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Oracle Cloud Infrastructure (OCI) File Storage is a fully managed network file system (NFS) that allows customers to move files to and from Oracle Cloud, scaling automatically to accommodate growth up to 8 exabytes. File Storage eliminates the need to provision capacity in advance.
OCI File Storage is fully managed and extends on-premises file storage to the cloud, scales to 8 exabytes and easily accommodates growing application storage needs. Oracle File Storage manages capacity growth and software upgrades, freeing IT managers to instead focus on business and application needs. OCI File Storage is NFSv3 compliant and can be accessed through VCN peering, Oracle Cloud Infrastructure FastConnect or virtual private network (VPN).
OCI File Storage employs 5-way replicated storage, located in different fault domains, to provide redundancy for resilient data protection. Customer data is replicated for durability within each availability domain in a highly available infrastructure that implements industry-leading data protection techniques and best practices and is backed by SLA.
OCI File Storage encrypts all stored file system and snapshot data at rest by default, using the AES 256 encryption algorithm. By default, all file systems are encrypted using Oracle-managed encryption keys. Customers have the option to encrypt file systems using keys that they own and manage using Oracle Vault. Additionally, OCI File Storage provides the option for configuring encryption in transit for all data and metadata.
OCI File Storage is Portable Operating System Interface (POSIX)-compliant to maximize application compatibility between different operating systems. Easily attach OCI File Storage to any existing network that supports network file system version 3.0 (NFSv3) to enable use cases including big data analytics, digital asset management, compliance management, backup, and more.
Customers manage the lifecycle of their data with policies that automate populating, archiving, and deleting objects. The OCI policy layer uses policies to control what users can do within OCI, such as creating instances, a VCN and its security rules, mount targets, and file systems. Replication can be combined with lifecycle management policies that manage the automatic archiving and deletion of objects.
File Storage reduces the administrative workload of compliance management with third-party audits and certifications available for both regions and specific countries. The Compliance Documents Service lets users view and download compliance documents as needed, on a self-service basis so that support requests are avoided.
Customers save 40% or more in some geographies relative to competitors. For example, Amazon EFS standard storage in Sao Paolo Brazil is priced at 47% more per GB ($0.57 per GB/mo.) than OCI File Storage ($0.30 per GB/mo.)< br/> *Based on list prices as of September 2020
Snap Vision is changing the way the world searches with Oracle Cloud Infrastructure GPU shapes, Kubernetes, Registry, and Oracle Cloud Infrastructure File Storage. Snap Vision’s search uses machine learning to help shoppers find similar items by identifying product attributes that are important to them and not typically searchable.
Secure file storage is managed through a combination of infrastructure policies, network security lists and NFS export options. Control mechanisms used to establish secure access to OCI File Storage include:
The technical architecture and scaling mechanisms behind OCI File Storage allow customers to create file systems which grow in size automatically, scaling to match the data stored up to 8 exabytes.
Oracle Cloud Infrastructure was recently ranked the seventh-fastest performer on the IO500, a widely recognized high-performance storage IO benchmark. The majority of other systems on the list are specialized on-premises environments, including research supercomputers.
Oracle achieved 500 GB/s write IO throughput and 13.1 million IOPS in metadata performance with a high-performance parallel file system using 270 nodes in an HPC cluster network running the BeeGFS BeeOND file system. To give this performance a sense of scale, Oracle's customer, Zoom, moves 7 PB of data each day to support 300 million meeting participants. The storage cluster used here could transfer and process that much data locally in less than 4 hours. As part of a computational fluid dynamics (CFD) cluster, we estimate this much storage throughput would support 1000 simultaneous users for typically sized jobs.Read the complete post
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