Project Summary
Lamah Gate is a gate system used in public places and institutions to regulate traffic flow, improve security, and manage attendance and departure. The system usually consists of a full web system for managing and issuing user access cards, in addition to advanced software for recording and processing data.
More Details
projectid.common.rools
UI Designer, Frontend Developer, Backend Developer, Electronic Gate Programming
Duration of Completion
(3 weeks) from the launch date
Website
https://gate.lamah.com
Tools and Techniques
NextJS - NestJS - Docker - PostgreSQL
Team Member
Salem Aljebaly
Head Of Software Development Unit
Mahmoud Almuntasir
Backend Developer
Nuha Haman
Frontend Developer
Nadeem Alhassan
Frontend Developer
Aiman Badi
Frontend Developer
Abdullah Habberrih
Backend Developer
Problems...
Without an electronic gate system, there can be security gaps and complexities in user management. It can be difficult to determine who enters or exits the building or area, increasing the risk of unauthorized entry. Tracking the attendance and departure of employees or visitors becomes complicated, hindering attendance and departure management and providing accurate reports. Manual user management increases the chances of errors and impedes access to necessary information. Integration with other systems can be challenging.
Solutions...
The Lamah Gate system provides efficient and flexible user management, offering a complete web interface for system management and monitoring, accommodating up to 25,000 users efficiently and expandable to meet growing needs. You can create and manage user accounts, store their data such as name, image, and contact information. You can issue user cards for each individual using the system, containing important identity information and used to allow or deny access to specific areas. The system provides full control over user data, updating personal information, and tracking login and logout history and other records. The system can integrate with other systems such as security systems and attendance and departure systems.