System Status: Nominal | LEO Mesh Active

The Sovereign
Data Layer

Transforming LEO satellite constellations into a tamper-proof, quantum-resistant sanctuary for the world's most sensitive assets.

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Throughput
100Gbps+
OISL Laser Mesh
Encryption
ML-KEM
NIST 2026 Standard
Latency
< 20ms
LEO Edge Processing
Uptime
99.9999%
Constellation Redundancy

01 // Technical Architecture

The Hardened Core

Our system runs on an seL4 Microkernel, providing a formally verified Trusted Execution Environment (TEE). Strict partitioning ensures that even if primary telemetry is compromised, the Vault remains isolated.

seL4 Microkernel

Mathematical proof of isolation and security.

ARM & RISC-V Support

Optimized for PolarFire Icicle and space-grade silicon.

WASM Enclaves

Ephemeral edge compute without persistent storage.

Secure Partitioning Active

02 // Security Layer

Physics as the Firewall

Quantum-At-Rest

All stored blocks encrypted with AES-256-GCM + ML-KEM (Kyber) for 50+ year security.

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Doppler Auth

Relativistic Proof-of-Position (R-PoP) rejects requests with frequency offset mismatches.

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Optical Mesh

1.55-micron laser terminals for 100Gbps+ links with Low Probability of Intercept.

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Data Shredding

Remote 'zeroization' of hardware keys via OISL command for total data destruction.

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Off-Planet Sovereignty

The "Why Now?"

Terrestrial data centers are stationary targets for kinetic strikes and legal seizures. The Orbital Vault creates a "non-aligned" data territory outside any single nation's jurisdiction.

  • GDPR-S (Space) Compliance Ready
  • Hardware Agnostic SDS Model
  • SDA Standard Interoperability
Strategic Target Sectors
Central Banks
CBDC Reserves
Verified
Private Wealth
Sovereign Assets
Active
Cloud Providers
Sovereign Cloud
Beta
Standard Node License
$0.42/vCPU/Hr
Full Pricing

Secure Your Future
Off-Planet

Join the elite group of sovereign entities securing their data in the ultimate high-ground.

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