ANDRIOD Based BIometric with time and attendance system with central management

HW Specification -------------------------

1. Embedded processor based system - 800+ Mhz, 512 MB RAM + 4 GB storage + SD slot 2. Display - 5in or higher capacitive touch screen (at least 5 point), VGA or above resolution

3. Connectivity - Ethernet port mandatory , 2 G data module optional

4. FP scanner

Preference will be given to scanners with STQC certification (Original certification to be shown)

500 DPI

Fingerprint placement – 45-90 degree angle

Verification time < 2s

FAR (%) < 0.01

FRR (%) <0.1

5. Temperature ( in C) – 0 -45 6. Relative Humidity (%) – 20 -80 7. Battery - 4 hour backup

8. Power adaptor

9. Reset button (recessed)

SW Specification (device)

----------------------------------

1. OS – Android - 4.2 or above version with all necessary drivers 2. FP application

- enrolment of new users, deletion of users

- keypad for password entry

- storage of 500 fingerprints

- screen for attendance management (signing in, signing out)

-Name to be displayed (English / Tamil)

- data to be uploaded into database server running on local server

- Screens to be provided for managing this activity, retry method in case of local net faiilure

3. Alerts

for system problems, storage failure/out of space,

connectivity problems.

Alert should be on screen and also logged.

Suspicious login activity to be logged.

4. Password protected access for all system managed functions 10. master password and master FP support

SW Specification (Local and RemoteServer) -----------------------------------------------------------

Each office will have one local server application running and central office will have one remote server. Local office server will replicate data to remote server.

1. RDBMS can be POSTGRES 9.3 / MS SQL 2012 or above

2. Application can be coded in Java or .NET languages. All screens should be browser based. Application should run on Windows 7 and above

3. Data in local RDBMS should replicate to remote central server. Replication schedule to be user programmable via a management screen. Error handling for replication failure to be provided. All management functions and application screens provided on local server to be made available on application running on remote server.

3. Features of application running on local server

Clocking schedules & shifts – Allows simple to complex clocking schedule, multiple shifts, rotational shifts and overnight shifts settings

Time synchronization – Provides tool to synchronize time between the terminals and the computer for more reliable clocking data.

User Management – add user, delete user, edit photo, edit data (this functionality is also provided on device)

The following reports to be made available – various kinds of leave report; on- duty report; Late report; Permission report; Daily attendance report; Monthly attendance report.

All reports should be complied with State/Central Government Norms where applicable.

date / time to poll data from terminals to be programmable.

Access control should be provided for screens based on user roles.

5. Remote server application should have ability to manage reports for groups of offices

6. Source for all server side software to be provided. Details for device to server protocol also to be provided including any SDK.

MySQL Software Architecture Visual Basic for Apps Website Management Windows Desktop

Project ID: #7021004

About the project