• Design an architecture capable of batch downloading videos while meeting concurrency requirements for video streams.
• Develop a testing strategy for video-based products, addressing challenges such as video size manipulation and the volume of videos necessary for incident analysis.
• Maintain the existing functionalities of the previous product while adding value through the new development.

We focused on designing a scalable architecture, developing a comprehensive testing strategy, and enhancing existing functionalities.

Our first step involved designing a scalable architecture capable of efficiently batch-downloading videos while meeting concurrency requirements for video streams. This architecture was carefully crafted to ensure seamless performance and reliability under varying workloads.

To address the complexities of testing video-based products, we developed a comprehensive testing strategy. This strategy encompassed challenges such as video size manipulation and the volume of videos necessary for incident analysis, ensuring thorough testing and robust product quality assurance.
While maintaining the existing functionalities of the previous product, we added value through new developments tailored to the client’s requirements. This involved integrating cost optimization measures, applying development and testing standards from the outset, and enhancing incident video detection processes and algorithms.

By applying best practices and standards from the beginning, we successfully completed the project and improved incident video detection processes, ensuring client satisfaction and project success.