









Bribox Apps
Project Overview
BRIBOX
Apps is a comprehensive mobile and web platform that empowers employees, technicians and admin controllers to monitor, report, and manage company assets
for protection and maintenance across multiple regions. Developed to ensure seamless asset management, BRIBOX
integrates real-time reporting features
and intuitive dashboards that provide clear visibility over asset conditions in various regions.
Key Features
-
Regional Asset Management:
- Easily create, update, and organize asset records for each region, ensuring clear and precise categorization for localized monitoring and maintenance.
-
Real-Time Data Synchronization:
- Maintain up-to-date asset information across all regions through dynamic data updates and bulk upload features, keeping employees, technicians and admins informed at all times.
-
User-Friendly Reporting:
- Employees can easily report issues or complaints about any asset through an intuitive interface designed for quick and straightforward submissions. This ensures that problems are captured immediately and accurately.
-
Targeted Dispatch to Regional Technicians:
- Once an issue is reported, the admin can assign it to the appropriate regional technician, along with their designated partner. This targeted approach ensures that the right expertise is applied to resolve issues specific to your operational regions.
-
Real-Time Complaint Analytics:
- Monitor regional complaint counts with straightforward status breakdowns (Waiting, On Progress, Done).
-
Asset Inventory Overview:
- View a complete list of assets for each region at a glance.
-
User Activity Metrics:
- Track platform engagement with clear counts of active versus inactive users.
-
Partner Feedback Summary:
- Aggregate and display user feedback for each regional partner.
Technologies and Stack
-
Web Apps (Super Admin & Admin Controller):
- Built using
React
as the primary library, these applications provide a responsive and intuitive interface for administrators to manage operations and monitor system activity effectively.
- Built using
-
Mobile Apps (Employees & Technicians):
- Developed with
React Native
, the mobile apps deliver a consistent, high-performance experience across iOS and Android, tailored for on-the-go reporting and task management.
- Developed with
-
Backend Services:
- Implemented with a microservices architecture across five separate services, the backend leverages
Node.js
andExpress.js
as its core HTTP framework, ensuring modularity, scalability, and efficient request handling.
- Implemented with a microservices architecture across five separate services, the backend leverages
-
Notifications and Email Communication:
- Uses
Firebase Admin
for delivering push notifications andNodemailer
(via npm) for automated email communications, ensuring timely updates for users and administrators.
- Uses
-
Databases and Caching:
- Utilizes a single, robust
MongoDB
instance for storing all critical data, offering a flexible, document-oriented approach that supports the dynamic requirements of the project.
- Utilizes a single, robust
My Role and Responsibilities
In the BRIBOX project, I worked as Backend Engineer
, building the entire system for backend from scratch. I designed a microservices architecture divided
into five services to support both mobile and web applications through robust APIs. My key contributions include:
-
End-to-End Backend Architecture Setup:
- Designed and implemented a
microservices architecture
—dividing the backend into five specialized services usingNode.js
andExpress.js
—to ensure modular, scalable, and maintainable code.
- Designed and implemented a
-
Comprehensive API Development:
- Developed robust, well-documented
RESTful APIs
that provide consistent data delivery and seamless integration for both mobile and frontend applications.
- Developed robust, well-documented
-
Agile Collaboration and Project Management:
- Utilized
Jira
to track tasks, manage feature requests, and coordinate with stakeholders, ensuring a transparent agile workflow throughout the project.
- Utilized
-
Performance Optimization and Reliability:
- Implemented best practices in error handling, caching, and data processing—leveraging
MongoDB
for efficient storage andRedis
for caching—to achieve high-performance API responses and maintain robust system reliability even under heavy load.
- Implemented best practices in error handling, caching, and data processing—leveraging
Get In Touch
For business inquiries, collaborations, or further discussion about my projects, please feel free to reach out via email at [email protected]. You can also follow my work and stay updated on the latest developments by connecting with me on GitHub, LinkedIn, and Instagram.
Stay Curious and Happy Coding !!
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