Replicate petabytes across distance and converge source to target inside your DR window — moving only the deltas, encrypted and checksummed end-to-end. 1 PB in 29 hours at 96% link utilization. ~10× typical movers.
Replicate at line rate — scaling out with no software ceiling so the pipe stays full and DR finishes inside the window.
Incremental and differential sync transfers just what changed, then keeps going to full convergence — no full re-copies, no drift between source and target.
Unconditional end-to-end checksums plus TLS in flight — proven on 1 PB across 5,000 miles. Prove the replica is correct, don't assume it.
Replicate peer-to-peer across many sites at once. Latency-insensitive, so distant facilities and clouds converge in parallel, not one slow hop at a time.
"Zettar moved an actual petabyte over a 5,000-mile network loop in 29 hours — encrypted and checksummed — at 96% bandwidth utilization."
It replicates at line rate across sites and clouds, scaling out with no software ceiling, so even petascale DR finishes inside the window — your fabric is the limit, not the mover.
Every transfer is protected by unconditional end-to-end checksums and TLS, so the replica is provably identical — nothing silently drifts or corrupts.
Incremental — it detects and moves only what changed, then verifies convergence, so ongoing sync stays efficient.
Yes — symmetric, scale-out replication across as many sites and clouds as you run, in native file and object formats.
No — native formats, no proprietary wrappers, open standard hardware, platform-neutral.
See how Zettar keeps your datasets converged across every site and cloud — at wire speed, encrypted, and verified end-to-end.