Inspiration
Sentinal-Queb was inspired by the growing need for smarter and faster incident monitoring systems. During development projects and hackathon experiences, I noticed that teams often struggle with tracking issues, identifying anomalies, and responding in real time. I wanted to build a solution that combines structured queue management with intelligent monitoring to improve response efficiency and system reliability.
What it does
Sentinal-Queb is a monitoring and queue-based management system designed to track, organize, and prioritize system events or incidents.
It: • Monitors incoming requests or events • Categorizes and prioritizes them • Displays structured data on a dashboard • Helps users respond quickly to critical alerts • Maintains organized logs for tracking and analysis
The goal is to reduce chaos and improve decision-making through a clear, real-time interface.
How I built it
I built Sentinal-Queb using a modern full-stack approach: • Frontend: React.js with Vite and Tailwind CSS for a responsive and fast UI • Backend: Node.js and Express.js for API handling • Database: MongoDB Atlas for scalable cloud storage • Authentication & Security: JWT and bcrypt.js for secure login • API Architecture: RESTful APIs for structured data flow
The system follows a modular structure, separating authentication, queue management, and monitoring logic for maintainability.
Challenges I ran into • Designing an efficient queue logic that handles priority correctly • Managing real-time updates without slowing down the UI • Securing authentication and preventing unauthorized access • Structuring the database schema for scalable growth • Handling edge cases in event prioritization
Debugging asynchronous backend logic was one of the most technically demanding parts.
Accomplishments that I’m proud of • Successfully implementing secure authentication with hashed passwords • Designing a clean and structured dashboard UI • Creating a scalable backend architecture • Building a functional MVP within limited time • Maintaining proper separation of concerns in the codebase
The biggest achievement was turning the idea into a working full-stack system.
What I learned • How to design scalable backend architecture • The importance of database schema planning • Secure authentication practices (JWT + bcrypt) • Handling asynchronous operations in Node.js • Building a structured and production-ready MVP
This project significantly improved my understanding of full-stack system design.
What’s next for Sentinal-Queb • Add real-time updates using WebSockets • Implement AI-based anomaly detection • Add role-based access control • Improve analytics and visualization dashboards • Deploy a production-ready version with monitoring tools
The long-term vision is to evolve Sentinal-Queb into a smart monitoring platform with predictive capabilities.
Built With
- 2fa)
- api
- apis
- atlas
- authentication
- authentication)
- backend
- bcrypt.js
- built
- cloud
- css
- css3
- database
- database)
- deployment
- deployment)
- es6+)
- express.js
- for
- frameworks
- frontend
- git
- github
- hashing
- hosting)
- html5
- implementation
- javascript
- json
- jwt
- languages
- libraries
- mongodb
- node.js
- password
- postman
- react.js
- render
- restful
- security)
- tailwind
- testing)
- token
- tools
- two-factor
- vercel
- version
- vite
- web
- with
Log in or sign up for Devpost to join the conversation.