Falcon fft

Geospatial

Imagery, LiDAR and survey data from the field to processing

Ground stations, aircraft and field crews collect huge files far from processing. fft moves them at the speed the link allows, over long-haul, satellite and cellular connections, and resumes when the link drops.

$ fft send ./lidar_tiles fft:eyJ2Ijox… -r
17–18.5 Gbps300 ms round trip, 2% loss: satellite-class paths
0 open portsNeeded on either side, even behind ordinary routers
33–40 Gbps100 ms round trip, 1% packet loss, encrypted

Full speed on bad links

Holds the rate through latency and loss, and repairs losses as it goes.

Picks up where it left off

An interrupted transfer resumes; nothing delivered is resent.

Thousands of files, fast

Whole folders, many files at a time, unchanged files skipped.

No servers, no open ports

Machines connect directly, even behind ordinary routers.

Related use cases

Oil, gas & energy

Seismic and field data from vessels, rigs and remote sites over satellite.

Government & defense

Mission data over degraded links, fully offline when needed, with no cloud dependency.

Research & education

Instrument data and datasets across 10–100 Gbps research networks.

Falcon fft and Makai Systems: not in the path

No middleman. We never see your data.

Every transfer goes peer to peer, straight from one machine to the other, encrypted with keys that exist only on those two machines. There is no Falcon cloud, relay or storage in between, so neither Falcon fft nor Makai Systems ever sees your files, their names, or who you send them to.

Try it on your own network

Falcon fft is in early access. Leave your email and we'll set up a trial on your own links.