Editor, Bureaucrats, Administrators
1,155
edits
Difference between revisions of "Companies"
Jump to navigation
Jump to search
no edit summary
| Line 10: | Line 10: | ||
|valign="top" |[[file:CS_logo_withTagline_150px.png |150px|link=http://cloudscaling.com/]] | |valign="top" |[[file:CS_logo_withTagline_150px.png |150px|link=http://cloudscaling.com/]] | ||
|valign="top" |'''Cloudscaling''' builds scale-out storage systems for Openstack as a component of the Open Cloud System product, using ZFS on Linux®. | |valign="top" |'''Cloudscaling''' builds scale-out storage systems for Openstack as a component of the Open Cloud System product, using ZFS on Linux®. | ||
|- | |||
|valign="top" |[[file:Clusterhq.png |150px|link=https://clusterhq.com/]]<br>[https://github.com/ClusterHQ/flocker Source code] | |||
|valign="top" |As The Data People for Docker, '''ClusterHQ''' is the company behind the container industry’s first solution for reliably running databases, key-value stores and queues inside Docker containers. Through its innovative open-source data volume and container manager, Flocker, ClusterHQ delivers a platform for solving the significant operational challenges that come from running data-backed services inside containers. ClusterHQ builds on top of OpenZFS to create a distributed storage layer for clusters of Docker containers with local storage. | |||
|- | |- | ||
|valign="top" |[[file:Ddrdrive_logo_dev_2013.png |150px|link=http://www.ddrdrive.com]] | |valign="top" |[[file:Ddrdrive_logo_dev_2013.png |150px|link=http://www.ddrdrive.com]] | ||
| Line 17: | Line 20: | ||
|valign="top" |At '''datto''', we use OpenZFS to store system backups for later virtualization. Its copy on write and compression mechanics allow us to make the most of our storage. With clones we can quickly and efficiently spin up virtual instances of the backed up machines. Error detection and correction ensures safe data transfer, even though the mail. | |valign="top" |At '''datto''', we use OpenZFS to store system backups for later virtualization. Its copy on write and compression mechanics allow us to make the most of our storage. With clones we can quickly and efficiently spin up virtual instances of the backed up machines. Error detection and correction ensures safe data transfer, even though the mail. | ||
|- | |- | ||
|valign="top" |[[file:Delphix_logo.png |150px|link=http://delphix.com]]<br>[https://github.com/delphix/delphix-os/tree/ | |valign="top" |[[file:Delphix_logo.png |150px|link=http://delphix.com]]<br>[https://github.com/delphix/delphix-os/tree/4.1/usr/src/uts/common/fs/zfs Source code] | ||
|valign="top" |The '''Delphix Engine''' allows companies to create up-to-the-minute copies of production databases: making it easier to backup and upgrade databases as well as develop applications. The Delphix Engine uses ZFS cloning and compression to minimize the storage footprint of these virtual databases. | |valign="top" |The '''Delphix Engine''' allows companies to create up-to-the-minute copies of production databases: making it easier to backup and upgrade databases as well as develop applications. The Delphix Engine uses ZFS cloning and compression to minimize the storage footprint of these virtual databases. | ||
|- | |- | ||
| Line 34: | Line 37: | ||
|valign="top" |[[file:New_hac_logo.jpg |150px|link=http://www.high-availability.com/]] | |valign="top" |[[file:New_hac_logo.jpg |150px|link=http://www.high-availability.com/]] | ||
|valign="top" |'''High-Availability's''' flagship product, RSF-1, brings advanced HA (High Availability) features to ZFS providing a more resilient and robust storage offering tolerant to system failures. Active/Active and Active/Passive configurations are supported. As well as providing core ZFS HA and failover capability to ensure availability in the event of failure. RSF-1 also brings ring-fencing mechanisms to protect multi-tenanted storage devices, orchestrates the seamless failover of COMSTAR and ALUA targets, and manages virtual network access (views) to the data. | |valign="top" |'''High-Availability's''' flagship product, RSF-1, brings advanced HA (High Availability) features to ZFS providing a more resilient and robust storage offering tolerant to system failures. Active/Active and Active/Passive configurations are supported. As well as providing core ZFS HA and failover capability to ensure availability in the event of failure. RSF-1 also brings ring-fencing mechanisms to protect multi-tenanted storage devices, orchestrates the seamless failover of COMSTAR and ALUA targets, and manages virtual network access (views) to the data. | ||
|- | |- | ||
|valign="top" |[[file:Ixsystems.jpg |150px | link=http://www.ixsystems.com/]] | |valign="top" |[[file:Ixsystems.jpg |150px | link=http://www.ixsystems.com/]] | ||