EOS SAT-1: Small satellite powered by EOS Data Analytics

Get superior insights and make business decisions confidently with EOS SAT-1. Designed for multiple purposes, this optical satellite has a specific focus on agriculture, forestry, natural disaster management, and urban monitoring.

EOS SAT Monitoring Land
Our Authenticity

Concept of the EOS SAT-1 satellite

Priority tasking, Standard tasking, Archive

Total area covered in 1 day: 1 150 000+ km2

Super-resolution 4-band stack, 0.75m RGBN bands

1-day revisit of target areas on tasking

Performs monitoring for agriculture, forestry, environment preservation, infrastructure management, and other spheres.

Full cycle from data acquisition to aсtionable insights delivery in 16-24 hours

How it works

Complete Cycle from Satellite Assembly to Data Processing

Together with the companies which, like EOSDA, are all part of the Noosphere ecosystem, we've established a full-cycle operational process: from manufacturing and maintenance of satellite details to transforming satellite data into actionable products.

Upstream

  • Satellite & payload manufacturing
  • Satellite launch
  • Space engineering and imager products

Satellite's Assembly and Launch

Manufacturing, assembling, and launching EOS SAT-1. Satellites follow the Earth on a sun-synchronous orbit and collect refracted light through 11 specialized bands

Independent, high-quality data

Manufacturing and integration of EO satellites through tasking or continuous monitoring

Midstream

  • Mission control center
  • Data acquisition & storage

Receiving and Processing stations

Acquisition of imagery data by 4 ground stations in different parts of the world for the finest output

Downstream

  • Data processing
  • Data fusion
  • Algorithms & Analytics
  • Product & services

Quality business insights from our solutions and software

Raw satellite imagery is processed by our proprietary algorithms and transformed into already existing and fully-functional products & services to benefit end-users

Discover how EOS SAT-1 can be used to make more informed, data-driven decisions

Environment, Disaster Management, and Damage Assessment

  • Improved flood forecasting: Leverage advanced imaging to predict and mitigate the impacts of floods
  • Visualization of changing conditions: Track alterations in land, water, and ecosystems with high-resolution imagery
  • Monitoring of coastal risks: Stay ahead of evolving risks to coastlines through continuous observation
example of the satellite disaster management image from EOS SAT-1

Urban and Infrastructure Monitoring

  • City expansion detection: Identify and monitor the growth of urban areas and the emergence of new zones
  • Construction monitoring: Keep a close watch on the development of large facilities, ensuring timely progress
  • Infrastructure development: Track the construction of railways, highways, bridges, and crossings with precision
  • Project progress assessment: Evaluate the speed and quality of construction or rebuilding efforts
  • Strategic object surveillance: Monitor critical infrastructure for potential threats and destruction
example of the satellite infrastructure monitoring image from EOS SAT-1

Agriculture and Carbon Management

  • Vegetation indices analysis: Utilize indices like NDVI, NDRE, MSAVI, GNDVI, EVI, SIPI, ARVI, and more for comprehensive crop health assessment
  • Crop damage evaluation: Assess the extent of crop damage using visual indicators
  • Field harvest monitoring: Observe and analyze harvesting activities through satellite imagery
  • Agricultural zone changes: Monitor and document changes in agricultural areas over time
  • Soil carbon quantification: Measure the amount of carbon in soil using the SOC model
  • Carbon sequestration potential: Predict soil’s carbon sequestration capabilities with the RothC model
example of the satellite agriculture monitoring image from EOS SAT-1

Forestry Management

  • Forest cover monitoring: Track changes in forest cover, including deforestation, reforestation, and other logging activities
  • Forest road planning: Discover and plan forest roads with the help of satellite data
  • Fire damage assessment: Detect and assess damage from forest fires, and monitor ongoing fires using satellite technology.
example of the satellite forestry management image from EOS SAT-1
OUR SATELLITE

EOS SAT-1 Technical Characteristics

Reference Orbit
SSO
Orbit Average Power
140 W
Design Lifetime
5-7 years
Mass
178 kg
Bus Voltage
24.5 V - 33.6 V
GSD (Ground Sample Distance), Resolution
Panchromatic 1.4 m
Multispectral 2.8 m
Swath Width
> 22 km for the 500km altitude
Spectral Bands
11 Bands:
  • RGB
  • 2 NIR Channels
  • 3 RedEdge
  • WaterVapor
  • Aerosol
  • Pan
Delivery options
Maximum possible delivery configuration is 9-bands
  • RGBN
  • PS4
  • SR4
  • Bundle PAN + MS
Tasking Type
Priority tasking, Standard tasking, Archive
Satellite Monitoring the land

Explore EOS SAT-1

EOSDA Sent Its First Satellite On Jan 3 2023 To Orbit

Watch satellite launch livestream by space.com

Satellite
Build your own EOS SAT-1 satellite
For Investors

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EOS SAT Monitoring Farmland
Our Product

Satellite-as-a-service

Step 1

Imagery with custom band configurations

Infrastructure changes mapping, monitoring, and detection, Deforestation monitoring, Resource mapping, Land reclamation monitoring

Step 2

Analytics and visualization

Data-driven sustainability reporting, Land use and land cover mapping, Crop classification & yield prediction, Carbon stock estimation, Risk and damage assessment

Step 3

Products based on satellite analytics

Imagery integration in EOSDA Crop Monitoring to power precision agriculture, Imagery integration into the carbon stock estimation and management platform