Three seasoned engineers—Liran Zvibel, Omri Palmon, and Maor Ben-Dayan—understood the problem intimately. Having built storage systems at companies like XIV (acquired by IBM), they saw a fundamental flaw: legacy file systems (like NFS, Lustre, and GPFS) were designed for spinning hard drives, not the parallel speed of flash.
They built the on a radical idea: a parallel, distributed architecture that runs on standard x86 servers. Instead of a dedicated storage appliance, Weka turned every server’s local flash into part of a giant, unified pool. It was a "shared-nothing" architecture that used NVMe-over-Fabrics (NVMe-oF) to connect everything at near-memory speeds. wekaio
So, in 2013, they founded (pronounced WEE-kah-ee-oh ). The name was a clever fusion: "WEKA" is the Māori word for "wild and fast," and "IO" stands for Input/Output. Their mission was to create a file system that could finally unleash the raw power of NVMe flash. The Innovation: The "Matrix" Architecture Most storage systems are like a single, crowded highway. Data enters, gets stuck in traffic jams (metadata bottlenecks), and crawls to its destination. WekaIO threw out the old map. Instead of a dedicated storage appliance, Weka turned