Scalable and Secure 4K IP Camera Integration for Web Browsers
Budget: $30 – $250 USD
I'm seeking a professional to integrate scalable and secure 4K IP cameras into popular web browsers for surveillance and monitoring purposes. The key aspects of the project include:
1- High-Performance Transcoding:
- Optimize transcoding for RTSP/RTMP streaming to support high-resolution (4K) video efficiently.
- Ensure compatibility across multiple platforms and devices.
- Support for adaptive bitrate streaming (ABR) to optimize video quality based on available bandwidth.
2- Scalability and Bandwidth Efficiency:
- Design a system that supports seamless scaling to accommodate an increasing number of cameras and viewers.
- Use modern protocols like WebRTC for low-latency streaming where applicable.
- Incorporate caching and Content Delivery Network (CDN) integration to reduce server load and improve response times.
3- Enhanced Security:
- Implement per-stream URL authentication with distinct username/password credentials.
- Enable token-based authentication or OAuth for additional security layers.
- Utilize encryption (e.g., HTTPS, SRTP) for secure data transmission.
4- Requirements:
- All the backend must be done on linux based systems
This project is a collaboration with technical team in China. There could be some limitations with technical needs you are looking for.
1- High-Performance Transcoding:
- Optimize transcoding for RTSP/RTMP streaming to support high-resolution (4K) video efficiently.
- Ensure compatibility across multiple platforms and devices.
- Support for adaptive bitrate streaming (ABR) to optimize video quality based on available bandwidth.
2- Scalability and Bandwidth Efficiency:
- Design a system that supports seamless scaling to accommodate an increasing number of cameras and viewers.
- Use modern protocols like WebRTC for low-latency streaming where applicable.
- Incorporate caching and Content Delivery Network (CDN) integration to reduce server load and improve response times.
3- Enhanced Security:
- Implement per-stream URL authentication with distinct username/password credentials.
- Enable token-based authentication or OAuth for additional security layers.
- Utilize encryption (e.g., HTTPS, SRTP) for secure data transmission.
4- Requirements:
- All the backend must be done on linux based systems
This project is a collaboration with technical team in China. There could be some limitations with technical needs you are looking for.