Access Control & Attendance Systems

Finger Print - X990

Category:Finger-print

Features:
Fingerprint Capacity : 10000,
Transaction Capacity : 100000,
Card Capacity : 10000 ,
Fingerprint sensor : 500 DPI Optical sensor

Storage Capacity

• Fingerprint Capacity : 10000

• Card Capacity : 10000

• Transaction Capacity : 100000

• Card Reader : Inbuilt proximity card reader (Optional Mifare, HID prox)

• CPU : 32bit microprocessor

• SDRAM : 128 MB Nand Flash

• Flash : 256 MB Nand Flash

• Kernel : 2.6

Biometric

• Fingerprint sensor : 500 DPI Optical sensor

• FAR : <=0.0001%

• FRR : <=1%

• Identification speed : <0.5 sec

• Algorithm Ver : 10

Access control

• Wiegand : In & Out both 26 or 34 bit (With or without site code)

• Relay : 12 V relay for lock EM lock, Bolt Lock or Strike lock

• Support Fire Alarm : Yes

• Door Sensor : Yes

• Anti Passback : Yes

• Door Bell : Yes

Fingerprint - ICLOCK990

Category:Fingerprint

Features:
Fingerprint Capacity : 40000 ,
Card Storage : 40000,
Transaction Capacity : 800000 ,
Fingerprint sensor : 500 DPI Optical sensor.

Specifications for eSSL ICLOCK 990

eSSL Security introduces the Iclock 990, an advanced fingerprint-based time attendance and access control system designed to elevate security and efficiency. This innovative solution seamlessly integrates biometric technology to provide a secure and reliable method for employee management. The Iclock 990 boasts state-of-the-art features that redefine conventional time attendance and access control systems. With its precision fingerprint recognition technology, it ensures accurate and efficient tracking of employee attendance, eliminating the need for traditional methods like cards or PINs. This not only enhances security but also simplifies the overall management process. The device offers a comprehensive set of specifications, including bigger storage capacity, fingerprint sensor with 500 DPI Opticlal sensor, 3.5" TFT display and many more features making it suitable for a variety of business environments. Its intuitive design ensures ease of use, while robust construction guarantees durability. eSSL's commitment to cutting-edge technology is evident in the iClock 990, making it a reliable choice for businesses seeking a secure and efficient solution for time attendance and access control.

Finger Print - K30 Pro

Category:Finger-print

Features:
Fingerprint Templates = 2000 ,
Log Capacity =100000,
Card Capacity= 2000,
Fingerprint Sensor= 500 DPI Optical Sensor .

Technical Specifications

• User Capacity: 2000

• Fingerprints Capacity: 2000

• Card Capacity: 2000

• Transaction Storage: 100000

• Push Data: Yes

• Card Reader: Yes

• Fingerprint sensor: 500 DPI Optical Sensor

• FAR : <=0.0001% / FRR : <=1%

• Identication Speed: <= 1sec

• Algorithm Ver: 10

• Display: 2.8” TFT Sceen

• Keypad: 4 x 4 Keypad

• LED Indicator: Green/Red

• Schedule Bell/Speaker: Mini Speaker

• Communication: TCP/IP, USB-host

• Standard Features: Inbuilt Battery Backup,

• Self Service Query

• Status Switch, DST, T9 Input

T502 L1

Realtime Aadhaar Based Attendance SystemFingerprint

• TCP/IP

• USB Link

• USB Disk

• WI-FI

• C Type

FingerPrint Supplier: Startek STQC CertifiedFinger ModelFM220UOS VersionAndroid 11.0CPU Speed1.6GHzRAM/Type4 GBROM/Type32 GBScreen Size7 InchCommunicationWiFi, 4G LTE, Bluetooth, USB, Micro USB, LAN, C TypeScreen Resolution1024x600Screen Brightness (cd/sqm)250cd/sqmWiFi Mode802.11 b/g/nWiFi HotspotYesWiFi DirectYesBluetooth SupportYes 2.0GPSYesInternal Modem2G/3G/4G LTESupport BandsAll Indian SIM CARDSIM Port2x2FF (mini)USB Port (Micro/Mini/A)MicroUSMx2 (Optional)Charger PortDC 2.5mmSensorAccelerometerCamera Font5.0 MP Auto FocusBattery Capacity6000mAh

Environmental

• Temperature (Degree)

• -5 ~ +45

• 20~85 (Non Condensing)

DS-K1T342MFWX-E1

Face Recognition Terminal

• Max.1500 faces capacity, Max.3000 fingerprints capacity, and Max.3000 cards

• Face Recognition Terminal, 4.3-inch LCD touch screen, 2 Mega pixel wide-angle lens, built-in M1card reading module

• Two-way audio with client software, indoor station, and main station; Supports TCP/IP, Wi-Fi

• Supports ISAPI, ISUP5.0

• Configuration via the web client

• Face Recognition Distance: 0.3 m to 1.5 m; Duration ＜ 0.2 s/User; Accuracy rate ≥ 99%

• Supports face with mask recognition

• Powers supply by standard PoE and at the same time powers supply for door lock (12 VDC/1 A)

• Supports platform-applied personal PIN and device-set personal PIN

DS-K1T344EBFWX-E1

Value Series Face Access Terminal

• Supports 4.5-inch LCD touch screen, 2 Mega pixel wide-angle lens, and built-in EM card reading module

• Max.3000 faces capacity, Max.3000 fingerprints capacity, and Max.3000 cards

• Face Recognition Distance: 0.3 m to 1.5 m; Duration ＜ 0.2 s/User; Accuracy rate ≥ 99%

• Supports face, card, PIN, and fingerprint authentication

• Two-way audio with client software, indoor station, and main station.

• Supports mobile web and PC web for configuration

• Supports powered by 12 VDC or PoE and supports powering for device and door lock

Types of Access Control Systems

There are several types of access control systems, each with its unique features and applications. Below are some of the most common types:

1. Discretionary Access Control (DAC)

• Definition: DAC is a type of access control where the owner of the protected system or resource can decide who is allowed access.

• Application: Often used in environments where flexibility is required, such as in personal computing.

2. Mandatory Access Control (MAC)

• Definition: MAC is a more rigid access control system where access to resources is based on a central authority's policies.

• Application: Used in environments that require high security, such as military or government facilities.

3. Role-Based Access Control (RBAC)

• Definition: RBAC assigns permissions to users based on their role within an organization.

• Application: Commonly used in business environments to streamline access management.

4. Rule-Based Access Control

• Definition: In this system, access is governed by specific rules set by the organization.

• Application: Suitable for environments where access needs to be adjusted frequently.

Components of Access Control Systems

A comprehensive access control system typically includes several components:

• Access Cards or Key Fobs: Physical tokens that grant entry to secured areas.

• Biometric Scanners: Devices that verify identity through physical characteristics like fingerprints or retina scans.

• Access Control Panels: Central hubs that manage and process access requests.

• Readers: Devices that read access cards or biometrics to verify identity.

• Software: Programs that allow administrators to configure, monitor, and manage the access control system.

Benefits of Access Control Systems

Implementing access control systems offers several advantages:

• Enhanced Security: By restricting access to sensitive areas, organizations can protect against unauthorized entry and potential threats.

• Audit Trails: Access control systems often log entries and exits, providing valuable data for audits and investigations.

• Operational Efficiency: Automation of entry processes can save time and reduce the need for security personnel.

• Scalability: Modern systems can be easily expanded as the organization grows.

Challenges and Considerations

While access control systems provide numerous benefits, they also pose certain challenges:

• Cost: Initial setup and maintenance can be expensive, especially for advanced systems.

• Complexity: Systems can become complex to manage, particularly in large organizations with diverse access needs.

• Privacy Concerns: The use of biometric data raises privacy issues that must be addressed.

In conclusion, access control systems are vital tools for maintaining security and efficiency in various environments. By understanding the different types and components, organizations can choose the most appropriate system to meet their specifi