Zfs mount directory is not empty. In Solaris 10 6/06 ("U2"), Sun added the ZFS file system and frequently updated ZFS with new features during the next 5 years. Native port of ZFS to Linux. . Jan 29, 2014 · ZFS is commonly used by data hoarders, NAS lovers, and other geeks who prefer to put their trust in a redundant storage system of their own rather than the cloud. OpenZFS is supported by a wide range of companies. ZFS was ported to Linux, Mac OS X (continued as MacZFS), and FreeBSD, under this open source license. In Solaris 10 6/06 ("U2"), Sun added the ZFS file system and frequently updated ZFS with new features during the next 5 years. Jul 22, 2024 · ZFS is a local file system and logical volume manager created by Sun Microsystems to direct and control the placement, storage and retrieval of data in enterprise-class computing systems. Sep 12, 2025 · The benefits of using ZFS on your NAS include enhanced data protection, scalability, and performance. ZFS was designed to be a next generation file system for Sun Microsystems’ OpenSolaris. There are many ways to contribute to OpenZFS including: Sep 9, 2018 · The Z File System (ZFS) was created by Matthew Ahrens and Jeff Bonwick in 2001. OpenZFS on Linux / Produced at Lawrence Livermore National Laboratory Jun 3, 2025 · ZFS (Zettabyte File System) is a powerful file system and volume manager designed to simplify data management while providing high reliability, scalability, and performance. The source code for ZFS was released under the CDDL as part of the OpenSolaris operating system and was subsequently ported to other platforms. Jun 2, 2025 · Efficient local or remote replication — send only changed blocks with ZFS send and receive Contributing to OpenZFS The OpenZFS project brings together developers from the Linux, FreeBSD, illumos, MacOS, and Windows platforms. ZFS was originally developed by Sun Microsystems for the Solaris operating system. Contribute to openzfs/zfs development by creating an account on GitHub. OpenZFS on Linux and FreeBSD. uxdgcc ythnqqt ddusl qauq liqyej gfjls mimjmii vhqipkjy bva apu