Industries · Energy

From the field to the cluster — petabytes, on time.

Across oil & gas, utilities, and renewables, seismic surveys, sensor arrays, and reservoir and grid models generate petabytes that have to move from remote fields and vessels to processing centers and HPC — often over constrained, shared links. Zettar fills whatever bandwidth is available, from a compact field appliance to the datacenter core, so data arrives in time to act on it.

Schedule a demo See how it works →
Who we serveOil & gas / seismicUtilitiesRenewablesGridReservoir modeling
The problem

Petabytes pile up faster than you can move them.

  • Seismic and sensor data is petascale and grows every survey.
  • Remote fields and vessels have limited, shared links — and ordinary tools waste most of them.
  • Data crawls from field → processing center → HPC.
  • Reservoir simulation and grid analytics stall waiting on data.
How Zettar helps

Fill the link you have — edge to core.

Speed

Fills the link you have

Zettar runs at line rate, realizing ~90%+ of whatever bandwidth is available, even on a shared or constrained link. Zettar is never the bottleneck — your infrastructure is the limit, and we reach it.

Reach

Edge to core

The same co-designed mover from a compact field/edge appliance to the datacenter. Linear scale-out, no software ceiling — on a 100 Gbps link, about a petabyte a day.

Distance

Distance-insensitive

Remote field to processing center at full speed, validated over real 5,000- and 12,375-mile transfers. The miles don't slow it down.

HPC

Feeds HPC, secured

Scale-out file and object movement with no software ceiling, encrypted with TLS and unconditional end-to-end checksums. Turnkey, platform-neutral.

Proof, not promises
"Zettar moved an actual petabyte over a 5,000-mile network loop in 29 hours — encrypted and checksummed — at 96% bandwidth utilization."
— SLAC National Accelerator Laboratory & ESnet, U.S. DOE Read the record → See the paper →

That run was capped at 80 Gbps to spare the shared network — on a full 100 Gbps link, it's a petabyte a day.

~90%+
of the bandwidth you have — even on a shared, constrained link
Build your business case

Put a number on it — and make your case.

See what slow data costs →Build your pitch →
FAQ

Common questions

FAQ

How fast can Zettar move seismic data?

At line rate — it realizes ~90%+ of whatever bandwidth the path can sustain, even on a shared or constrained field link, and scales out with no software ceiling.

FAQ

Does it work over the limited links at remote field sites?

Yes — that is the point. zx fills nearly all of whatever bandwidth is available, even a shared link, so constrained sites stop wasting the capacity they have.

FAQ

Can it move data from a vessel or field site to the datacenter?

Yes — the same co-designed mover spans a compact edge appliance to the datacenter core, and is distance-insensitive over real 5,000- and 12,375-mile transfers.

FAQ

Does it feed HPC processing?

Yes — scale-out file and object movement keeps reservoir simulation and processing clusters fed, encrypted and checksummed end to end.

FAQ

Is the data secure and verified?

Every transfer is encrypted with TLS and protected by unconditional end-to-end checksums.

Get started

Get field data where it belongs — on time.

See the zx Appliance move seismic, sensor, and reservoir data at speeds ordinary tools can't reach.

Schedule a demo See how it works →