PRIVATE SATELLITE CONSTELLATION FOR DEFENSE

Total Drone Dominance
From Private Orbit

Orbitera operates a fully private LEO satellite constellation delivering sovereign command and control for military and defense drone fleets. Dedicated spectrum. Zero shared infrastructure. Impenetrable by design.

48Satellites in Constellation
<120msCommand Latency
99.97%Uptime SLA
GlobalCoverage
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A Complete Private Satellite Communications System

Orbitera is the only end-to-end provider delivering a sovereign, air-gapped satellite network — from the constellation in orbit to the module on your airframe.

Private LEO Constellation

A dedicated, client-exclusive low-earth-orbit satellite constellation. No shared capacity, no third-party operators — your traffic never touches public infrastructure. Hardened against interference and interception.

  • Fully private, non-shared network
  • Inter-satellite optical mesh links
  • Dedicated military-band spectrum
  • Sovereign control over all nodes

Sovereign Mission Control

Air-gapped, on-premise deployable command and control platform for fleet management across the private constellation. Operates in classified environments. API-ready for integration into existing C4ISR stacks.

  • Air-gapped / on-prem deployment
  • Real-time multi-fleet tactical map
  • C4ISR / NATO API compatible
  • Full audit trail & chain of custody

The Orbitera Private Architecture

A three-layer sovereign system with zero dependency on civilian or commercial networks — from classified command post to drone airframe.

01

Classified Command Origination

Encrypted command packets originate from an air-gapped Orbitera Mission Control node — on-premise at your facility, never cloud-hosted. Each packet carries hardware-rooted per-device authentication.

02

Private Uplink via Dedicated Ground Stations

Commands are uplinked to the nearest private-network LEO satellite through Orbitera-owned ground stations. Inter-satellite optical mesh routes traffic exclusively within the private constellation.

03

Direct Downlink to DroneLink Module

The satellite transmits directly to the DroneLink module on the UAS over a dedicated waveform. Full telemetry returns via the same private path — sub-120ms round-trip with no shared-network hops.

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Anti-Jam & Anti-Spoof

Military-grade spread-spectrum signaling, rapid frequency hopping, and authenticated positioning make the link resistant to both electronic warfare and spoofing attacks.

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Zero-Trust End-to-End Encryption

AES-256-GCM with per-session ephemeral keys and hardware security modules. Zero plaintext ever transits the network. Meets NATO STANAG 4406 cryptographic requirements.

Fully Private — No Civil Infrastructure

No civilian ISPs, no commercial cloud, no shared satellite capacity. Orbitera's network is physically and logically isolated from all public infrastructure.

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Global Sovereign Coverage

Polar regions, open ocean, denied territories — anywhere a drone operates, the private constellation provides a dedicated, unshared control channel owned entirely by you.

DroneLink Module Family

Purpose-built for military-grade reliability — from micro ISR swarm nodes to heavy tactical UAS. Every module operates exclusively on the private Orbitera constellation.

MICRO / ISR

DroneLink S

Weight11g
Dimensions22 × 16 × 5 mm
Power Draw0.8W TX / 0.2W RX
Link Throughput9.6 kbps C2
Temp Range−30 to +70 °C
CertificationMIL-STD-810H

Designed for micro ISR drones, loitering munitions, and swarm platforms. Minimal RF signature. Survives high-G launch environments.

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HEAVY / STRATEGIC

DroneLink X

Weight95g
Dimensions68 × 45 × 18 mm
Power Draw6W TX / 1W RX
Link Throughput256 kbps C2 + ISR metadata
Temp Range−55 to +100 °C
CertificationMIL-STD-810H / TEMPEST

For large MALE/HALE platforms, strategic VTOL fixed-wing, and extreme-environment deployments. Full TEMPEST compliance. Supports dual-constellation redundancy.

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Orbitera Private Constellation

Orbitera's proprietary LEO constellation is purpose-built for drone command and control — not broadband internet. It is exclusively private: no capacity sharing, no third-party operators, no public network exposure. Every node is sovereign infrastructure owned and operated by Orbitera on behalf of contracted defense clients.

48Private Satellites
6Orbital Planes
550 kmAltitude
97.4°Inclination (SSO)
12Dedicated Ground Stations
2031Full Constellation Target

Phase 1 (24 satellites) is fully operational and serving contracted defense clients. Phase 2 launches are scheduled through 2027, adding polar coverage and increasing fleet capacity.

Built for the Most Demanding Military Operations

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Tactical ISR & Reconnaissance

Operate ISR UAVs in GPS-contested, RF-denied, and EW-saturated environments. Private satellite link is immune to local jamming and ground-based interdiction.

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Loitering Munitions & Strike UAS

Maintain continuous command authority over strike platforms at extended range. Hardened uplink ensures mission continuity even under active electronic attack.

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Drone Swarm Coordination

Orchestrate large-scale autonomous swarms from a single classified command node. Private constellation handles simultaneous C2 links for hundreds of platforms.

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Maritime & Littoral Operations

Extend naval drone coverage across open ocean and contested littoral zones. No coastal infrastructure required — full C2 from ship, submarine relay, or shore HQ.

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Expeditionary & Remote Deployment

Establish drone C2 in austere forward operating bases with zero local infrastructure. Private satellite link is available globally from day one of deployment.

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Force Protection & Perimeter Defense

Deploy persistent UAV overwatch around bases and critical assets. Satellite uplink operates independently of the base communication stack for maximum resilience.

Engage With Orbitera

Orbitera works exclusively with defense ministries, military prime contractors, and allied government agencies. All inquiries are handled under NDA. Classified program discussions available upon qualification.

Defense Inquiriesdefense@orbitera.eu
Headquartersul. Kosmosu 12, 02-001 Warsaw, Poland
R&D FacilitySatellite Engineering Campus, Wrocław Technology Park, Poland