Abstract: There has been a major shift towards building stateless applications using containers due to added benefits in terms of portability, agility and resilience containers provide to the application runtime. With the added growth of container adoption, a breed of new applications stateful in nature are being built which would necessitate the need for persistent storage for containers. This paper examines the architecture requirements for stateful applications in a containerized environment and discusses the different persistent storage options available and needed for stateful applications using containers.
Keywords: Containers, File Storage, Block Storage, MySQL, Postgres, Windows, Linux, HA Clustering, CI/CD, HPC, ML, SLA, CNS, NAS, SAN, HCIS, SDS.
Title: Persistent Storage Options for Stateful Containerized Applications
Author: Bilal Homsi, Mohamed Sierafi
International Journal of Computer Science and Information Technology Research
ISSN 2348-1196 (print), ISSN 2348-120X (online)
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