Development of a Secure Real-Time Video Streaming and Playback System for Mobile and Vehicle Cameras

A government or law enforcement agency faces difficulties in streaming, transcoding, and playing back real-time and recorded footage from body-worn and vehicle-mounted cameras, with strict compliance requirements adhering to criminal justice standards. Existing systems lack integration, scalability, and sensitive data protections, leading to inefficiencies and security risks.

A government agency or law enforcement organization requiring compliant and secure video surveillance solutions from body-worn and incar cameras to assist in criminal investigations and public safety.

• Implement a robust platform enabling streaming, transcoding, and playback of real-time and recorded video from body-worn and incar cameras.
• Ensure full compliance with industry standards for criminal justice information systems.
• Develop secure data handling and sensitive information protection mechanisms.
• Create a scalable, microservices-based architecture supporting flexible deployment and maintenance.
• Facilitate on-the-fly content chunk generation and support various streaming protocols such as HLS, RTSP, RTP, and WebRTC.
• Integrate seamlessly with existing video content management systems to streamline workflows.

• Realtime video streaming from body-worn and incar cameras.
• On-the-fly audio/video chunk generation for low-latency streaming.
• Video transcoding from various formats to standardized formats for playback.
• Support for multiple streaming protocols including HLS, RTSP, RTP, and WebRTC.
• Integration with existing video content management systems.
• A microservices architecture supporting modular deployment and scalability.
• Data security features ensuring compliance with criminal justice standards and sensitive data protection.

• Video content management systems for seamless workflow
• Standard streaming protocols (HLS, RTSP, RTP, WebRTC)
• Security and compliance frameworks for data protection

• Scalable architecture supporting up to 10,000 concurrent streams
• Low-latency streaming with end-to-end delay under 2 seconds
• Robust security measures to ensure data confidentiality and integrity
• Compliance with applicable criminal justice information standards
• High availability with 99.9% uptime

The implementation of this system is expected to significantly enhance the security, compliance, and operational efficiency of video surveillance efforts. It aims to provide reliable, scalable, and secure video streaming and management capabilities, resulting in improved investigation support, higher data protection standards, and reduced processing time for recorded evidence. Quantifiable impacts include improved response times, increased system reliability, and compliance adherence.