The document provides an operator's manual for the BioBolt X2 Biometric Deadbolt lock. It includes sections on features and specifications, fingerprint recognition tips, user enrollment options, lock operation instructions, deleting users, frequently asked questions, troubleshooting, performing a factory default, accessing the key hole, and installation instructions. The manual provides detailed step-by-step instructions on how to use the various functions of the biometric deadbolt lock.
This document summarizes a research paper on a smart door system using face recognition with Raspberry Pi. The proposed system uses face recognition and remote monitoring technologies to only allow entry to people who match identities in the database and enter the correct password. It involves a Raspberry Pi, camera, electromagnetic lock, WiFi module, and mobile app. The system is intended to provide higher security for homes by detecting strangers and notifying owners. It aims to address issues with existing smart door systems and improve security while reducing costs.
ACTAtek has its roots in ERP and technology solutions that address workforce management and security. Formed over ten years ago, ACTAtek now has operational offices in The USA (California), Canada (Vancouver), EMEA (UK), India (New Delhi), Thailand (Bangkok), Singapore, Hong Kong and Malaysia (KL).
With a focus on ID Management, ACTAtek has addressed the primary markets for SECURITY and WORKFORCE MANAGEMENT through a common biometric platform that provides a high quality, scalable, and networked series of fingerprint, RFID smartcard and video product solutions that easily interface to all software applications that address the vertical market segments of Security and Workforce Management. A critical element of the ACTAtek approach is to offer a true, enterprise-wide network platform (thousands of users in different global locations) that readily supports both security (access control , video surveillance, asset tracking) and workforce management (time & Attendance, labor cost management and payroll interface) applications.
ACTAtek has won critical acclaim in independent reviews, and continues to develop its technology platform to incorporate key elements of the targeted growth markets.
The intention of this resource is to provide you with enough information to produce a high quality reports and literature reviews.
You may need to produce several small reports during the course of your undergraduate study as part of group coursework assignments. This guide along with other provide support.
This document describes a fingerprint-based door access system using Arduino that was developed by students at Bakhtiyarpur College of Engineering, Patna. The system uses a fingerprint sensor and Arduino Uno microcontroller to read a user's fingerprint and unlock a 12V solenoid lock if their print matches a stored fingerprint. If an unauthorized user attempts access multiple times, their fingerprint and photo will be stored and the owner will be notified. The document outlines the components, literature review on similar projects, working methodology that involves fingerprint scanning and matching, and concludes the system provides a low-cost solution to security issues with traditional locks.
Secubio Black and white/Blue LCD Fingerprint Machine hardware Manualsecubio Secubio
This document provides instructions for installing and using a fingerprint machine. It describes how to mount the machine on a wall about 1.4 meters high. It explains the startup screen and menu structure, which includes options for user enrollment, deleting enrollments, setting time and date, viewing logs, managing SD cards, and configuring device settings. User enrollment allows adding fingerprints, passwords, or proximity cards for users. Manager enrollment sets special users with administration rights.
This document describes a fingerprint-based security system using an Arduino Uno microcontroller and fingerprint sensor module. It provides an introduction to fingerprint biometrics and explains the components of the system, including how fingerprints are captured and matched. The system is capable of enrollment and verification of fingerprints to control access and will trigger different outputs like a buzzer or motor depending on if a match is found or not. Potential applications of this technology include security systems, employee verification, and border control.
This document provides a user manual for a 3.5-inch color display fingerprint device. The summary is:
[1] The manual describes how to enroll and verify users using fingerprint, password, card, or face recognition. It explains proper finger placement for fingerprint authentication and facial poses for face enrollment.
[2] Communication settings and connection methods to a PC like Ethernet, RS232, RS485, and USB are outlined. The manual also covers attendance functions, access control privileges, and main menu options.
[3] Main menu options include user management, communication settings, system settings, date and time adjustment, USB functions, auto testing, attendance record queries, and system information checks.
FINGERPRINT DOORLOCK USING ARDUINO UNO _kinstinct298
This document describes a fingerprint-based door lock system designed under the guidance of Dr. Manish Tiwari. The system uses an Arduino, fingerprint sensor, solenoid lock, LCD display, relay, and buzzer. It is intended to provide access only to authorized persons via fingerprint authentication while sounding an alarm for unauthorized access attempts. The system stores fingerprints and matches them to the fingerprint sensor to open the lock. If an unauthorized fingerprint is detected more than five times, the buzzer will continuously sound to alert others.
This document summarizes a research paper on a smart door system using face recognition with Raspberry Pi. The proposed system uses face recognition and remote monitoring technologies to only allow entry to people who match identities in the database and enter the correct password. It involves a Raspberry Pi, camera, electromagnetic lock, WiFi module, and mobile app. The system is intended to provide higher security for homes by detecting strangers and notifying owners. It aims to address issues with existing smart door systems and improve security while reducing costs.
ACTAtek has its roots in ERP and technology solutions that address workforce management and security. Formed over ten years ago, ACTAtek now has operational offices in The USA (California), Canada (Vancouver), EMEA (UK), India (New Delhi), Thailand (Bangkok), Singapore, Hong Kong and Malaysia (KL).
With a focus on ID Management, ACTAtek has addressed the primary markets for SECURITY and WORKFORCE MANAGEMENT through a common biometric platform that provides a high quality, scalable, and networked series of fingerprint, RFID smartcard and video product solutions that easily interface to all software applications that address the vertical market segments of Security and Workforce Management. A critical element of the ACTAtek approach is to offer a true, enterprise-wide network platform (thousands of users in different global locations) that readily supports both security (access control , video surveillance, asset tracking) and workforce management (time & Attendance, labor cost management and payroll interface) applications.
ACTAtek has won critical acclaim in independent reviews, and continues to develop its technology platform to incorporate key elements of the targeted growth markets.
The intention of this resource is to provide you with enough information to produce a high quality reports and literature reviews.
You may need to produce several small reports during the course of your undergraduate study as part of group coursework assignments. This guide along with other provide support.
This document describes a fingerprint-based door access system using Arduino that was developed by students at Bakhtiyarpur College of Engineering, Patna. The system uses a fingerprint sensor and Arduino Uno microcontroller to read a user's fingerprint and unlock a 12V solenoid lock if their print matches a stored fingerprint. If an unauthorized user attempts access multiple times, their fingerprint and photo will be stored and the owner will be notified. The document outlines the components, literature review on similar projects, working methodology that involves fingerprint scanning and matching, and concludes the system provides a low-cost solution to security issues with traditional locks.
Secubio Black and white/Blue LCD Fingerprint Machine hardware Manualsecubio Secubio
This document provides instructions for installing and using a fingerprint machine. It describes how to mount the machine on a wall about 1.4 meters high. It explains the startup screen and menu structure, which includes options for user enrollment, deleting enrollments, setting time and date, viewing logs, managing SD cards, and configuring device settings. User enrollment allows adding fingerprints, passwords, or proximity cards for users. Manager enrollment sets special users with administration rights.
This document describes a fingerprint-based security system using an Arduino Uno microcontroller and fingerprint sensor module. It provides an introduction to fingerprint biometrics and explains the components of the system, including how fingerprints are captured and matched. The system is capable of enrollment and verification of fingerprints to control access and will trigger different outputs like a buzzer or motor depending on if a match is found or not. Potential applications of this technology include security systems, employee verification, and border control.
This document provides a user manual for a 3.5-inch color display fingerprint device. The summary is:
[1] The manual describes how to enroll and verify users using fingerprint, password, card, or face recognition. It explains proper finger placement for fingerprint authentication and facial poses for face enrollment.
[2] Communication settings and connection methods to a PC like Ethernet, RS232, RS485, and USB are outlined. The manual also covers attendance functions, access control privileges, and main menu options.
[3] Main menu options include user management, communication settings, system settings, date and time adjustment, USB functions, auto testing, attendance record queries, and system information checks.
FINGERPRINT DOORLOCK USING ARDUINO UNO _kinstinct298
This document describes a fingerprint-based door lock system designed under the guidance of Dr. Manish Tiwari. The system uses an Arduino, fingerprint sensor, solenoid lock, LCD display, relay, and buzzer. It is intended to provide access only to authorized persons via fingerprint authentication while sounding an alarm for unauthorized access attempts. The system stores fingerprints and matches them to the fingerprint sensor to open the lock. If an unauthorized fingerprint is detected more than five times, the buzzer will continuously sound to alert others.
IRJET- Authenticated Locker System using Watchword ProtectionIRJET Journal
This document describes an authenticated locker system using password protection that is designed using an Arduino kit. The system uses a password entered on a 4x4 keypad to control a servo motor that opens and closes a door. If the correct password is entered, the door will open for 30 seconds before closing. If an incorrect password is entered multiple times, a buzzer will sound. The system aims to provide effective security for applications like bank lockers or secure doors at an affordable cost. It analyzes the entered password and stored password in the Arduino's memory to determine if access should be granted.
IDENCOM Access Control = BioKey Fingerprint IdentificationHTCS LLC
IDENCOM, a ten year old design & manufacturing company in Germany offers their patented technology fingerprint reader device as easy plug-in with TP RS 485 or Wiegand Protocol based security systems.
This document describes a fingerprint-based security system that uses a microcontroller and fingerprint module to open a lock only for authorized users. The system scans a fingerprint and verifies it matches one stored on the microcontroller. If so, it activates a relay that opens the locked system. The fingerprint module can store up to 750 fingerprints and is connected to the microcontroller via a serial port. The system provides security for items like medications, jewelry, and documents without needing passwords.
Fingerprint recognition on smartphones has several applications and advantages. It uses capacitive sensors to read unique ridge patterns to unlock phones or make payments. While convenient, fingerprints can be contaminated and hackers could access lost devices. Most survey respondents said it was convenient but had room for improved sensitivity. Further development aims to address issues so fingerprint recognition becomes more widely used and beneficial.
Fingerprint recognition on smartphones has several applications and advantages. It uses capacitive sensors to read unique ridge patterns to unlock phones or make payments. While convenient, fingerprints can be contaminated and hackers could access lost devices. Most survey respondents said it was convenient but had room for improved sensitivity. Further development aims to address issues so fingerprint recognition becomes more widely used and beneficial.
This system provides a simple Android notes application secured via fingerprint authentication, allowing only the owner of the phone to access private notes. It does not require registration or passwords, instead using the owner's fingerprint to authenticate. The front-end is built using Android Studio with a SQLite backend, and it allows the user to add, edit, and delete notes on their device without an internet connection.
The LK20 Simon smart lock allows for 5 unlock methods including fingerprint, password, card, key, and mobile app access. It has features like a doorbell function, low battery warning, pickproof alarm, and virtual password. The lock can check door status and has an emergency power supply. It is an AA battery-powered lock that works with doors between 40-100mm thick and can be installed for right or left hand opening. The lock body is made of 5052 material and has an IP2 water resistance rating.
Print Electronics produces time and attendance, access control, and other security products. One of their prime products is the STAR 2000 FP fingerprint time clock, which uses fingerprint biometrics to identify employees and record their attendance in a contactless and proxy-resistant manner. The presentation demonstrates how the STAR 2000 FP works, including employee fingerprint enrollment, operational use for timekeeping and access control, and its advantages like compact design, large storage capacity, and battery backup.
SpyEye is a new botnet creation kit that is picking up the successful baton from Zeus. It is a 2.0 banking trojan that is sold on underground environments and allows an attacker to easily create a botnet and collect sensitive data from victims. It provides concise instructions to install SpyEye on a Linux system using Git. The document also provides summaries of other hacking tools like Wpscan, Golismero, Detector-Short-URL, AIOPhish, Base64Tool, SocialFish and PortmapSploit and includes the commands needed to install each one in a Termux (Android) environment.
This document describes a fingerprint-based security system project. The system uses a fingerprint sensor and microcontroller to scan fingerprints and compare them to registered fingerprints to grant access. It has two modes - master mode to add and delete users, and user mode to authenticate employees. If the scanned fingerprint matches a registered print, the microcontroller sends the user ID to the computer and activates devices like unlocking a door. The system aims to provide secure access control for organizations using biometric fingerprint identification.
Electronic Door Lock using RFID and Password Based on Arduinoijtsrd
In this system, the electronic door lock using RFID and password based on Arduino UNO. It uses in doors and cupboards as electronic lock and so on. The security system is important at homes, schools, offices and industries in real life. The purpose of this paper is to develop a smart home security system using RFID and keypad. RFID is ID card reader to read ID card's value and Arduino UNO. If ID card reader is true, Arduino permits to press password on keypad. If password is true, lock style solenoid is unlock. If password is false, solenoid is lock. The electronic door lock system for home automation is able to interact with security management system for users and smart cards. Smart card is easy to use and accept more secure in real life. And then password is traditional but that is more impressive and more secure for human life. The Arduino microcontroller is used to control the whole system. Ni Ni San Hlaing | San San Lwin ""Electronic Door Lock using RFID and Password Based on Arduino"" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-3 , April 2019, URL: https://www.ijtsrd.com/papers/ijtsrd22875.pdf
Paper URL: https://www.ijtsrd.com/engineering/electronics-and-communication-engineering/22875/electronic-door-lock-using-rfid-and-password-based-on-arduino/ni-ni-san-hlaing
Analyzing the Security of Smartphone Unlock PINs.pptxPrerana Khatiwada
- The study analyzed the security of 4-digit and 6-digit PINs used for smartphone unlocking against a throttled attacker with up to 100 guesses.
- It found that 6-digit PINs provided little to no increase in security compared to 4-digit PINs against such an attacker. Despite having more possible combinations, user-chosen 6-digit PINs were also highly predictable.
- The presence of blocklists, which warn users about easy-to-guess PINs, increased the security of 4-digit PIN distributions but had limited effectiveness against a throttled attacker, even when the blocklist was enforced.
This document describes a fingerprint-based bank locker system that uses biometrics for authentication. Fingerprint scanning is used to register and verify authorized users' fingerprints stored with unique IDs. When a fingerprint is scanned, it is verified against stored images and the user must also enter their unique ID. If authorized, the assigned locker will open, and a switch allows closing it. An interfaced buzzer will alert if an unauthorized person attempts access. The system includes a fingerprint scanner module connected to a microcontroller to control the scanning and authentication process.
IRJET- SteganoPIN:Two Faced Human-Machine Interface for Practical Enforcement...IRJET Journal
This document proposes a new interface called Steganopin that aims to improve security for personal identification number (PIN) entry. It introduces two methods: 1) A "virtual PIN" or "Steganopin" that can be used for fixed or limited online transactions with additional one-time password verification. 2) A "two-faced keypad" with a standard keypad and a shuffled keypad. The standard keypad is used to enter the PIN, while the shuffled keypad appears briefly to derive the one-time password, hiding the actual PIN from potential onlookers. Together these methods aim to enhance security by making the PIN entry process more indirect and discrete.
This document provides instructions for setting up and using a GPS watch for safety monitoring. It describes how to install the SIM card and download the mobile app. The watch's key functions include real-time GPS tracking, geofencing alerts, step counting, sleep monitoring, intercom calls, and an SOS emergency button. The document explains how to register an account, set up contacts, check the watch's location on a map, and adjust the device's upload interval and work modes. It also covers troubleshooting tips and how to download the client app by scanning a barcode.
The document provides a user manual for a secured smart room system with the following key features:
- It uses two automated doors secured by IR sensors and a password-protected entry to control access to a room.
- Inside the room, an IR remote control allows the user to control lights and fans connected to the system.
- An external display shows the number of people inside, and an interrupt switch allows another user to access the room when it is occupied.
The manual describes the system components, access procedures, navigation of the interface, and use of the IR remote control to operate devices within the secured smart room.
This document proposes a fingerprint-based bank locker system using biometric authentication. Fingerprint scanning would be used to identify authorized users, with fingerprints stored on an FIM 3030N scanner module interfaced to an 8051 microcontroller. When a user's fingerprint is scanned, it would be verified against the stored fingerprints and the assigned unique ID would open the assigned locker if authenticated. An unauthorized scan would trigger a buzzer notification. The system uses a step-down transformer, rectifier, and voltage regulator to power the biometric scanner and microcontroller.
This document proposes a fingerprint-based bank locker system using biometric authentication. Fingerprint scanning would be used to identify authorized users, with fingerprints stored on an FIM 3030N fingerprint module interfaced to an 8051 microcontroller. When a user's fingerprint is scanned and matches a stored profile, they would then enter a unique ID via keypad to open their assigned locker. If an unauthorized fingerprint is scanned, a buzzer would sound as an alert. The system aims to provide more secure access to bank lockers than conventional key-based locks.
Stealth attraction for mens gets her with your wordsichettrisagar95
My article gives a set of techniques used by men to subtly and effectively attract women without overtly displaying their intentions. It involves using non-verbal cues, body language, and subtle psychological tactics to create intrigue and build attraction. The goal is to appear confident, mysterious, and charismatic while maintaining an air of mystery that piques the interest of the person you are trying to attract. This approach emphasizes subtlety and finesse in communication and interaction to create a powerful and lasting impression.
IRJET- Authenticated Locker System using Watchword ProtectionIRJET Journal
This document describes an authenticated locker system using password protection that is designed using an Arduino kit. The system uses a password entered on a 4x4 keypad to control a servo motor that opens and closes a door. If the correct password is entered, the door will open for 30 seconds before closing. If an incorrect password is entered multiple times, a buzzer will sound. The system aims to provide effective security for applications like bank lockers or secure doors at an affordable cost. It analyzes the entered password and stored password in the Arduino's memory to determine if access should be granted.
IDENCOM Access Control = BioKey Fingerprint IdentificationHTCS LLC
IDENCOM, a ten year old design & manufacturing company in Germany offers their patented technology fingerprint reader device as easy plug-in with TP RS 485 or Wiegand Protocol based security systems.
This document describes a fingerprint-based security system that uses a microcontroller and fingerprint module to open a lock only for authorized users. The system scans a fingerprint and verifies it matches one stored on the microcontroller. If so, it activates a relay that opens the locked system. The fingerprint module can store up to 750 fingerprints and is connected to the microcontroller via a serial port. The system provides security for items like medications, jewelry, and documents without needing passwords.
Fingerprint recognition on smartphones has several applications and advantages. It uses capacitive sensors to read unique ridge patterns to unlock phones or make payments. While convenient, fingerprints can be contaminated and hackers could access lost devices. Most survey respondents said it was convenient but had room for improved sensitivity. Further development aims to address issues so fingerprint recognition becomes more widely used and beneficial.
Fingerprint recognition on smartphones has several applications and advantages. It uses capacitive sensors to read unique ridge patterns to unlock phones or make payments. While convenient, fingerprints can be contaminated and hackers could access lost devices. Most survey respondents said it was convenient but had room for improved sensitivity. Further development aims to address issues so fingerprint recognition becomes more widely used and beneficial.
This system provides a simple Android notes application secured via fingerprint authentication, allowing only the owner of the phone to access private notes. It does not require registration or passwords, instead using the owner's fingerprint to authenticate. The front-end is built using Android Studio with a SQLite backend, and it allows the user to add, edit, and delete notes on their device without an internet connection.
The LK20 Simon smart lock allows for 5 unlock methods including fingerprint, password, card, key, and mobile app access. It has features like a doorbell function, low battery warning, pickproof alarm, and virtual password. The lock can check door status and has an emergency power supply. It is an AA battery-powered lock that works with doors between 40-100mm thick and can be installed for right or left hand opening. The lock body is made of 5052 material and has an IP2 water resistance rating.
Print Electronics produces time and attendance, access control, and other security products. One of their prime products is the STAR 2000 FP fingerprint time clock, which uses fingerprint biometrics to identify employees and record their attendance in a contactless and proxy-resistant manner. The presentation demonstrates how the STAR 2000 FP works, including employee fingerprint enrollment, operational use for timekeeping and access control, and its advantages like compact design, large storage capacity, and battery backup.
SpyEye is a new botnet creation kit that is picking up the successful baton from Zeus. It is a 2.0 banking trojan that is sold on underground environments and allows an attacker to easily create a botnet and collect sensitive data from victims. It provides concise instructions to install SpyEye on a Linux system using Git. The document also provides summaries of other hacking tools like Wpscan, Golismero, Detector-Short-URL, AIOPhish, Base64Tool, SocialFish and PortmapSploit and includes the commands needed to install each one in a Termux (Android) environment.
This document describes a fingerprint-based security system project. The system uses a fingerprint sensor and microcontroller to scan fingerprints and compare them to registered fingerprints to grant access. It has two modes - master mode to add and delete users, and user mode to authenticate employees. If the scanned fingerprint matches a registered print, the microcontroller sends the user ID to the computer and activates devices like unlocking a door. The system aims to provide secure access control for organizations using biometric fingerprint identification.
Electronic Door Lock using RFID and Password Based on Arduinoijtsrd
In this system, the electronic door lock using RFID and password based on Arduino UNO. It uses in doors and cupboards as electronic lock and so on. The security system is important at homes, schools, offices and industries in real life. The purpose of this paper is to develop a smart home security system using RFID and keypad. RFID is ID card reader to read ID card's value and Arduino UNO. If ID card reader is true, Arduino permits to press password on keypad. If password is true, lock style solenoid is unlock. If password is false, solenoid is lock. The electronic door lock system for home automation is able to interact with security management system for users and smart cards. Smart card is easy to use and accept more secure in real life. And then password is traditional but that is more impressive and more secure for human life. The Arduino microcontroller is used to control the whole system. Ni Ni San Hlaing | San San Lwin ""Electronic Door Lock using RFID and Password Based on Arduino"" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-3 , April 2019, URL: https://www.ijtsrd.com/papers/ijtsrd22875.pdf
Paper URL: https://www.ijtsrd.com/engineering/electronics-and-communication-engineering/22875/electronic-door-lock-using-rfid-and-password-based-on-arduino/ni-ni-san-hlaing
Analyzing the Security of Smartphone Unlock PINs.pptxPrerana Khatiwada
- The study analyzed the security of 4-digit and 6-digit PINs used for smartphone unlocking against a throttled attacker with up to 100 guesses.
- It found that 6-digit PINs provided little to no increase in security compared to 4-digit PINs against such an attacker. Despite having more possible combinations, user-chosen 6-digit PINs were also highly predictable.
- The presence of blocklists, which warn users about easy-to-guess PINs, increased the security of 4-digit PIN distributions but had limited effectiveness against a throttled attacker, even when the blocklist was enforced.
This document describes a fingerprint-based bank locker system that uses biometrics for authentication. Fingerprint scanning is used to register and verify authorized users' fingerprints stored with unique IDs. When a fingerprint is scanned, it is verified against stored images and the user must also enter their unique ID. If authorized, the assigned locker will open, and a switch allows closing it. An interfaced buzzer will alert if an unauthorized person attempts access. The system includes a fingerprint scanner module connected to a microcontroller to control the scanning and authentication process.
IRJET- SteganoPIN:Two Faced Human-Machine Interface for Practical Enforcement...IRJET Journal
This document proposes a new interface called Steganopin that aims to improve security for personal identification number (PIN) entry. It introduces two methods: 1) A "virtual PIN" or "Steganopin" that can be used for fixed or limited online transactions with additional one-time password verification. 2) A "two-faced keypad" with a standard keypad and a shuffled keypad. The standard keypad is used to enter the PIN, while the shuffled keypad appears briefly to derive the one-time password, hiding the actual PIN from potential onlookers. Together these methods aim to enhance security by making the PIN entry process more indirect and discrete.
This document provides instructions for setting up and using a GPS watch for safety monitoring. It describes how to install the SIM card and download the mobile app. The watch's key functions include real-time GPS tracking, geofencing alerts, step counting, sleep monitoring, intercom calls, and an SOS emergency button. The document explains how to register an account, set up contacts, check the watch's location on a map, and adjust the device's upload interval and work modes. It also covers troubleshooting tips and how to download the client app by scanning a barcode.
The document provides a user manual for a secured smart room system with the following key features:
- It uses two automated doors secured by IR sensors and a password-protected entry to control access to a room.
- Inside the room, an IR remote control allows the user to control lights and fans connected to the system.
- An external display shows the number of people inside, and an interrupt switch allows another user to access the room when it is occupied.
The manual describes the system components, access procedures, navigation of the interface, and use of the IR remote control to operate devices within the secured smart room.
This document proposes a fingerprint-based bank locker system using biometric authentication. Fingerprint scanning would be used to identify authorized users, with fingerprints stored on an FIM 3030N scanner module interfaced to an 8051 microcontroller. When a user's fingerprint is scanned, it would be verified against the stored fingerprints and the assigned unique ID would open the assigned locker if authenticated. An unauthorized scan would trigger a buzzer notification. The system uses a step-down transformer, rectifier, and voltage regulator to power the biometric scanner and microcontroller.
This document proposes a fingerprint-based bank locker system using biometric authentication. Fingerprint scanning would be used to identify authorized users, with fingerprints stored on an FIM 3030N fingerprint module interfaced to an 8051 microcontroller. When a user's fingerprint is scanned and matches a stored profile, they would then enter a unique ID via keypad to open their assigned locker. If an unauthorized fingerprint is scanned, a buzzer would sound as an alert. The system aims to provide more secure access to bank lockers than conventional key-based locks.
Similar to BioBolt X2 Fingerprint Deadbolt Manual (20)
Stealth attraction for mens gets her with your wordsichettrisagar95
My article gives a set of techniques used by men to subtly and effectively attract women without overtly displaying their intentions. It involves using non-verbal cues, body language, and subtle psychological tactics to create intrigue and build attraction. The goal is to appear confident, mysterious, and charismatic while maintaining an air of mystery that piques the interest of the person you are trying to attract. This approach emphasizes subtlety and finesse in communication and interaction to create a powerful and lasting impression.
ProSocial Behaviour - Applied Social Psychology - Psychology SuperNotesPsychoTech Services
A proprietary approach developed by bringing together the best of learning theories from Psychology, design principles from the world of visualization, and pedagogical methods from over a decade of training experience, that enables you to: Learn better, faster!
This presentation delves into the core principles of personality development as taught by Tim Han. Understand the importance of self-awareness, goal setting, and maintaining a positive attitude. Gain valuable tips on improving communication skills and developing emotional intelligence. Tim Han’s practical advice and holistic approach will help you embark on a transformative journey towards becoming your best self.
Understanding of Self - Applied Social Psychology - Psychology SuperNotesPsychoTech Services
A proprietary approach developed by bringing together the best of learning theories from Psychology, design principles from the world of visualization, and pedagogical methods from over a decade of training experience, that enables you to: Learn better, faster!
Aggression - Applied Social Psychology - Psychology SuperNotesPsychoTech Services
A proprietary approach developed by bringing together the best of learning theories from Psychology, design principles from the world of visualization, and pedagogical methods from over a decade of training experience, that enables you to: Learn better, faster!
Covey says most people look for quick fixes. They see a big success and want to know how he did it, believing (and hoping) they can do the same following a quick bullet list.
But real change, the author says, comes not from the outside in, but from the inside out. And the most fundamental way of changing yourself is through a paradigm shift.
That paradigm shift is a new way of looking at the world. The 7 Habits of Highly Effective People presents an approach to effectiveness based on character and principles.
The first three habits indeed deal with yourself because it all starts with you. The first three habits move you from dependence from the world to the independence of making your own world.
Habits 4, 5 and 6 are about people and relationships. The will move you from independence to interdependence. Such, cooperating to achieve more than you could have by yourself.
The last habit, habit number 7, focuses on continuous growth and improvement.
2. Table of Contents
1. Features and Technical Specifications: 1
2. Fingerprint Recognition Notes: 2
3. User Enrollment: 3
Enrolling Fingerprint & Password Users 3
Enrollment Options 3
Changing Master Code 4
Enroll Fingerprint Users at Random 4
Enroll Fingerprint User with User ID 5
Enroll Pass Code User 5
4. Lock Operation: 6
Unlocking Door with Fingerprint 6
Unlocking Door with a Pass Code 6
Locking/ Unlocking Door from the Inside 6
Locking Door from the Outside 6
5. Deleting Users: 7
Deleting Fingerprint Users with a User ID 7
Deleting ALL Fingerprint Users 7
Deleting Pass Code Users with User ID 7
Deleting ALL Pass Code Users 7
6. Frequently Asked Questions: 8
7. Troubleshooting the Lock: 9
8. Performing a Factory Default: 10
9. Accessing the Key Hole: 11
10. Installation: 12
Preparing For Lock Installation 12
Adjusting the Tailpiece for Installation 13
Installing the BioBolt 14
0
BioBolt Biometric Deadbolt
Intelligent Biometric Controls, Inc.
3. = Audible rapid beep low battery warning
= State of the art optical 560 DPI scanner insures quick & reliable
fingerprint authentication
= Runs on any brand name 4 AA batteries.
= Fits doors 1 3/8" - 2 1/2” thick
= Add / delete individual users directly on the lock
= Fingerprint, pin or key access methods
= All weather - operating temp: -29 ° to 140 ° F
= Sliding weather cover triggers sensor to power on automatically
= Fingerprints will not be lost if batteries fail
Features
Technical Specifications
1
Introduction
Item Description
Sensor Optical
Resolution 560DPI
Scanning time <1s
FRR(False Rejection Rate) <0.01%
FAR(False Acceptance Rate) <0.0001%
Battery 4 AA Alkaline battery
Working current 150-300mA
Standby current 30uA
Display Blue LCD
Identification mode Fingerprint, Pin, Key
Working temperature -29 ° to 140 ° F
Working humidity 10%-97%
BioBolt Biometric Deadbolt
Intelligent Biometric Controls, Inc.
4. Tip 2: Locating The Fingerprint “Core”
The “core” of a fingerprint is defined as the point
located within the inner most recurving ridge. It
is extremely important that this area is identified,
and placed on the fingerprint scanner during the
enrollment and verification of your fingerprint.
Tip 1: Choosing The “Best” Finger
Use either your Index, Middle or Ring finger,
when enrolling and verifying your fingerprint.
Avoid using the Thumb and Pinky finger, as it is
typically difficult to align them properly and
consistently.
Tip 3: Prepare The Finger For Enrollment
When enrolling and verifying with your fingerprint
it is important that your finger be clean. It is also
recommended that the finger be relatively
undamaged and without scars.
Washing your hands with moisturizing soap
and using hand lotion will also improve accuracy!
Hint:
Tip 4: Finger Placement
When placing your finger on the scanner, make
sure that the location of the “core”, located in Tip
2, is making direct contact with the scanner.
Apply medium pressure, or just enough to flatten
the skin on your finger. GOOD
BAD
Fingerprint Core
Fingerprint Recognition Notes
!
Proper fingerprint placement is important when using any biometric
device. Please be sure to use the tips below when using your
fingerprint to authenticate with the BioBolt.
2
Fingerprint TipsBioBolt Biometric Deadbolt
Intelligent Biometric Controls, Inc.
5. Enrolling Fingerprint & Password Users
When Entering Users into the Lock you have 3 Options:
You can enroll fingerprints at random.
You can enroll as an ID# (+) fingerprint user.
You can assign users a pass code.
ALL pass codes MUST be 8 digits long!
Enroll at Random
If you are using the lock on a home & the primary users will be your
immediate family & you do not have any reason to think you will need to
delete them from the lock in the future, we suggest you use this type of
enrollment. You can store several scanned templates of several fingers.
(ex. 3 scans of 2 fingers on each hand for each user)
ID# with Fingerprint User
If you are using the lock on a small business door or at home & you
need the ability to delete a user without deleting all users, this type of
enrollment is best. You will assign a 3 digit ID# to each scanned
template per user. For example, you have 2 temporary workers named
Mary & Adam. You make Mary user 101 & scan her index finger. The
lock will scan the fingerprint twice per template. If you want to enroll
another finger for Mary you create another ID# for that new finger. You
do the same procedure for Adam. You make him user 102. If you want
to delete the user you simply delete the user ID# & their fingerprints are
out of the system.
Pass Code Users (Not the Master Pass Code!)
You can create a series of pass codes to gain entry. If a person has
damaged fingerprints you can assign them a pass code. You can also
set up pass codes for your shift managers. A common use is to create a
pass code you can give out in case of emergencies. For example; you
are out of town & need to let a neighbor into your house. You tell them
the pass code. When you get home you simply delete that pass code.
*You can use any combination of all three enrollment options!
3
Examples of Different Enrollment Options
User EnrollmentBioBolt Biometric Deadbolt
Intelligent Biometric Controls, Inc.
6. 4
User Enrollment
1.1 Changing Master Code
PRESS:
0 + * + Default Master Code + New 8 Digit
Master Code + Repeat New 8 Digit Master Code + #
NOTE: The default Master Code is: 11111111
NOTE: When successful the lock will make a solid single beep. If
unsuccessful it makes 3 quick beeps.
HINT: When the Master Code has been changed, close the scanner,
open it up & try the code to confirm your new code is working.
PRESS:
1 + # + Master Code + #
NOTE: At this point you will see the scanner light up.
FIRST SCAN: Place the 1st finger on the scanner and remove when
scanner light turns off.
SECOND SCAN: Replace the same finger when scanner lights up for the
second time. You will hear a single beep if the enrollment is successful.
REPEAT: You can keep adding fingerprints one after another at this stage.
HINT: If a scan fails you will hear 3 beeps & the scanner goes off. Just
repeat the 1st step above.
1.2 Enroll Fingerprint Users at Random (No User ID’s)
NOTE: The scanner cover must be pulled up and
activated before adding, deleting, or changing Codes
or Fingerprint Users.
The BioBolt will automatically exit out of
Programming Mode after 15 seconds. Please be sure
to wait 15 seconds after enrolling, modifying or
deleting a user before using the BioBolt
BioBolt Biometric Deadbolt
Intelligent Biometric Controls, Inc.
7. 5
User Enrollment
1.4 Enroll Pass Code User
PRESS:
1 + # + Master Code + 3 digit User ID + #
NOTE: At this point the scanner will light up.
FIRST SCAN: Place the 1st finger on the scanner and remove when
scanner light turns off.
SECOND SCAN: Replace the same finger when scanner lights up for the
second time. You will hear a single beep if the enrollment is successful.
REPEAT: To add another finger for this user or any other users please
repeat the process stated above. (A fingerprint ID# can NOT be the same
as a pass code ID#)
PRESS:
1 + * + Master Code + 3 Digit ID + New 8 Digit
Pass Code + Repeat New 8 Digit Pass Code + #
NOTE: A pass code ID# can NOT be the same as a fingerprint ID#.
HINT: When successful the lock will make a solid single beep. If
unsuccessful it makes 3 quick beeps.
HINT: When the new pass code is enrolled, close the scanner, open it
up & try the code to confirm your new code is working.
1.3 Enroll Fingerprint Users with User ID’s
BioBolt Biometric Deadbolt
Intelligent Biometric Controls, Inc.
8. Lock Operation
2.1 Unlocking Door with Fingerprint
FIRST: To open with an enrolled fingerprint simply slide the cover up &
place the finger gently on the scanner.
NOTE: You will hear a beep and the deadbolt will retract.
PRESS:
8 Digit Pass Code
NOTE: Do not enter the 3 digit user ID
NOTE: You will hear a beep and the deadbolt will retract.
NOTE: If the cover is already up: simply hit the # button to activate the
scanner.
FIRST: To open the lock from inside your home or business simply turn
the knob or push the Lock/Unlock button (above knob).
PRESS:
* (Only * will Lock your Deadbolt from the outside, not a fingerprint)
2.2 Unlocking Door with a Pass Code
2.3 Locking/Unlocking Door from the Inside
2.4 Locking Door from the Outside
6
BioBolt Biometric Deadbolt
Intelligent Biometric Controls, Inc.
9. 7
Deleting Users
3.1 Deleting a Fingerprint User with a User ID
PRESS:
2 + # + Master Code + Users 3 Digit ID + Users
3 Digit ID Again + #
NOTE: When successful the lock will make a solid single beep. If
unsuccessful it makes 3 quick beeps.
HINT: This procedure will delete all fingerprint users - both those with
user ID’s and those without user ID’s!
PRESS:
3 + # + Master Code + #
NOTE: When successful the scanner light may come on and the lock
will make a solid single beep. If unsuccessful it makes 3 quick beeps.
PRESS:
2 + * + Master Code + Users 3 Digit ID + Users
3 Digit ID Again + #
NOTE: When successful the lock will make a solid single beep. If
unsuccessful it makes 3 quick beeps.
PRESS:
3 + * + Master Code + #
NOTE: When successful the lock will make a solid single beep. If
unsuccessful it makes 3 quick beeps.
3.2 Deleting ALL Fingerprint Users
3.3 Deleting Pass Code Users with User ID’s
3.4 Delete ALL Pass Code Users
BioBolt Biometric Deadbolt
Intelligent Biometric Controls, Inc.
10. FAQ
8
4.1 Frequently Asked Questions
1) Where does the key go?
You remove the decorative cover from the keyway using the black
Magnetic Key Cover tool that came with the lock.
2) Can I get more keys made for my lock?
This lock comes with 4 KW1 keys. Normal hardware stores will be able
to cut new keys if necessary.
3) How do I change the batteries?
On the back lock body (the side of the lock without the scanner) find the
battery cover. Take the screw out & replace the batteries.
4) What kind of batteries should I use?
Any 4 AA batteries will work. We suggest for 1st time users get brand
name new batteries like Energizer or Duracell.
5) How often should I change the batteries?
If in a conventional home setting you will be able to get several
thousand uses out of a set of batteries. Though not required we do
recommend you change batteries at the same time you change them in
your smoke detectors or when you change your clocks. It's best to keep
the batteries as fresh as possible.
6) If I take the batteries out, will I lose the information in the lock?
No! The BioBolt stores the information even with no batteries!
7) How do I know if the batteries are getting low?
When you slide the scanner cover up it will make a series of very quick
beeps. That is the low power warning. It sounds much different than the
chime you get normally.
8) Is there a way to purchase a BioBolt that has a scanner on both
sides of the door?
No! This question is asked a lot by parents of special needs children
who have special security requirements. There are legal limitations to
selling anything that locks on both sides of a door.
BioBolt Biometric Deadbolt
Intelligent Biometric Controls, Inc.
11. 5.1 Troubleshooting the BioBolt
9
Troubleshooting
1) Be Sure You Are Using Fresh Brand Name Batteries!!
The BioBolt’s internal circuitry and scanner requires a good source of
power which is provided by the 4 AA batteries. Even when the audible low
battery alarm is not enabled, occasionally the BioBolt may not perform
well due to insufficient power. Since the internal power meter cannot
always accurately determine the power level of the batteries, it is advised
that the batteries are replaced with fresh, name brand batteries anytime a
decrease in lock performance is noticed!
2) If the scanner is not reading certain fingerprints well:
- Try re-enrolling the user’s fingerprint. Certain characteristics of a
fingerprint may change over time requiring re-enrollment.
- When you are enrolling your fingerprint templates please remember to
do the following:
* Make sure you are putting the “Core” of your fingerprint on the
scanner. (Refer to page 2 for more information)
* When enrolling multiple templates, try to slightly change the way you
rest your finger on the scanner with each scan. This will help the
scanner detect slight variations in the way to place your finger on the
scanner.
* Simply Place your finger on the scanner, do not Press Down too hard!
Pressing too strongly will cause the ridge patterns to flatten out, making
it more difficult for the scanner to match the fingerprint!
* If it's cold outside, blow on your hands and rub them together. This will
warm up your fingers causing the ridge patterns of your fingerprints to
stand out more.
3) If the scanner lights up solid blue, but never accepts or rejects any
fingerprint, and simply turns off after 10-20 seconds:
Please perform a Factory Default of the lock. (see page 10)
4) If your BioBolt is working backwards, the lock may unlock when it
should lock.
* Please check to see if your Bolt direction switch is in the proper
position. See page 14 for directions.
* Check to see if the tail piece through the door is horizontal (sideways).
The tail piece should be Vertical (up and down).
For more troubleshooting information visit:
http://video.fingerprintdoorlocks.com
BioBolt Biometric Deadbolt
Intelligent Biometric Controls, Inc.
12. 10
Factory Default
6.1 Performing a Factory Default
FIRST: Please remove the back lock body cover
NEXT: Disconnect the power cable from the battery pack.
NOTE: Before moving on, reconnect the power cable and test your lock. If
the lock now works properly it had a slight connection issue. If this does
not solve the problem with the lock, disconnect the power cable and move
onto the next direction.
NEXT: Remove the front lock body off the door.
NEXT: Remove the back lock body off the door.
NEXT: Reconnect the front & back lock bodies by reconnecting the power
cable.
NEXT: Find the “Reset” button on the back of the front lock body.
NEXT: Press & hold down the small button labeled “Reset”.
NEXT: While holding the “Reset” button down, use your other hand to
slide the scanner cover up.
NOTE: After about 15-20 seconds you will hear a long beep indicating the
lock has been reset.
HINT: To confirm, slide the cover up & enter the default Master Code
11111111. It will open the lock.
BioBolt Biometric Deadbolt
Intelligent Biometric Controls, Inc.
13. 7.1 Accessing the Key Hole with the Magnetic Key Cover Tool
FIRST: Locate the Magnetic Key Cover Tool.
NEXT: Place the magnetic end of the tool directly on the Key Hole Cover.
NEXT: Once magnetically attached, simply pull the tool away from the lock
and the Key Hole Cover should separate and remain attached to the tool.
For all technical issues, please contact:
Video Help Files: http://video.fingerprintdoorlocks.com
Phone: 513.239.6322
Email: support@ibcbiometrics.com
11
8.1 Technical Support
BioBolt Biometric Deadbolt
Intelligent Biometric Controls, Inc.
14. BioBolt Biometric Deadbolt
Intelligent Biometric Controls, Inc.
This manual assumes that the door has been prepared for a US
standard deadbolt lock. If the door has not been prepared, please
refer to the documentation that came with the door cutting hardware.
Preparing a Standard US Preparation for Lock Installation
With the bolt extended (A), locate the stamped
“UP” in the top back corner of the bolt (B).
Insert the bolt into the prepared hole on the
door being sure that the “UP” arrow is pointed
upwards. Now, ensure that the cross slot (C) is
centered vertically (x-axis) of the hole.
B
C
A
Using the supplied screws, attach the bolt to
the door. Attach the bolt to the door loosely at
first. You can fasten it down tighter after you
have tested the unit and it is functioning
properly.
NOTE: If the screws are tightened down too
much it puts pressure on the tail piece and
then on the motor, which will cause the bolt to
move slowly.
Installation
12
15. BioBolt Biometric Deadbolt
Intelligent Biometric Controls, Inc.
Measure the thickness of the door. The
BioBolt often requires the tailpiece that
turns the deadbolt be the trimmed to the
appropriate length for the thickness of the
door.
Adjusting the Tailpiece for the Proper Door Thickness
Identify the amount of the tailpiece that will
need to be trimmed based on the following:
!2 1/4” - 2 ½” = Use Full Tailpiece (A)
!1 3/4” - 2 1/8” = Trim 2 Notches (B)
!1 3/8” - 1 5/8” = Trim 4 Notches (C)
A
C
B
With two pairs of plyers, use one pair (A) to
hold the tailpiece just below necessary
notch (B).
Using the second pair of plyers (C), grab
the upper portion of the tailpiece and slightly
bend the top portion of the tailpiece being
careful NOT TO MOVE THE BOTTOM PAIR
OF PLYERS (A)!!
Continue to slightly bend the tailpiece back
and forth until the top potion of the tailpiece
breaks off at the desired notch (B).
A B
C
Before proceeding with final installation:
Fit the front and back lock bodies together on
the door to ensure the tailpiece does not hinder
the flush placement of both bodies to the door.
If there is ANY gap due to the length of the
tailpiece (A), remove one more notch from the
tailpiece and repeat this step until the front and
back lock bodies join without any gap.
WARNING: Forcing the front and back lock
bodies together may damage the internal
motor drive VOIDING THE WARRANTY!!
A
DO NOT FORCE FRONT
AND BACK LOCK
BODIES TOGETHER!
InstallationInstallation
13
16. BioBolt Biometric Deadbolt
Intelligent Biometric Controls, Inc.
Place the Rubber Gaskets (A) on the rear
portions of the front and back lock bodies.
A small lip should surround the lock bodies.
The potion of the gasket that makes
contact with the door should be smooth
and flat.
Installing the BioBolt on a US Standard Preparation Door
With the gasket attached, place the front lock
body (the side with the scanner) through the
door hole. Be sure to align the tailpiece (A)
vertically through the deadbolt cross slot (E).
Only a small portion, if any, of the tailpiece
should extend through the door width (A).
Also, be sure to pass the Control Cable (B)
through the hole.
With the front lock body held against the door
with the tailpiece aligned vertically (A), verify
that the Motor Drive Coupler (D) is also
aligned vertically.
Now, connect the Control Cable (B) to the
corresponding Control Connector (C) on the
back lock body.
A
B
A
A
B
C
E
D
Align the front and back lock bodies so they
are straight on the door. Insert the two bolts
in the corresponding holes and try to thread
them into the front lock body.
Locate the Bolt Direction Switch (A) just under
the batteries. Make sure the Bolt Direction
Switch corresponds with the direction that the
bolt extends (B). In the example to the right,
the bolt extends out of the left side of the door.
Therefore the switch should be moved to the
left as shown by the diagram (C).
A
CB
Installation
14