Real-Time Secure Distribution of Face Photos Using MinIO and Redis

An organization typically has a multitude of business systems, and the integration of these systems can effectively enhance interactions between different business processes. After integration, there is a need to share, co-govern, and co-manage certain resources or data. This interconnectedness underscores the importance of secure and efficient data management, especially when sensitive information such as face photos is involved. This paper proposes a real-time encrypted distribution mechanism for face photos based on MinIO and Redis, aimed at addressing potential privacy leakage risks during the storage and distribution of face photos, while significantly enhancing distribution efficiency. The mechanism adopts a three-tier architecture, including a storage tier, a transmission tier, and a business tier. By integrating the high-performance storage capabilities of MinIO, the advantages of Redis in real-time message distribution, and hybrid encryption technology, we have successfully achieved real-time and secure distribution of face photos. In experimental testing, the distribution mechanism performs excellently under low to moderate traffic conditions, effectively enhancing efficiency of face photo distribution.