guarantee someone’s authenticity. ● Fingerprints/Physiological Attributes: This particular biometric is often used to secure smartphones. Fingerprints can be used to determine the identity of the user, as well as various other physiological attributes, like palm scanning, retinal scanning, and facial recognition. ● Voice: Voice-based authentication is common all over the place these days, whether it’s a personal user issuing commands to a virtual assistant or a business using voice authentication to navigate automated answering systems. ● DNA: The technology to implement DNA sequencing into authentication is still a ways off, but it’s closer than you might think.

There are other behavioral identifiers that are used for biometric authentication. While these methods are still in development, here are a few examples of them:

● Typing Patterns: People all write in different ways, and the same goes for typing. Therefore, this can be used to determine the authenticity of the user based on their keystrokes and the pressure applied to the keys. ● Navigation and Engagement: In a similar fashion, the way that people navigate applications and systems can also determine identity. Mouse movements are quite showing, as well as how we hold devices.

Reliability (and Risks) of Biometrics Biometrics are proving problematic to an extent, mostly because they can be inconsistent. Voices can vary depending on the user’s health or age, and faces can change based on a clean-shaven (or bearded) face, a haircut, or a pair of glasses. There are ways to work around this system, and with biometric authentication, there is much that needs to be taken into account.

Security is a Major Concern This kind of data needs to be heavily protected, as it not only exposes sensitive information, but personal information as well. These kinds of credentials are also not easily changed, as they are heavily based on physical traits. For these reasons, biometrics may take some time to be adopted as the norm.

What are your thoughts on biometrics? Let us know in the comments.

The frauds during examination are becoming common these days. Recently, seven people were arrested for impersonation in SSC exams in Hyderabad. Many were caught during medical entrance examinations like PMT.

Though the cheaters have become hi-tech with the Bluetooth devices and phone cameras, the technology has blessed the invigilators and examination conducting bodies with counter-devices. Today, technology has become advanced enough to eliminate the frauds during examination. Let’s see how it can help us in conducting a fair examination:

 1.    Impersonation Control Through Biometric Devices - These are a boon for catching the impersonators. The Biometric Devices can perform a fingerprint scan, iris scan, bar code scan and can also take a picture with the camera installed in them. As per the examiner’s choice, the biometric devices can also compare the data of the individual with the aadhaar card or with the student data that was recorded prior to the exam and curb the impersonation cases completely.

 2.    Mobile Network Jammers – With Bluetooth devices, pen cameras and other intractable devices, the usage of mobile network jammers has become a necessity. These plug and play devices can block the Wi-Fi and all mobile networks in the room and disable all Bluetooth devices. So, no connection with the outside world can be established.

 3.    CCTV Surveillance - The CCTV cameras discourage such malpractices as the students experience a constant pressure of being monitored. Other than impersonation control through biometric devices, the CCTV cameras add an extra layer to the security through easy identification of the impersonators. Besides, they can also be used as a valid proof against cheating incidents or any other issue that may arise during the exam.

 4.    Videography Surveillance - The live video recording, right from the seal breaking of the question papers to the packing of answer sheets, leaves no room for any fraud during the examination. It can also be used to keep a check on ignorance of responsibilities by the invigilator and can also come handy while answering the RTI requests.

5.    OMR Sheets - These sheets prevent any answer sheet tampering incidents. Also, their usage eliminates the chances of any personal bias that may arise on account of manual checking by the invigilators.

 6.    GPS enabled padlocks – These padlocks are GPS enabled and provide a fool-proof security for question papers as well as the answer sheets. They enable real-time tracking of any change in location of the device and alert the authorities immediately in case of breach or fraud attempt.

 7.    Metal Detectors - These can be hand-held or in the form of gated metal detectors and come to great use to detect any mobile or Bluetooth devices.

New Post has been published on https://takenews.net/samsung-galaxy-s9-collection-mass-manufacturing-to-begin-in-january-report/

Samsung Galaxy S9 Collection Mass Manufacturing to Begin in January: Report

Galaxy S9 and Galaxy S9+ are Samsung’s upcoming flagship smartphones. They’re anticipated to be launched in February late 12 months. A brand new report means that Samsung has begun ordering parts for the Galaxy S9 sequence, and mass manufacturing will begin in January 2018. The report additionally mentions twin digital camera setup might be reserved for the Galaxy S9+, corroborating earlier studies.

As we talked about, a report from ETNews on Tuesday cites trade insiders to assert Samsung has already begun procuring parts for the upcoming Galaxy S9 duo. Samsung will reportedly undertake the brand new SLP (Substance Like PCB) circuit boards to make room for greater batteries and different elements.

SLP is a next-generation motherboard know-how that permits for chips to be stacked collectively leading to extra space for different parts. Apple not too long ago employed an identical know-how in its iPhone X, releasing up house for the brand new L-shaped battery that gives an even bigger capability. The SLP circuit boards will join main smartphone elements like flash reminiscence, software processor, and DRAM.

The report mentions that Samsung has additionally begun mass manufacturing for digital camera modules. In line with ETNews’ sources, Partron is engaged on the entrance digital camera of the Galaxy S9, whereas Energy Logics is creating the entrance digital camera on the Galaxy S9+. It additionally confirms that the twin digital camera setup might be unique to the larger mannequin of the duo, the Galaxy S9+.

In line with ETNews, the Galaxy S9 will sport an built-in iris scanner within the entrance digital camera. Alternatively, the Galaxy S9+ is predicted to have a separate iris scanner and entrance digital camera.