Future-proofing AI storage infrastructure: Managing scale, performance and data diversity
Oluwatosin Oladayo Aramide · Open Access Research Journal of Science and Technology · 2024
Artificial Intelligence workloads have also grown explosively in a variety of applications, including large-scale training of models, inference performed in real time, and multimodal data processing, which has created extraordinary demands on storage infrastructure. Conventional storage systems are rapidly becoming insufficient to service the scale, performance and heterogeneity demands of contemporary AI pipelines. The present paper resorts to exploring the architectural concepts and design system innovations that are required to future-proof AI storage infrastructure. We look into disaggregated storage architecture, high-intelligent data tiering, and high-performance I/O acceleration as well as managing data diversity, both structured and unstructured. An emphasis is to be created on the optimization of throughput, the minimization of latency, the provision of resilience, and the low-cost scalability. By evaluating real-world systems and the new technologies around it, we not only give practical guidelines and design advice on developing AI-ready storage systems but also enable your storage infrastructure to make it through the next phase of AI workloads.