ORBITX

Secure Orbital Fabric

The Secure Foundation of the Orbital Age

OrbitX builds the non-territorial storage, pure-space routing, and cryptographic trust layer that the next generation of space data centers, AI constellations, and sovereign systems will run on.

Read the architecture

The limit

Earth is the constraint.

Terrestrial data centers are colliding with power, cooling, and jurisdiction. Cyber exposure is structural, not accidental. Data-localization statutes fracture global operations. Competing AI regimes are about to do the same to model weights and training corpora. Earth-observation satellites still wait for a ground station. Keys are still born in rooms that can be entered.

The industry is racing to put compute in orbit. That is necessary. It is not sufficient. Compute without a secure place to store, move, and trust data is an unfinished system.

While the world races to put compute in orbit, OrbitX builds the secure foundation that makes it usable: the non-territorial storage, the pure-space routing fabric, the continuous data highways, and the cryptographic root of trust that never touches Earth.

Five layers · one fabric

The OrbitX Secure Orbital Fabric

Five patented layers. One operating fabric — storage, space-only routing, sensor highways, in-orbit traffic engineering, and a cryptographic root that never leaves vacuum.

01 / Air-gapped store

Orbital Storage Layer

US 9,602,580 B2 · US 10,218,431 B2

A LEO constellation of radiation-hardened storage satellites, linked by a continuous optical mesh. Customer files never take a direct path to the ground.

Traffic enters and leaves through a high-orbit gateway — typically GEO. Storage vehicles do not record or return user files straight to a dish. Files are split and mirrored across satellites and orbital planes, then pulled back through the laser mesh. Built for petabyte-class payloads, with shielding and de-duplication sized for long dwell in LEO.

  • Ground talks to a high-orbit gateway, never to storage radios
  • Optical mesh — any node can retrieve from any other
  • Fragments mirrored across satellites and planes
  • Shielded, de-duplicated, petabyte-class store

02 / Pure-space routing

Secure Global Backbone

US 12,355,547 B2

A high-orbit loop in MEO or GEO, laser-linked around the planet. Any point on Earth, or any satellite in any orbit, reaches any other without a terrestrial long-haul hop.

This is a high-orbit door, not a low-Earth mega-constellation mesh. Ground-to-ground, ground-to-orbit, and orbit-to-orbit sessions stay in space. Ku-band for terminals. Ka-band for other satellites. Nodes can be added or retired without taking the ring down. Laser and RF both work. Ledgers and traffic analytics can ride the overlay.

  • MEO or GEO altitudes — above the LEO belt
  • No fiber hop on the space leg
  • Ground, orbit, and mixed endpoints on one loop
  • Grow the ring; mix laser and RF

03 / Overlay fabric

Cross-Strap & Decongestion

US 10,958,335 B2

A modular LEO ring that cross-straps Ku, Ka, K, and C and moves traffic GEO-to-GEO without a teleport hop.

Existing GEO fleets get more useful, not obsolete. Peak upstream rides the space ring to an off-peak station. Band conversion happens onboard the LEO relay — including a bent-pipe path that never demodulates. Add simple nodes when you need capacity. Sit on top of mixed assets instead of replacing them.

  • GEO → LEO ring → GEO on a different band
  • Onboard translation, including bent-pipe
  • Shed peak traffic without new ground stations
  • Capacity scales by adding relays

04 / Continuous dump

Earth Observation Highways

US 11,040,786 B2

Polar and high-inclination collectors no longer wait for a dish. An intermediate LEO mesh takes the dump for most of the pass.

Target window: live transfer for the majority of the orbit — typically fifty to eighty percent — instead of a few minutes over a ground station. Data rides the mesh to a high-orbit node, then only to the station you have approved, or straight into orbital storage. The collection pass stops being the bottleneck.

  • Near-continuous downlink, not pass-limited dumps
  • Product lands only at stations you name
  • Direct feed into the orbital store
  • Space path from collector to gateway — no terrestrial middle

05 / Root of trust

Pure-Space Key Generation

US 12,407,505 B1

Keys are minted onboard. The key satellite has no ground-facing transponder. Distribution is satellite-to-satellite only.

The last terrestrial attack surface in space communications is key management. OrbitX takes it off the planet. Hardware security modules and space-grade random sources live on the vehicle. Pairs, rotation, sessions, and hot-standby key nodes stay on the fabric. Ciphertext that follows never has to leave space.

  • No ground radio on the key satellite
  • Onboard minting, HSM-class protection
  • Rotation, sessions, and backup key nodes
  • Hand-off only through communications satellites

Stack

One path. Never the public internet.

Ground terminals to high-orbit gateways to LEO storage and the cross-strap mesh, fed by continuous Earth observation, sealed by a space-minted key plane, routed on a global backbone.

  1. 01

    Ground terminal

    Customer facility. Never talks to storage directly.

  2. 02

    High-orbit gateway

    The only Earth-facing door into storage. MEO or GEO.

  3. 03

    LEO storage + cross-strap

    Isolated mass storage and in-space band translation.

  4. 04

    EO continuous feed

    Observation data enters the mesh mid-pass.

  5. 05

    Key plane

    Keys generated onboard. No ground transponders.

  6. 06

    Global backbone

    High-orbit laser loop. Any point to any point.

Orbital residency

A third venue for the open stack.

Model weights, checkpoints, and corpora are becoming territorial objects. The legislature that hosts them increasingly decides who may train, who may distribute, and who may use an open model. That is not a technical necessity. It is a consequence of putting the artifacts in a building.

OrbitX offers non-territorial residency: air-gapped orbital storage, space-only routing, and a cryptographic root that never touches Earth. The complete artifact is not in a national data center. It comes down through a high-orbit gateway to a terminal you name. Continuity of access — not an absence of law.

  1. 01

    The collision

    If the weights live in a cloud region, they live in a country. Competing AI rules in the U.S., Europe, China, and elsewhere are turning hosting location into industrial policy. Operators should not have to pick a capital for an open stack.

  2. 02

    Non-territorial residency

    Customer files never face Earth. Artifacts are split across planes and come down only through a high-orbit gateway to a terminal you name. The complete object is not sitting in Ashburn, Frankfurt, Singapore, or Zhangjiakou. It sits in the fabric.

  3. 03

    Still a governed system

    Spacecraft stay on a national registry. Operators are licensed. Spectrum is coordinated. Access is logged. Delivery is only to stations you approve. This is a different venue — not a void.

Shared scientific corpora

Allied labs that cannot drop a common dataset into any one member’s cloud without dragging the rest of the collaboration into that country’s rules.

Open-weight continuity

A custodial copy of publicly released models that stays reachable if a terrestrial host is forced to delist, throttle, or geo-fence distribution.

Enterprise model stores

One orbital store for weights and eval sets serving U.S., European, and APAC operations — without standing up three separate localization copies.

Markets

Who the fabric is for

Sovereign & Defense Cloud

A classified store that never lands on an untrusted terrestrial network. Continuous EO and SIGINT dump. C2 between forces, ships, aircraft, and satellites. Keys that cannot be lifted from a dish.

Hyperscale AI / Orbital Compute

GPU constellations still need a place for weights, training sets, and outputs. OrbitX is the storage and transfer layer they run on — not another accelerator fleet.

Open-Model & Artifact Custody

Weights, checkpoints, and corpora that have to stay reachable across regions. Keep the artifacts in orbit so the stack is not forced to live in a single cloud region.

Continuous Earth Observation

Always-on downlink and long-term archive without standing up a planetary ground-station network. Product delivered only to the stations you approve.

Financial-Grade Cold Storage

Ledgers, settlement data, and core records in a physical air-gap. Cross-border movement that does not require picking a single data-center country.

Critical Infrastructure Air-Gap

A disaster-recovery vault that survives EMP, grid failure, and a strike on terrestrial data centers.

Lunar & Deep-Space Relays

Next: the same isolation, routing, and key model, extended to cislunar and interplanetary traffic.

Patents

Six granted patents. One fabric.

OrbitX brings this stack to market — we fly it with partners, or we license it. The underlying patents sit with Cloud Constellation Corporation and the inventors. Details below; the technical brief is in the white paper.

PatentYear
US 9,602,580 B22017
US 10,218,431 B22019
US 10,958,335 B22021
US 11,040,786 B22021
US 12,355,547 B22025
US 12,407,505 B12025

Manifesto

The substrate of a multi-planetary information civilization.

Compute will leave Earth because physics demands it. Trust, storage, and routing must leave with it — or the orbital age inherits every vulnerability of the terrestrial one. OrbitX exists so they do not.