Project Overview
Designed and implemented a comprehensive RTSP streaming dashboard that provides secure, real-time surveillance monitoring across multiple international office locations. The system combines Docker containerization, RTSP camera streams, and enterprise-grade security through Cloudflare Zero Trust.
Technical Implementation
Core Components
- Docker & MotionEye: Containerized MotionEye instances running on Docker Compose for efficient RTSP stream management
- RTSP CCTV Integration: Port-forwarded cameras from multiple office locations connected to a centralized MotionEye instance
- Infrastructure: Hosted on a DigitalOcean droplet ($15/month) for reliable 24/7 operation
- Cloudflare Zero Trust: Implementation of secure access control and authentication
- Custom Dashboard: Responsive HTML/CSS interface with embedded live streams
Security Features
- Zero Trust security model ensuring only authorized personnel can access streams
- Authentication integration with corporate identity providers
- Encrypted stream transmission
- Granular access control based on user roles and office locations
Dashboard Features
- Real-time clock displays for different time zones
- Office location identifiers with country flags
- Multiple camera views in a grid layout
- Responsive design for various screen sizes
- Status indicators for camera connectivity
Technical Challenges & Solutions
Stream Security & Infrastructure
- Implemented Cloudflare Zero Trust to create a secure tunnel between the RTSP streams and the dashboard
- Configured port forwarding rules at each office location to securely expose CCTV cameras
- Centralized stream management through MotionEye running on Docker Compose
- Hosted on a DigitalOcean droplet with optimized specifications for handling multiple RTSP streams
Performance Optimization
- Stream quality adaptation based on network conditions and bandwidth availability
- Efficient container resource management through Docker Compose
- Optimized video feed layout for minimal CPU/memory usage on the droplet
- Regular monitoring of resource usage to maintain $15/month cost efficiency
Global Accessibility
Created a distributed system architecture that maintains low-latency streaming while serving users across different geographical locations through Cloudflare’s global network.
Results & Impact
- Centralized monitoring solution for multiple international offices
- Reduced security personnel requirements through remote monitoring
- Enhanced security through Zero Trust implementation
- Improved incident response time with real-time monitoring
- Scalable solution that can accommodate additional office locations
Technologies Used
- Docker for containerization
- MotionEye for RTSP stream management
- Cloudflare Zero Trust for security
- HTML5/CSS3 for dashboard interface
- Cloudflare Pages for hosting
- WebSocket for real-time updates
- Time zone APIs for accurate clock displays