We are officially backed by

AI Powered Orbital Intelligence.

Other satellites
downlink raw data,
keeping warfighters waiting.

We downlink
the answer in minutes.

01

Collect

EO and RF, on the same spacecraft. Optical imagery and radio frequency signals are collected together, so there is nothing to reconcile later.

02

Edge Compute

Classification before downlink. Onboard compute classifies the signal in orbit, cues the camera, and reads the scene in the band that resolves it. The satellite does this on its own, without waiting for the ground.

03

Consolidate

One answer, not more data. A faster path from tasking to a fused output, so operators can act while the intelligence still matters.

One pass. Multiple reports. One answer.

Pre-seed · backed

Backed by a16z Speedrun and Gutter Capital

    Demonstrated · complete

    Government Demonstration Complete: RF Classification and EO Fusion

    • Complete: Classifier trained and benchmarked on live RF captures
    • Complete: Live fusion demo at Space Systems Command, LA AFB
    • Complete: Endorsed by two Space Force System Deltas and AFRL; first contract in evaluation
    In build · in progress

    Payload build and test

    • Planned: Seed round closed
    • Planned: Bus and payload assembled and tested
    • Planned: Flight integration
    • Planned: Launch slot Q4 2027 / Q1 2028
    Downrange · 2027

    Demo satellite on orbit

    • Complete: First classification pass in orbit
    • Complete: Fusion complete on orbit, metadata extracted
    • Complete: Demoed to government end users to open the contracting pathway
    Galileo Launch
    • Co-founder & CEOPortrait of Kazi Farabi

      Kazi Farabi

      Booz Allen, Lockheed Martin, Northrop Grumman. Protected SATCOM, missile warning and sensing.

    • Co-founder & CPOPortrait of Jose Serrano

      Jose Serrano

      Previously Google, machine learning. Onboard fusion and the data product.

    • Co-founder & CTOPortrait of Tadeh Mirzakhanian

      Tadeh Mirzakhanian

      Previously SpaceX(Starship): TT&C Radios + RTK GPS for booster landing, first integrated Starlink, Raytheon: EW subsystems design

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