Biomedical & life sciences

Sequencing, microscopy and imaging data, where the analysis is

Instruments produce terabytes faster than most networks deliver them. fft moves runs, imaging studies and simulation output from instrument to core to cluster, and sensitive data never passes through a third party.

$ fft send ./run_20261025_A01 fft:eyJ2Ijox… -r

33–40 Gbps100 ms round trip, 1% packet loss, encrypted

100 GiB in 11 sEnd to end, encrypted and verified

0Copies of your data held by Falcon fft or Makai Systems

Fills 10–100 Gbps pipes

Uses the bandwidth ordinary tools leave idle, with nothing to tune.

No middleman

Data goes straight between your machines. We never see it.

Verified on arrival

Every file checked end to end, with no second pass.

Always-on receiver

Runs as a service and accepts several senders at once.

Related use cases

Research & education

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

AI & big data

Datasets and checkpoints between cloud regions, clouds and on-premises clusters.

Security research

Packet captures, disk images and samples, directly between machines and into isolated labs.

Your machine

End-to-end encrypted

Their machine

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.