![]() ![]() When attached to an AWS compute instance, data will not disappear when that instance is relaunched. This is a major advantage over traditional storage solutions-you can add or remove capacity without disrupting users or applications. That means its storage capacity can be automatically scaled up (add more storage) or scaled down (shrink storage capacity) as folders and files are added to or removed from the system. ![]() Advantages to using an EFSĪn Amazon EFS is elastic. Mapped file server drives and detachable USB drives both use hierarchical file systems, so the concept should be familiar to anyone who has ever dealt with personal computers and servers.Īmazon states that a single EFS can be simultaneously connected to thousands of Elastic Compute Cloud (EC2) instances or on-premise resources, allowing you to share EFS data with as many resources as needed.Īccess to shared EFS folders and data is provided through native operating system interfaces. Data is stored in a path-based system, where data files are organized in folders and sub-folders. Use the right-hand menu to navigate.) What is an EFS?Īn EFS is a Network File System (NFS) that organizes data in a logical file hierarchy. Mounting an EFS on an on-premises server.Let’s look at how an EFS functions and the benefits it provides organizational computing environments, including: An EFS can be attached to multiple Amazon Web Services (AWS) compute instances and on-premises servers, providing a common resource for applications and data storage in many different environments. Automated Mainframe Intelligence (BMC AMI)Īmazon’s Elastic File System (EFS) is a scalable storage solution that can be used for general purpose workloads.Control-M Application Workflow Orchestration.Accelerate With a Self-Managing Mainframe.Apply Artificial Intelligence to IT (AIOps). ![]()
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