MooseFS vs Tahoe-LAFS

MooseFS is distributed storage software that combines data held across multiple servers into one resource. It can be mounted as a POSIX filesystem, used as a block device, or accessed through the C API. Reads and writes run across multiple chunkservers, so adding servers can increase both storage capacity and bandwidth. MooseFS replicates data chunks and restores missing copies after disk or node loss. The Community edition is open source under GPLv2, with one active master and single-parity erasure coding. Personal provides the full Pro feature set for non-commercial use, free up to 20 TiB of used raw space; beyond that, the listed price is €9 as a one-time purchase for each TiB. Pro adds synchronized master failover and support for clusters spanning locations. MooseFS 5 adds cluster-wide authentication. Official packages are offered for Linux distributions, FreeBSD, Raspberry Pi OS, and macOS; macOS requires macFUSE and macOS 12 or later. The native Windows client is included with Pro.

Tahoe-LAFS is free, open-source software for storing files across multiple servers. Before upload, a client encrypts each file with a unique key. Erasure coding distributes each file as shares, allowing recovery when some storage servers fail; the documented default uses 10 shares across at least 7 servers and can recover from any 3. A gateway checks integrity and ignores corrupted shares. Files can be immutable or mutable, with read-only or read-write access for mutable files and directories. The gateway gives access through HTTP(S) and SFTP, and a REST-style Web API supports programmatic operations. Users can run a gateway or operate a full grid of storage nodes and an introducer. Installation is documented for Windows, macOS, Linux, and BSD. The software is available under GNU GPL version 2 or later, or the Transitive Grace Period Public Licence version 1.0 or later. It is free at free. The public test grid is for experimentation, not reliable or large-scale storage.