Matrix COMSEC Palm Vein Reader
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Matrix PVR is a highly secure and contactless biometric device that works by reading the vascular pattern of the palm. These patterns are unique to each individual and exists underneath the skin layer so they cannot be forged thereby making it more secure than any other biometric device. Being contactless and technologically advanced, it is appropriate for places like hospitals, chemical industries, nuclear stations, factories, corporate houses, R&D centers, financial institutes and many others where security and hygiene cannot be compromised.
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Fujitsu has developed a contactless palm vein pattern authentication technology called PalmSecure. It uses the unique vein pattern in a person's palm, which contains over 5 million reference points and remains the same throughout one's life, to identify individuals with a high level of precision. The PalmSecure sensor uses near-infrared light to extract the vein pattern without touching the palm. This technology offers stronger security than passwords or ID cards as vein patterns cannot be forged or shared, while being hygienic, accurate, and easy to use.
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Palm vein technology provides a secure, non-invasive method for identity verification. It uses infrared light to scan the vein patterns beneath a person's palm, which are unique to each individual. During registration, an individual places their hand near a scanner, which records their palm vein pattern and stores it along with their personal details in a database. When logging in, the system scans the palm vein pattern and matches it to the stored record. Palm vein patterns have a very low false acceptance and rejection rate. While palm vein scanning provides strong security and identification, it also has some disadvantages such as high costs and potential issues with image quality.
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The document discusses palm vein technology, which uses the unique pattern of veins in a person's palm for biometric identification and authentication. It provides an overview of how palm vein technology works, including how palm vein patterns are registered and used to verify a person's identity. The technology is highly secure since vein patterns are internal and difficult to forge. The document also outlines some advantages and applications of palm vein technology, such as its use for ATM access and electronic payments.
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Palm vein technology uses near-infrared light and sensors to identify individuals based on the unique patterns of veins in their palms. It has a very low false acceptance rate of 0.00008% and false rejection rate of 0.01%, outperforming other biometric technologies like fingerprints, facial recognition, and iris scanning in accuracy. The vein patterns are internal and difficult to forge, making palm vein authentication a secure identification method with applications in access control and financial transactions.
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Among all bio-metric methods palm vein technology is an accurate one.
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1. Palm vein authentication technology uses the unique vein patterns in individuals' palms as a biometric identifier for authentication. A palm vein scanner captures a near-infrared image of the palm's vein pattern and converts it into a template for matching.
2. The technology has very low false acceptance and false rejection rates, and palm vein patterns are impossible to forge as they are internal. It provides a highly secure, contactless, and hygienic means of authentication.
3. Palm vein authentication is being used widely in Japan for applications like ATM security, electronic ID cards, computer login, and physical access control in places like hospitals and libraries.
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Fujitsu has developed a contactless palm vein pattern authentication technology called PalmSecure. It uses the unique vein pattern in a person's palm, which contains over 5 million reference points and remains the same throughout one's life, to identify individuals with a high level of precision. The PalmSecure sensor uses near-infrared light to extract the vein pattern without touching the palm. This technology offers stronger security than passwords or ID cards as vein patterns cannot be forged or shared, while being hygienic, accurate, and easy to use.
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The document discusses palm vein technology, which uses the unique pattern of veins in a person's palm for biometric identification and authentication. It provides an overview of how palm vein technology works, including how palm vein patterns are registered and used to verify a person's identity. The technology is highly secure since vein patterns are internal and difficult to forge. The document also outlines some advantages and applications of palm vein technology, such as its use for ATM access and electronic payments.
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PPT (2)
1. Palm vein authentication technology uses the unique vein patterns in individuals' palms as a biometric identifier for authentication. A palm vein scanner captures a near-infrared image of the palm's vein pattern and converts it into a template for matching.
2. The technology has very low false acceptance and false rejection rates, and palm vein patterns are impossible to forge as they are internal. It provides a highly secure, contactless, and hygienic means of authentication.
3. Palm vein authentication is being used widely in Japan for applications like ATM security, electronic ID cards, computer login, and physical access control in places like hospitals and libraries.
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The document discusses palm vein technology, which uses the unique vein patterns in people's palms for personal identification. It has high accuracy, with a false acceptance rate of 0.00008% and false rejection rate of 0.01%. Palm vein patterns are difficult to forge or steal. The technology works by capturing a snapshot of the palm veins, converting it to an algorithm, and comparing it to stored databases. It has various practical applications like ATM access and is gaining popularity due to its contactless, non-invasive nature and high security compared to other biometrics. However, it remains relatively expensive.
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Palm vein technology uses the unique vein patterns in people's palms as a contactless biometric identifier for authentication. It captures an infrared image of the palm veins, extracts an algorithm-based representation, and compares it to stored palm vein patterns to verify identity. Palm vein patterns are hidden, difficult to forge, and unaffected by skin or hand conditions. Studies show palm vein technology has a very low false acceptance rate of less than 0.00008% and false rejection rate of 0.01%, outperforming other biometrics like fingerprints, iris scans, and voice recognition. While palm vein authentication is highly secure, non-intrusive, and gaining applications like ATM access, it remains relatively expensive and has not seen global
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This document summarizes palm vein biometric authentication technology. It explains that palm vein patterns are unique and used like passwords to verify identity. An infrared scanner reads the vein pattern and compares it to a registered profile to grant or deny access. Palm vein authentication provides highly accurate identification without physical contact and remains valid throughout one's lifetime. It is a more advantageous biometric technique than fingerprint or iris scanning.
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Palm vein technology uses the unique vein patterns in people's palms to identify individuals. It captures an image of the veins by detecting their pattern when illuminated with infrared light. This technology is highly secure because vein patterns are internal and difficult to forge, and also accurate because each person's vein pattern is complex and unique. The contactless and hygienic nature of palm vein scanning makes it suitable for use in public environments such as buildings, banks, and hospitals.
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This document discusses palm vein recognition technology for biometric authentication. It begins by explaining biometrics and some common biometric techniques like fingerprints, iris scans, and voice recognition. It then introduces palm vein recognition which uses infrared light to scan the unique vein patterns in one's palm. The document details how the palm vein pattern is extracted, encrypted, stored and used for matching during authentication. It notes the advantages of palm vein recognition over other techniques in terms of accuracy, security and inability to forge. Finally, it discusses some applications and challenges of the technology.
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1) Palm vein authentication is a biometric security technology developed by Fujitsu that uses the unique palm vein pattern for identification and authentication.
2) A palm vein scanner uses near-infrared light to capture an image of the palm's vein pattern which is then registered and stored in a database.
3) When authenticating, the scanner takes another vein image and matches it to the registered pattern, allowing access if they match with over 99.99% accuracy.
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Palm vein technology uses the unique vein patterns in a person's palm as a biometric identifier for authentication. It works by using infrared light to capture an image of the palm's vein pattern and create a template for verification. Palm vein patterns are complex, internal, and remain unchanged throughout life, making them very difficult to forge or spoof. Testing by Fujitsu found false rejection and acceptance rates of less than 0.01% and 0.00008%, respectively, demonstrating its high level of accuracy. Potential applications include use in ATMs, banks, hospitals, access control, and personal devices.
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The document discusses palm vein biometric authentication technology. It explains that palm vein authentication uses infrared light to scan the unique vein patterns in a person's palm, which are then converted into encrypted data and stored in a database. This provides highly accurate personal identification without physical contact. Palm vein authentication has advantages over other biometric methods in being non-invasive, hygienic, and difficult to fake due to the complexity of palm vein patterns. It is being adopted for uses like ATMs, computers, and hospitals due to its security and contactless features.
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This document discusses palm vein biometric technology. It begins with an introduction explaining that palm vein recognition uses vein patterns in the palm to identify individuals contactlessly. It then explains that palm veins are protected inside the body, unique, and remain unchanged over a person's lifetime. The document proceeds to describe how palm vein systems work using infrared light to image palm vein patterns. It compares palm vein technology to other biometrics like fingerprints and iris scanning, noting palm vein's relative accuracy and cost. Applications discussed include use in hospitals, computers, ATMs, and door security. The document concludes that palm vein authentication could help solve identification problems.
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The document discusses palm vein biometric authentication technology. It provides an overview of biometric technologies including fingerprint, face, iris, and palm vein scans. Palm vein technology uses infrared light to scan the vein patterns in the palm, which are unique to each individual, for identity verification purposes. The technology provides highly accurate authentication with false acceptance and rejection rates of 0.00008% and 0.01%. It has applications in banking, computers, ID cards, hospitals, and industries due to its accuracy, speed, and difficulty to forge.
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The document discusses palm vein authentication technology, which uses infrared light to photograph the vein patterns in someone's palm as a contactless method of personal identification. It provides background on the increasing importance of identity verification and compares palm vein identification to other biometric methods like fingerprints and facial recognition. The technology works by capturing images of palm veins using infrared light since deoxygenated blood absorbs infrared at certain wavelengths, allowing high accuracy authentication through vein patterns that are unique to each individual.
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This document discusses palm vein technology for biometric identification. Palm vein patterns are complex and internal, making them difficult to replicate. The technology works by capturing a vein pattern image and comparing it to a stored database template. It has applications in banking, computers, and other areas requiring authentication. Palm vein recognition provides accurate and secure identification while being non-invasive and relatively inexpensive compared to other biometric technologies. However, factors like temperature, humidity, and camera calibration can impact image quality.
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Vishesh Gupta presents on biometric authentication using palm vein recognition technology. Biometrics can identify individuals based on physical characteristics unlike passwords which can be shared. Palm vein recognition uses infrared light to identify unique vein patterns in the palm and is highly accurate for authentication. It has a very low false rejection and acceptance rate. Applications of palm vein recognition include banking ATMs, computers, ID cards and passports, and hospitals due to its speed, inability to forge, and affordability. It can revolutionize authentication by ensuring employees work proper hours if used in government offices.
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This document discusses vein recognition technology, which uses patterns of veins in the fingers or other parts of the body to identify individuals. It explains that vein recognition works by using infrared light to scan veins just under the skin and extract a template of the vein patterns, which can then be compared to stored templates to match identity. The document outlines some of the prominent companies involved in vein recognition technology, the different areas of the body that can be used, advantages like its non-invasive nature, and challenges like cost and lack of government interest. It also discusses potential applications for logical access control and centralized information management.
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This document discusses biometrics techniques for authenticating users based on physical attributes. It outlines different biometric methods like retina scanning, fingerprint scanning, face and voice recognition. Each method has strengths like accuracy for retina scanning but also weaknesses like inconvenience of eye contact. The document also discusses false acceptance and rejection rates, major players using biometrics, and predicts biometrics will become more advanced, accurate and accepted over time.
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This presentation Includes the introduction, working principle & technology and experimental observations of palm vein technology on the basis of which it is considered one of the most secure authentication technology.
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This document summarizes palm vein biometric authentication technology. It explains that palm vein patterns are unique and used like passwords to verify identity. An infrared scanner reads the vein pattern and compares it to a registered profile to grant or deny access. Palm vein authentication provides highly accurate identification without physical contact and remains valid throughout one's lifetime. It is a more advantageous biometric technique than fingerprint or iris scanning.
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Palm vein technology uses near-infrared light to capture a unique pattern of veins inside the palm. During registration, this vein pattern is digitized and stored as a template. To authenticate, the user places their palm over a scanner, which compares the live scan to the registered template. This technology offers several advantages over other biometrics, as the vein pattern cannot be stolen, remains the same from childhood to adulthood, and is unaffected by skin conditions or injuries. Potential applications include security systems, logins, attendance tracking, and financial services.
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Palm vein technology uses the unique vein patterns in a person's palm for biometric identification and authentication. An infrared scanner reads the vein pattern and compares it to a registered template for verification. The technology is highly secure with a very low false acceptance and false rejection rate. It has applications in banking for ATM access, personal computers for login verification, and in hospitals and libraries for security and access control. The technology provides reliable and accurate identification without issues of forgotten passwords or codes.
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Palm vein technology uses the unique vein patterns in people's palms to identify individuals. It captures an image of the veins by detecting their pattern when illuminated with infrared light. This technology is highly secure because vein patterns are internal and difficult to forge, and also accurate because each person's vein pattern is complex and unique. The contactless and hygienic nature of palm vein scanning makes it suitable for use in public environments such as buildings, banks, and hospitals.
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This document discusses palm vein recognition technology for biometric authentication. It begins by explaining biometrics and some common biometric techniques like fingerprints, iris scans, and voice recognition. It then introduces palm vein recognition which uses infrared light to scan the unique vein patterns in one's palm. The document details how the palm vein pattern is extracted, encrypted, stored and used for matching during authentication. It notes the advantages of palm vein recognition over other techniques in terms of accuracy, security and inability to forge. Finally, it discusses some applications and challenges of the technology.
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1) Palm vein authentication is a biometric security technology developed by Fujitsu that uses the unique palm vein pattern for identification and authentication.
2) A palm vein scanner uses near-infrared light to capture an image of the palm's vein pattern which is then registered and stored in a database.
3) When authenticating, the scanner takes another vein image and matches it to the registered pattern, allowing access if they match with over 99.99% accuracy.
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Palm vein technology uses the unique vein patterns in a person's palm as a biometric identifier for authentication. It works by using infrared light to capture an image of the palm's vein pattern and create a template for verification. Palm vein patterns are complex, internal, and remain unchanged throughout life, making them very difficult to forge or spoof. Testing by Fujitsu found false rejection and acceptance rates of less than 0.01% and 0.00008%, respectively, demonstrating its high level of accuracy. Potential applications include use in ATMs, banks, hospitals, access control, and personal devices.
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The document discusses palm vein biometric authentication technology. It explains that palm vein authentication uses infrared light to scan the unique vein patterns in a person's palm, which are then converted into encrypted data and stored in a database. This provides highly accurate personal identification without physical contact. Palm vein authentication has advantages over other biometric methods in being non-invasive, hygienic, and difficult to fake due to the complexity of palm vein patterns. It is being adopted for uses like ATMs, computers, and hospitals due to its security and contactless features.
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The document discusses palm vein biometric authentication technology. It provides an overview of biometric technologies including fingerprint, face, iris, and palm vein scans. Palm vein technology uses infrared light to scan the vein patterns in the palm, which are unique to each individual, for identity verification purposes. The technology provides highly accurate authentication with false acceptance and rejection rates of 0.00008% and 0.01%. It has applications in banking, computers, ID cards, hospitals, and industries due to its accuracy, speed, and difficulty to forge.
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The document discusses palm vein authentication technology, which uses infrared light to photograph the vein patterns in someone's palm as a contactless method of personal identification. It provides background on the increasing importance of identity verification and compares palm vein identification to other biometric methods like fingerprints and facial recognition. The technology works by capturing images of palm veins using infrared light since deoxygenated blood absorbs infrared at certain wavelengths, allowing high accuracy authentication through vein patterns that are unique to each individual.
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This document discusses palm vein technology for biometric identification. Palm vein patterns are complex and internal, making them difficult to replicate. The technology works by capturing a vein pattern image and comparing it to a stored database template. It has applications in banking, computers, and other areas requiring authentication. Palm vein recognition provides accurate and secure identification while being non-invasive and relatively inexpensive compared to other biometric technologies. However, factors like temperature, humidity, and camera calibration can impact image quality.
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This document discusses vein recognition technology, which uses patterns of veins in the fingers or other parts of the body to identify individuals. It explains that vein recognition works by using infrared light to scan veins just under the skin and extract a template of the vein patterns, which can then be compared to stored templates to match identity. The document outlines some of the prominent companies involved in vein recognition technology, the different areas of the body that can be used, advantages like its non-invasive nature, and challenges like cost and lack of government interest. It also discusses potential applications for logical access control and centralized information management.
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This document discusses palmprint recognition as a biometric for user identification. It describes the architecture of the palm including key creases. It then outlines the design of a typical palmprint recognition system which involves scanning, preprocessing, feature extraction, matching, and a database. Various scanning and matching algorithms are evaluated in terms of cost, speed, accuracy and security. Fusion with other biometrics can improve performance and privacy is protected through security steps and identification rather than verification.
Palmvein authentication
This document summarizes palm vein technology, which uses the unique vein patterns in people's palms for identification. It works by using a sensor to capture a palm image, converting it to an algorithm, and comparing it to a database. It has applications in ATMs, libraries, and personal computers for secure identification and access. The technology offers advantages like non-contact use, accuracy, and security, though image quality can be affected by temperature and it is not yet widely available.
finger print based door lock.pptx
This document describes a proposed automatic door lock system using fingerprint authentication and GSM. The system would accurately identify fingerprints to determine if a person is authorized and send an SMS to the owner if an unauthorized person attempts to enter. It includes a block diagram and description of the working procedure which uses an Arduino microcontroller interfaced with a fingerprint module and GSM modem for communication. The system is intended to provide advanced security for applications such as homes, industries, and organizations while being low cost, low power, and compact in size.
Palm Vein Technology ppt.pptx IEEE presentation
This document discusses palm vein technology, which uses the vein patterns in a person's palm for identity verification. It works by capturing an image of the palm veins, converting it to an algorithm, and comparing it to a database. Potential applications include ATMs, hospitals, libraries, and personal computers. The technology offers advantages like accuracy, security as a contactless method, and cost-effectiveness. However, factors like temperature and camera quality can impact image capture. The document concludes that palm vein authentication has been widely used in Japan and could help solve security and identification issues if adopted more broadly.
IRJET- RFID Based Security Guard System using GSM
This document summarizes an RFID-based security guard system that uses GSM technology. It reviews previous research on using RFID tags and readers to uniquely identify and track individuals for security purposes in places like educational campuses and hospitals. A microcontroller is used to store identification details and send alerts via a GSM module if an invalid RFID card is detected. The system aims to automate security and allow faster access for authorized individuals compared to manual checking of ID cards.
IRJET- RFID Based Security Guard System using GSM
This document summarizes an RFID-based security guard system using GSM technology. It discusses how previous security systems relied too heavily on human guards and were inefficient. The proposed system would use RFID tags and readers to automatically track and identify individuals on a campus or in a building. A GSM module would allow the system to send alerts upon unauthorized access attempts. The document reviews several previous studies on related topics like microcontroller-based security systems, speech recognition-based security, and RFID/GSM campus security systems. It concludes that combining various technologies could lead to more efficient automated security guard systems.
Biometrics fingerprint
Biometrics is the study of automated identification, by use of physical or behavioural traits.
Check the slide where you will get all the information related to fingerprint technology like how it works, what are the requirements, process, etc.
Fingerprint Authentication Using Biometric And Aadhar Card Fingerprint
The document provides information about fingerprint authentication. It discusses how fingerprint authentication works by verifying a match between a captured fingerprint and one stored in a database. The fingerprint authentication process involves fingerprint capture, pre-processing, feature extraction, and matching. It notes that fingerprint authentication is widely used for security access control and online transactions due to fingerprints being unique and unchanging throughout a person's lifetime.
Chainway C4000 Mobile Computer Data sheet
This device is an Android-based rugged mobile computer. With its powerful 1.3GHz processor and best possible battery performance, as well as the comprehensive data capture options, including LF/HF/UHF RFID and NFC reading, high-performance 1D/2D, infra-red and sensitive fingerprint scanning, you can find this easy-to-deploy device an exceptionally valuable helper for your workers to increase their efficiency and productivity. With its highly customizable ability, enterprises can deploy this single device in many areas, including retail, warehouse management, logistics, asset tracking, fleet management, animal management and etc.
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Vehicle security system usinf finger print technology
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Fingerprint Authentication Using Biometric And Aadhar Card Fingerprint
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DLAU und die Lizenzen nach dem CCB- und CCX-Modell sind für viele in der HCL-Community seit letztem Jahr ein heißes Thema. Als Notes- oder Domino-Kunde haben Sie vielleicht mit unerwartet hohen Benutzerzahlen und Lizenzgebühren zu kämpfen. Sie fragen sich vielleicht, wie diese neue Art der Lizenzierung funktioniert und welchen Nutzen sie Ihnen bringt. Vor allem wollen Sie sicherlich Ihr Budget einhalten und Kosten sparen, wo immer möglich. Das verstehen wir und wir möchten Ihnen dabei helfen!
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Webinar Recording: https://www.panagenda.com/webinars/hcl-notes-and-domino-license-cost-reduction-in-the-world-of-dlau/
The introduction of DLAU and the CCB & CCX licensing model caused quite a stir in the HCL community. As a Notes and Domino customer, you may have faced challenges with unexpected user counts and license costs. You probably have questions on how this new licensing approach works and how to benefit from it. Most importantly, you likely have budget constraints and want to save money where possible. Don’t worry, we can help with all of this!
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Matrix COMSEC Palm Vein Reader
- 2. Established in 1991, Matrix is a leader in Telecom and Security solutions for modern businesses and enterprises. An innovative, technology driven and customer focused organization; the company is committed to keep pace with the revolutions in the telecom and security industries. Matrix ensures that the products serve the needs of its customers faster and longer. Matrix has gained trust and admiration customers representing the entire spectrum of industries.
- 3. Technology + - Fingerprint •Popular •Cheapest •Less Accurate Iris & Retinal •Very accurate •Invasive •Expensive •Sensitive Palm Vein •Non-invasive •Relatively Cheap •Accurate •Unfamiliar
- 4. Finger prints can be easily copied. Wrong result is shown if the finger is not placed properly. If the software is not sufficiently god negative result is shown.
- 5. Image quality: Image quality affects how well facial- recognition algorithms work. Image size: Image size affects how well the face will be recognized. Face angle: Anything less than a frontal view affects to recognize the face properly.
- 6. Scanning is difficult to perform from a larger distance. Iris scan uses INFRARED light so damage to eyes might be there. Use of an eye photograph can also be used to gaining the access.
- 7. Palm vein Technology is one of the upcoming technology It is the world first contactless personal identification system. It is highly secure and accurate. It is one of the best BIOMETRICS Technology.
- 8. A highly secure and contactless biometric device that works by reading the vascular pattern of the palm.
- 9. Step1: It consist of a small palm vein scanner. Hold your palm a few centimeters over the scanner and within a second it reads your unique vein pattern. A vein picture is taken and the palm pattern is registered. Step 2: The registered palm pattern is stored in the database along with the personal details of the client
- 10. Step 1: Place your palm near the scanner.
- 11. Step 2: It take snapshot of palm veins
- 12. Step 3: Generate the infrared image
- 13. Step 4: Convert the infrared image for encrypted database archiving .
- 14. Step5: Compares with databases records.
- 15. Hi-tech Palm Vein Reader Access Control and Time-Attendance Built-in Wi-Fi Module 3G, 2G, GSM and CDMA Connectivity 20,000 Palm Templates 1,00,000 Events Buffer Ethernet and USB Interface Dot Matrix lcd and Touch Sense Keypad Support RFID Card and PIN 1:1, 1:N and 1:G Verification Detachable Hand Guide
- 16. Reading System Reading by Near Infrared Light Dimension(W*H*D) 35*27*35mm Scope of Capture Entire Palm Capturing Distance 40 to 60mm Drip Proof Yes FRR <0.01% FAR <0.00008% Encrytpion AES(Cryptography>128 bit)
- 17. Hospital R&D Center Visitor Management e-Canteen Management Roster Management Time Attendence
- 18. Higher Security Insensitive to Extraneous Factors Different Identifications and Verifications Methods Detachable Hand Guide Complete Security Solution
- 19. MATRIX COMSEC Head Office: 394 GIDC, Makarpura, Vadodara-390010,India Ph: +91 265 263055, Fax:+91 265 2636598 E mail: Inquiry@MatrixComSec.com http://www.matrixsecusol.com/ Factory: 19 GIDC, Waghodia, Dist. Vadodara-391760,India Ph: +91 2668 262056/57, Fax:+91 2668 2626531