SOLUTION · SPACE TECHNOLOGIES

GarudaX OrbitX

Satellite systems, secure space comms and geo-intelligence.

End-to-end space capability — small-sat platforms, secure SATCOM, ground stations and Earth-observation analytics — for governments, defence and commercial operators.

DOWNLOAD BROCHURE
GarudaX OrbitX
🛰LEO CONSTELLATION
NOMINALAES-256
128SATS IN VIEW
AI · LINK
📡SATCOM UPLINK
LOCKEDTLS 1.3
11.2 GbpsDOWNLINK
AI · LINK
🔭EO/IR PAYLOAD
IMAGINGGCM-256
0.3 mGSD
AI · LINK
🌐SPACE DOMAIN AWARENESS
TRACKINGFIPS-140
42,180OBJECTS
AI · LINK
🏛GROUND SEGMENT
ONLINEAES-256
9TT&C STATIONS
AI · LINK
📈ORBITAL ANALYTICS
STREAMINGTLS 1.3
3.4 TBTELEMETRY / DAY
AI · LINK
OVERVIEW

The GarudaX OrbitX Advantage

End-to-end space capability — small-sat platforms, secure SATCOM, ground stations and Earth-observation analytics — for governments, defence and commercial operators.

MISSION

To deliver sovereign space capability — from satellite bus to actionable intelligence — at the speed of relevance.

PROBLEM SOLVED

Strategic decisions need persistent space data. OrbitX shrinks the loop from collection to insight from days to minutes, sovereignly and on-demand.

INDUSTRIES SERVED
DEFENCEINTELLIGENCEDISASTER MANAGEMENTAGRICULTUREENERGYMARITIMETELECOM
KEY BENEFITS
  • Sovereign LEO constellation operations
  • Quantum-safe space-to-ground comms
  • Tasking-to-imagery in under 30 minutes
  • AI analytics for geospatial intelligence
KEY CAPABILITIES

Built for Mission-Critical Operations

SMALLSAT PLATFORMS

Modular 6U–500kg buses with rapid integration.

SECURE SATCOM

X/Ka/Q-band terminals with post-quantum waveforms.

EARTH OBSERVATION

Multi-spectral, SAR and hyperspectral payloads.

GROUND SEGMENT

Distributed antenna networks and mission ops centres.

GEO-AI ANALYTICS

Change detection, object recognition and predictive intel.

SPACE DOMAIN AWARENESS

Track, characterise and assess threats on-orbit.

USE CASES

Real-World Deployment Scenarios

MILITARY

Persistent ISR over denied areas.

GOVERNMENT

National geospatial intelligence and policy.

EMERGENCY RESPONSE

Disaster mapping within minutes of an event.

CRITICAL INFRASTRUCTURE

Pipeline, port and grid monitoring from orbit.

MARITIME

Dark-vessel detection and EEZ surveillance.

ENERGY

Methane, flaring and renewable asset analytics.

SMART CITIES

Urban growth, traffic and environment monitoring.

SPACE

Constellation operations and on-orbit services.

SYSTEM ARCHITECTURE

Unified Edge-to-Cloud Architecture

Satellites, drones, sensors, edge gateways, cloud, data lake and command — fused through a sovereign AI core via encrypted low-latency energy fabric.

AI Engine Core
AI ENGINE
LEO Constellation
LEO CONSTELLATION
Orbital Cloud
ORBITAL CLOUD
Mission Ops Servers
MISSION OPS SERVERS
Imagery Lake
IMAGERY LAKE
Inter-Sat Links
INTER-SAT LINKS
Tasking Console
TASKING CONSOLE
Ground Station
GROUND STATION
Space Surveillance
SPACE SURVEILLANCE
High-Alt Platform
HIGH-ALT PLATFORM
On-Orbit Compute
ON-ORBIT COMPUTE
SOVEREIGN AI CORE ENCRYPTED DATA FABRIC EDGE & CLOUD NODES
LIVE DASHBOARD

GarudaX OrbitX Command Console

Unified situational awareness across maps, sensors, threats, KPIs and assets — built for 24×7 operations.

GarudaX OrbitX dashboard
LIVE OPS
ENCRYPTED
42
SATELLITES ONLINE
98%
COVERAGE STATUS
8.4 Gb/s
DOWNLINK RATE
LIVE
TELEMETRY ACTIVE
OPERATIONAL TELEMETRY
Orbital Analytics89%
Earth Observation Load76%
Link Availability99%
FEATURES

Enterprise-Grade Feature Set

CONSTELLATION OPS

Multi-orbit fleet management and tasking.

LIVE DOWNLINK

Real-time tipping and cueing to operators.

QUANTUM-SAFE LINKS

QKD-ready optical and RF crosslinks.

IMAGERY LAKE

Petabyte-scale archive with analysis-ready data.

ON-ORBIT COMPUTE

AI processing in space — only insights downlinked.

INTER-SAT LINKS

Optical crosslinks for low-latency global mesh.

BUS MODULARITY

Plug-in payloads with standardised interfaces.

GLOBAL GROUND

Worldwide partner antenna network.

MISSION ASSURANCE

Radiation-hardened, MIL-grade qualification.

TECHNICAL SPECIFICATIONS

Deployment & Engineering Specifications

DeploymentLEO · MEO · GEO · Lunar · Ground stations · Mobile terminals
CloudAWS GovCloud, Azure Government, MeghRaj, Private Cloud
On-PremiseMission ops centres, mobile SATCOM kits, fly-away terminals
HybridEdge-to-cloud synchronisation with offline-first operations
APICCSDS, SLE, REST, gRPC, STANAG 7085
SecurityNSA Suite B, post-quantum waveforms, TEMPEST
EncryptionAES-256, TLS 1.3, post-quantum ready, FIPS 140-3
AI EngineOn-orbit and ground geospatial AI models
LatencyTasking-to-pixel <30 min, link latency <40ms LEO
Availability99.9% link availability with multi-orbit failover
WHY GARUDAX

GarudaX vs Traditional Systems

Feature
GarudaX
Legacy Systems
Tasking Latency
Minutes
Hours to days
Sovereignty
Indigenous bus + payload
Foreign-dependent
On-Orbit AI
Yes — edge compute
Downlink everything
Crypto
Post-quantum ready
Legacy cryptography
Cost
Commercial small-sat economics
Exquisite legacy programmes
Refresh Rate
Sub-hourly revisit
Daily or less
FAQ

Frequently Asked Questions

Yes — bus, payload and ground segment are designed and integrated by GarudaX in India.

PSLV, SSLV, Falcon 9, Vega-C and rideshare arrangements.

Yes — government and defence customers can have priority and dedicated tasking on sovereign constellations.

Standard buses can fly a custom payload in 12–18 months.

Yes — sovereign ground segment with in-country data lakes and access control.

DEPLOY GARUDAX ORBITX

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