Orbital Intelligence
Platform
Aevum Zenth Earth Observation delivers persistent, high-fidelity planetary monitoring through an integrated constellation of optical, SAR, and hyperspectral satellites. Our edge-processing architecture transforms raw telemetry into actionable intelligence for governments, enterprises, and research institutions.
Core Capabilities
End-to-end data acquisition, processing, and analytics infrastructure designed for mission-critical operations.
Multispectral Imaging
Sub-meter optical resolution across 16 spectral bands, enabling precise land classification, crop health monitoring, and urban change detection.
Synthetic Aperture Radar
Cloud-penetrating SAR payloads delivering all-weather, day/night topographic mapping, deformation analysis, and maritime surveillance.
AI-Driven Analytics
Onboard neural processing and ground-based ML pipelines for automated feature extraction, anomaly detection, and predictive modeling.
Real-Time Data Pipeline
Global ground station network with LEO-to-ground latency under 90 seconds, ensuring immediate dissemination of critical imagery.
Data Acquisition to Insight Pipeline
Orbital Capture
120+ microsatellites in Sun-synchronous & polar orbits
Revisit: <2hEdge Processing
Onboard FPGA/GPU compression & initial feature tagging
Latency: <15sGround Uplink
Optical laser terminals & S-band relay to regional hubs
RedundantAnalytics Engine
Vectorization, change detection, and API distribution
99.99% UptimeIndustry Applications
Deploying Earth observation intelligence across critical sectors worldwide.
Precision Agriculture
NDVI tracking, soil moisture mapping, and yield prediction models integrated with Aevum Agritech operations.
Climate & Environment
Carbon sink mapping, deforestation alerts, glacier monitoring, and atmospheric composition analysis for ESG compliance.
Urban & Infrastructure
Construction progress monitoring, thermal leak detection, flood risk modeling, and smart city planning support.
Defense & Security
Secure data feeds for allied governments, vessel tracking, border monitoring, and rapid disaster damage assessment.
Technical Specifications
Constellation performance metrics and system architecture details.
| Parameter | Specification | Notes |
|---|---|---|
| Constellation Size | 128 Active Satellites | Microsat class (120-150kg each) |
| Orbital Altitude | 520 - 580 km | Sun-synchronous & polar tracks |
| Spatial Resolution | 0.3m (PAN) / 1.2m (MS) | Commercial & government tiers |
| Spectral Bands | 16 Optical / 4 SAR | Visible, NIR, SWIR, X-Band |
| Revisit Time | < 2 Hours | Global equatorial coverage |
| Data Downlink | Optical Laser + Ka-Band | Redundant ground terminal network |
| Processing Latency | 90s Capture-to-API | Edge-compressed & routed |
Request Data Access or Partnership
Secure imagery subscriptions, API integration, or custom mission planning for enterprise and government clients.