When it comes to the data system, first and foremost (after you save your data) of course how to manage your data. And because so much data is stored in the Kubernetes system, it is important to know how to do it efficiently and with high quality. If you are looking for the best kubernetes storage solution via https://kubevious.io/blog/post/comparing-top-storage-solutions-for-kubernetes/.
For example, do you know that when you define pods, you can determine how many CPUs or RAM are needed in every container? When resource requirements are determined in the container itself, call POD.
It is important not to find a better method objectively because, in reality, there are so many options. This depends on personal preferences and trials. You need a system that really meets your needs.
Maybe something by:
- Open-source design.
- permanent storage area
- Data replication in the kernel
- Fast response time
- Low CPU requirements
Kubernetes permanent storage
Kubernetes is a container orchestration tool that has become a standard for businesses to store and use data modules. Calling it “revolution” in the way the business application used is ongoing sales, and it is clear that there is no meaning.
This is the next step in the way we use, access, and save our application data. This is above all “evolution”.Expect the logic wall and application infrastructure when you develop microservices architecture.
Developers use what they use so they can focus on relevant work. Abstraction the actual machine that you control. With Kubernetes, you can describe the storage and computing power you want and set the system to use without it.