Introduction
Nothing is entirely secure. Locks can be picked, safes are broken into, and online keys can all be guessed at any point. So, how do we safeguard the things we cherish? Biometrics—fingerprints, iris scans, retinal scans, facial scans, and other difficult-to-forge personal information—are a few of the more secure choices.
One of the most well-known biometrics is fingerprint recognition. Fingerprints have been used for authentication due to their uniqueness and accuracy over time. Still, the technology is continuously advancing with the introduction of touchless fingerprint (i.e., biometrics in the Philippines) due to advances in computational capabilities.
Fingerprint recognition is expected due to its intrinsic ease of acquisition, the various sources (10 fingers) available for collection, law enforcement, and immigration’s long-standing use and collection.
Fingerprint scanners can be used in several locations, from high-security facilities, ATM terminals, and even notebook computers. Let’s look at how they perform in more detail!
What is a Fingerprint Reader in the Philippines?
Biometric identification technology is being more widely used in surveillance, with fingerprint recognition (biometric fingerprint) becoming the most widely used biometric technology for physical access control at the moment. It makes sense: people are now used to using their fingerprints to check their identity on their mobile, and fingerprint identification has several advantages. It is relatively simple to enroll and show a fingerprint. It’s also a good option for many access control applications, particularly those with fewer people who need access, thanks to its low price point and high accuracy levels.
A Direct Fingerprint Reader (DFR), also known as a fingerprint scanner or reader, is a biometrics system that uses automatic methods to recognize an individual based on their fingerprint’s distinctive physical characteristics.
A fingerprint is made up of ridges and furrows, and minute features (ridge bifurcation or a ridge ending). Fingerprint scanning effectively enables an individual to be recognized based on the acquisition and identification (or verification) of a fingerprint’s distinctive patterns and ridges.
Fingerprint scanning is a form of physiological biometrics in which your physical features are analyzed to verify your identification. In a nutshell, it knows that the fingerprint is unique to you.
Everyone’s fingertips have distinct distinguishing markings that are used to produce a fingerprint. These are a favored symbol of identification for surveillance procedures since they cannot be altered or withdrawn.
A fingerprint reader is something you might have used before. They’re used in border protection, police stations, new mobile handsets, and many defense firms. Fingerprint readers are a more accurate authenticator of identity than a standard pin, and similar password methods, and can guard against fraud and identity theft.
How Does a Fingerprint Reader Work?
Fingerprint scanners can use different tools to capture the unique characteristics of the prints. Optical scanners, which use lenses to reflect light onto complementary metal-oxide-semiconductor (CMOS) sensors, translating light into electronic signals, are the most common fingerprint readers.
Some readers use capacitive sensors to record prints. The ridges and valleys in a fingerprint produce different electric currents in different parts of the finger. Each fingerprint reader creates an image of your print using an electric current.
The ridges and valleys on your finger serve as insulators, limiting the flow of current provided by the reader. As a result, the scanner may use this information to create a simple image of your finger’s uniqueness or a “Biometric Identifier.”
Once these data are saved, your fingerprint will be used to verify your identity any time it is checked. Matching your fingerprint with the one on record. The scanner often demands several prints from the same finger to create a more comprehensive and precise representation of your fingerprints.
What are the 3 types of Fingerprint?
Fingerprints are practically unique and grow in an entirely random mechanism according to the DNA code, which makes them a brilliant way to tell people apart (the genetic recipe that tells your body how to develop).
Although two individuals with similar fingerprints might be discovered, the odds of this occurring are so slim that they’re non-existent. Other physical evidence may typically be used with fingerprints to prove a person’s guilt or innocence beyond a reasonable doubt in a court case.
When fingerprints are used to monitor access to something like a computer device, the odds of a random user using the exact correct fingerprint to gain entry are, in general, too slim to be concerned about—much less the chances of anyone guessing the correct password or breaking through a physical lock.
Loops
The most famous fingerprint pattern is this one. Indeed, this trend is seen in 60 to 70% of the population. There must be at least one center and delta in the loop pattern.
The loop, unlike the other patterns, has three sub-categories:
Ulnar Loop – The ridges transform backward in this sequence, but not quite. You’ll find the loops heading toward the small finger to define an ulnar loop. These turns will only be apparent if you display them on the hand rather than on a card.
Radial Loop – This pattern is similar to the ulnar loop, but the turns directly toward the thumb rather than the small finger.
Central Pocket Loop – In this pattern, the ridges recurve across the central whorl.
Whorls
Around 25 to 35% of the population has this fingerprint pattern. Whorls, unlike arch shapes, have a heart and two deltas. It only has two sub-categories, which are identical to the arch:
Plain Whorl – A plain whorl produces a spiral or ripple shape in a circle pattern. This circular pattern is unbroken, and the central rotation is the product of at least one ridge.
Central Pocket Whorl – In this pattern, the central ridges can bend more than once to create a smaller inner whorl.
Arches
This is the most distinctive fingerprint form. This fingerprint pattern is seen in around 5% of the world’s population. It’s one-of-a-kind because it doesn’t have any centers, lines, or deltas. Two other sub-categories arise from this pattern:
Plain Arch – This pattern is characterized by raised ridges that run from one side of the finger to the other in a continuous line. This trend is the rarest, accounting for just 5% of the total population.
Tented Arch – The tented arch, like the simple arch, has elevated ridges that pass in the same direction. The elevated ridge’s pitch makes a big difference. In contrast to the simple arch with a tent-like shape, the tented arch has a sharper point.
What are the Advantages of Getting a Fingerprint Reader in the Philippines?
Choosing biometric fingerprint identification for the access control device has several drawbacks, but also has its many advantages. Here’s how to deal with some of the more prevalent issues so that you can get the most out of fingerprint recognition and authentication.
Accuracy
Fingerprint Scanner has a high degree of precision, is the most cost-effective biometric user authentication tool, is one of the most evolved biometrics, and requires little storage space for the biometric template, reducing the size of the database memory needed.
Fingerprint recognition provides a higher degree of authentication than just using access cards, but it isn’t the most precise form of biometric verification. The most reliable identification method is iris recognition, followed by vein, fingerprint, and finally face recognition.
Since a damaged finger will impair fingerprint recognition accuracy, it’s a safe idea to enroll at least two or three fingers per individual. When the fingers viewed are wet or dusty, problems may occur. The advent of contactless or multispectral fingerprint technologies, on the other hand, has solved this problem. The use of 3D fingerprint recognition rather than 2D fingerprint recognition enhances the precision of the device.
Another alternative for enhancing biometric fingerprint access control accuracy is to use a multi-finger approach, which is widely found in hospitals.
Security
It is a significant change in passwords and identification cards in terms of security. Fingerprints are much more difficult to forge, and they alter very little over time, meaning the information lasts much longer than images or passwords.
When it comes to access control, deception is still a big issue, and biometric devices are no exception. Each technology has a different degree of vulnerabilities. An iris scan, for example, is more difficult to replicate than a fingerprint. Some devices may also be fooled by showing a snapshot of a fingerprint. However, many biometric recognition devices have the option of providing liveness detection, which detects the temperature, shape, and blood flow of the finger being viewed.
Uniqueness
A prototype is created for each user who signs up for your system. This was made using a fingerprint scanner to improve an image of grid lines. The template’s characteristics, such as ridge ends, bifurcations, location, and direction, are then computed. When a finger is shown to a biometric fingerprint scanner, it is linked to a blueprint saved in the database, and identification rates are typically very high.
Since fingerprints are non-transferable, exchanging passwords or ‘clocking in’ on behalf of another colleague is not an option, which allows for a more precise worker monitoring and increases protection against the theft of confidential materials.
Ease of Use
They are quick and easy to use for the customer. No more forgetting your last password or getting locked out because you forgot your photo ID at home. Your fingerprints are inextricably connected to you.
Cost-Effective
Fingerprint identification is now a cost-effective authentication approach from a technology management standpoint. Small hand-held scanners are simple to set up and have excellent precision.
Using fingerprint identification at work also introduces a degree of transparency. It’s impossible to deny biometric proof that you were there when an event or occurrence happened, and it can be used as testimony if appropriate.
Fingerprint Reader vs. Facial Recognition: Which Biometrics Should You Get?
Face recognition and fingerprint reader are now available on almost any establishment in the Philippines. Fingerprint reader is introduced by manufacturers which have checked their devices with a fingerprint authentication sphere. They concluded that the user’s fingerprint would be challenging to forge and that hackers would be unable to deceive the computer as a consequence.
Hackers soon discovered a way to break fingerprint locks as technology progressed. The firms then turned gears, ushering in a new age of biometric authentication known as face recognition.
When comparing each of these security mechanisms, it is fair to conclude that these two types of security will be easily spoofable in the future. On the other hand, these innovations have come a long way since their discovery, as we develop regularly.
Features of Fingerprint Reader in the Philippines
Fingerprint recognition has been available for a few years. Several businesses opt for one that has at least fingerprint recognition. The fingerprint scanner is used to identify your fingerprints. The sensor produces a visual image, allowing it to recognize your fingerprints. Most biometrics in the Philippines have a plethora of sensors, which determines whether or not the sensors’ image is of a real finger.
Fingerprint recognition, like its predecessor, provides a three-dimensional representation of the finger, which aids in distinguishing between individual fingerprints. Each person’s fingerprint is unique, much like their iris. As a consequence, the fingerprint reader’s encryption code is exclusive.
Features of Facial Recognition in the Philippines
Facial recognition is a fantastic choice for customers and many business users because it is fast, simple, and convenient. Unlocking with facial recognition is almost automatic as long as the device is angled in the user’s direction.
Facial recognition, on the other hand, has a few of security flaws. Many of the advanced biometric authentication options discussed below have a higher FAR than implementations that do not map the face in three dimensions. Even complex facial recognition systems have a higher FAR than many of the advanced biometric authentication options discussed below.
Furthermore, facial recognition is vulnerable to false negatives. There are times when the scan will not happen, mostly because you’re wearing glasses or make-up or because the lighting is different. For added security, security-conscious organizations processing confidential data should consider fingerprint or iris scanning.
Face detection comes in some ways. Face recognition protection will be high on a standard high-end biometric devise. A low-cost biometrics’ security, on the other hand, is easily compromised. Face recognition was initially achieved using the camera’s optical lens.
As a result, the camera only needed a two-dimensional image model since it interpreted images in two dimensions. As a result, a picture of the owner may be used to decrypt a computer quickly. The new pricey generation of biometrics, on the other hand, involves live facial recognition as well as an iris scanner. This ensures that the biometrics’ sensor scans the photos in front of it and tests the person’s iris.
The human iris is filled with minute information that varies from person to person. Consequently, it’s fair to say that no two people’s iris variations would be alike. Biometrics providers take advantage of this by using the human eye as a security key.
While both have their advantages and disadvantages, the choice is really up to you, depending on the purpose of the biometrics in the Philippines. For added security, it is recommended to choose both fingerprint reader and facial recognition in the Philippines.
Fingerprint Reader Devices in the Philippines
SUPREMA
BIOSTATION A2
Fingerprint Access Control and Time Attendance Terminal Suprema BioStation A2 is the most advanced fingerprint access control and time attendance terminal featuring Suprema’s next-generation biometric technology and security platform. BioStation A2 provides class-leading performance through the World’s best matching performance, uncompromised security, and accuracy, along with top-notch usability.
BIOSTATION T2
BioStation T2 leverages a state-of-the-art device platform to provide an immense variety of features in a single device and takes advantage of Suprema’s world-renowned fingerprint technology to ensure speed and accuracy. It is ideal for applications that require robust & reliable hardware and an extensive feature set with a convenient user interface.
BIOSTATION 2
BioStation 2 incorporates the latest Suprema technology in a beautiful exterior. It combines a new powerful processor, Suprema’s next-generation optical sensor, and improved fingerprint sensing and capturing algorithm to unrivaled performance. BioStation 2 provides users with instant authentication and rapid data transfer to manage high-volume data with ease. It is ideal for applications that require versatility without compromise in style and performance.
BIOSTATION
BioStation incorporates many fundamental features into a single reliable hardware platform. Its simple user interface allows users to interact with the device effortlessly, and its large memory capacity provides storage for a large amount of data. It is the ideal cornerstone of any system requiring fingerprint technology and can be used in either a standalone or network environment.
BIOSTATION L2
Suprema BioStation L2 is an essential fingerprint terminal that provides comprehensive access control and time attendance features based on Suprema’s next-generation biometric technology and security platform. Designed for all types of time-attendance applications, BioStation L2 provides exceptional value by combining World’s best Suprema fingerprint algorithm, high performance, and enhanced security features.
BIOLITE N2
Suprema BioLite N2 is a Suprema’s 2nd generation outdoor fingerprint terminal that provides comprehensive access control and time attendance features based on Suprema’s latest biometric technology and security platform.
BIOENTRY PLUS
BioEntry Plus exquisitely blends the benefits of an IP access control system with biometrics’s added security. Suprema’s IP fingerprint product line is the basis of a good indoor solution to any system requiring fingerprint technology.
BIOENTRY W
BioEntry W is a robust, high-performance fingerprint access control device designed to provide 3-way protection against dust, water, and vandalism. BioEntry W also has Power-over-Ethernet capabilities giving it the perfect edge for easy installation. It is ideal for applications that require fingerprint technology and can be used with various installation environments.
BIOENTRY W2
Suprema BioEntry W2 is a rugged fingerprint access control device featuring Suprema’s next-generation biometric technology and security platform. BioEntry W2 provides class-leading performance and security by featuring Suprema’s latest fingerprint algorithm coupled with powerful quad-core CPU and LFD (Live Finger Detection) technology. The device also provides added flexibility in system design by featuring multi-card reading with dual-frequency RFID technology.
IDTECK
IP-FGR006
Features:
1:1 Verification and 1: N Identification
125KHz Proximity (IDC) and Fingerprint Recognition
1,000/2,000/4,000 Fingerprint Users
Various Operation Mode
ID only Function for Fingerprint Unregistrable Person
RS232, RS422(Max.32ch), Ethernet (External Ethernet Module Required)
Upload/Download Fingerprint Templates Using Laptop (Optional, RS232 Stereo Jack Required)
Fingerprint Register / Reader Mode Using Master Card
Off-line Add / Delete Function Using Master Card
26bit Wiegand (Default) Output Format
Firmware Upgrade via S/W
High Protection from Scratch and ESD (Electro Static Discharge)
High-Quality Optical Sensor
Tamper Switch
Compatible Software: FINGERPRINT ENROLLMENT PRO, IDTECK STANDARD, IDTECK ENTERPRISE
Compatible Controller: iCON100, iTDC, iFDC, iEDC, iMDC, Third Party Controller (26bit Wiegand), FINGER007, 505R, LX007, LX505
EASYLOBBY
EL-M2-SYS
Features:
Reliably scans fingerprints and converts them into an algorithm, which is stored in the SVM software
Ergonomic design ensures that a high-quality image is captured with each scan
The complex, quartz-like sensor surface assures that this fingerprint reader stands the test of time, even in high throughput settings
IDEMIA
SigmaLite+iCLASS
Engineered with the same attention to detail and performance as their predecessor, the MorphoAccess® SIGMA Lite terminals by IDEMIA are specifically designed to equip narrow mounting surfaces, such as glass/aluminum door mullions, turnstiles, or server rack doors. With a 2.8″ QVGA color touchscreen and buzzer
SigmaLiteiCLASS
Engineered with the same attention to detail and performance as their predecessor, the MorphoAccess® SIGMA Lite terminals by IDEMIA are specifically designed to equip narrow mounting surfaces, such as glass/aluminum door mullions, turnstiles, or server rack doors. With blue/green/red LED indicator and buzzer
SigmaWRiCLASS
Tailored for both Access Control and Time & Attendance applications, the MorphoAccess® SIGMA (MA SIGMA) Series by IDEMIA implements no fewer than 20 patents to master biometric identification and deliver a host of additional features, together with a refined and enjoyable user experience.
How Much Does Fingerprint Reader in the Philippines Cost?
If you check for the fingerprint reader price in the Philippines, you would see that they typically cost a few thousand, and you can get a portable one as low as 5,000 PHP. However, that would also depend on the quality, the number of scans the fingerprint reader can check, and its security, among other factors. If you’re looking for a high-quality fingerprint reader in the Philippines, please contact us.
Where Can You Get Fingerprint Reader in the Philippines?
Biometrics Supplier in the Philippines
Internet of Things (IoT) the Philippines
IOT Philippines Inc. is a progressive company that utilizes cutting-edge technology of the “Internet of Things” and a closely related field, Radio Frequency Identification (RFID), to transform how we live our daily lives. It will revolutionize every business, every government, every household, every educational system for the better.
We generate solutions to enable not only people but also “things” to connect to the internet. And with custom applications, collect vast amounts of data, process them and allow these embedded machines to react according to the circumstances intelligently.
We understand that embedding intelligence in “things” will create knowledge, which will one day become even more valuable than producing the actual goods. Intelligent Objects will not replace humans, but they will work alongside to create knowledge and boost productivity.
We offer both off-the-shelf and customized solutions in different vertical applications such as Health/Wellness, Smart Homes, Logistics Solutions, Agriculture, and more. The possibilities are almost limitless. That is because once these objects are “embedded with intelligence,” they share a powerful new ability: the ability to communicate – with people and each other.
Conclusion
The Future of Biometrics in the Philippines
You can provide the best protection with a biometric fingerprint reader in the Philippines. With a flexible fingerprint scanning solution, you can enhance the protection of your entire system and office. It’s essential to provide second-factor verification when accessing company details if you operate outside the corporate network daily.
For years, biometrics has been used successfully for time and attendance, and employee management. They have been extensively investigated, and the findings indicate that biometrics are efficient, safe, stable, and reliable when properly applied. The Philippines’ fingerprint reader delivers a more excellent range of direct and indirect time, expense, and organizational advantages to organizations than other time and attendance approaches.
Internet of Things
We at Internet of Things offer our clients the best satisfaction in pursuit of providing solutions to embed intelligence in objects, to identify people and things, to connect them to the internet, to provide real-time information, to process these data, and make decisions based on a set of rules; and finally, to allow them to be controlled both locally and remotely.
Feel free to browse through our website or contact us at these details:
Main Office
Address: Unit A Pinaglabanan Square
No. 18 Pinaglabanan cor Paraiso Sts., San Juan City,
Metro Manila, Philippines 1500
Tel: +63 7621-6347
Fax: +63 8721-0037
Email: info@iotphils.com
Business Hours
Mon-Fri: 8:00 am to 5:30 pm
Sunday: Closed
