An AI-powered backend system for real-time Person Detection, built using modern Computer Vision and Deep Learning technologies.
This project focuses on detecting humans from images, videos, or live streams using advanced AI models such as YOLO and OpenCV-based pipelines.
Designed for:
- Smart Surveillance
- Security Systems
- AI Monitoring Solutions
- Automation Applications
- Real-time Vision Analytics
YOLOv8n + Flask API | Auto person counting from classroom photo | Dockerized | Render Deployed | Perfect for Expo / React Native Mobile App
Person Detect Backend is a Computer Vision backend engine capable of:
✅ Detecting humans in real-time ✅ Processing images and videos ✅ Running AI inference pipelines ✅ Supporting surveillance-style systems ✅ Building scalable AI APIs
This repository demonstrates practical backend AI engineering skills using:
- Python
- YOLO
- OpenCV
- Deep Learning Inference
- AI Detection Pipelines
Detect humans from:
- Images
- Videos
- Webcam streams
- CCTV feeds
Uses deep learning models for:
- Human detection
- Bounding box generation
- Confidence score prediction
- Multi-object detection
Capabilities include:
- Frame-wise inference
- Real-time analytics
- Motion-aware detection
- Continuous object tracking readiness
Backend-focused project structure suitable for:
- AI APIs
- AI SaaS products
- Surveillance platforms
- Research systems
- Automation pipelines
| Technology | Purpose |
|---|---|
| Python | Core Backend Language |
| OpenCV | Computer Vision Processing |
| YOLO | Deep Learning Detection |
| NumPy | Numerical Operations |
| Jupyter Notebook / Python Scripts | Development & Experimentation |
| Deep Learning Models | AI Inference |
person-detect-backend/
│
├── models/
│ ├── yolov8n.pt
│
├── videos/
├── images/
├── outputs/
│
├── detection/
│ ├── detect.py
│ ├── utils.py
│
├── requirements.txt
├── app.py
├── README.md
│
└── .gitignoregit clone https://github.com/Gourav-512/person-detect-backend.gitcd person-detect-backendpython -m venv venv
venv\Scripts\activatepython3 -m venv venv
source venv/bin/activatepip install -r requirements.txtIf requirements.txt is unavailable:
pip install opencv-python ultralytics numpy flaskpython app.pyOr run detection script:
python detect.pyThe system follows this pipeline:
Input Source
↓
Frame Extraction
↓
YOLO Inference
↓
Person Detection
↓
Bounding Box Generation
↓
Output Rendering
- CCTV person monitoring
- Restricted area detection
- Human presence alerts
- Worker monitoring
- Safety compliance systems
- Factory AI analytics
- Crowd analysis
- Public monitoring systems
- AI traffic analytics
- Human-aware robots
- Navigation systems
- AI environment understanding
Planned enhancements:
- DeepSORT tracking integration
- Multi-camera support
- FastAPI backend APIs
- Streamlit dashboard
- WebSocket live streaming
- Cloud deployment
- GPU optimization
- Face recognition module
- Real-time alert systems
This repository demonstrates:
✅ AI Backend Development ✅ Computer Vision Engineering ✅ Real-time AI Inference ✅ Deep Learning Integration ✅ Practical AI System Design
Perfect for:
- AI/ML portfolios
- Research showcases
- Backend AI engineering practice
- Computer Vision learning
By exploring this project, developers can learn:
- YOLO-based detection systems
- OpenCV pipelines
- Real-time video inference
- AI backend architecture
- Vision-based automation systems
- Deep learning deployment basics
Applied AI Engineer | Computer Vision Enthusiast | AI Builder
Focused on:
- AI/ML Engineering
- Computer Vision
- AI Automation
- Backend AI Systems
- Research-driven AI Development
- GitHub: https://github.com/Gourav-512
- Instagram: @gaurav_salunkhe_41
✔ Real-world AI use case ✔ Scalable backend-oriented structure ✔ Practical Computer Vision implementation ✔ Modern AI engineering workflow ✔ Beginner-to-intermediate friendly
This project is open-source and available for educational and research purposes.
If this repository helped you:
⭐ Star the repository 🍴 Fork the project 📢 Share with AI developers
This project represents the foundation of intelligent AI surveillance and real-time Computer Vision systems.
The future belongs to AI systems that can understand visual environments in real time — and this project is a step toward building that future.