Agriculture Intelligence
Optimize crop performance, forecast yields and promote sustainable farming.
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ARASAT · Earth Intelligence Platform
See everything.
Understand everything.
Act with confidence.
ARASAT turns multi-source satellite data, AI models and cloud infrastructure into intelligence that is accurate, timely and actionable.
Earth Intelligence Platform
Earth. Observed.
Intelligent. Actionable.
ARASAT is an Earth intelligence platform that turns satellite data and climate information into answers you can use.
We monitor water, agriculture, land, forests, coasts and oceans, detect change, quantify what matters, and forecast what comes next. All in the cloud. All at scale.
Global coverage
Satellite observations anywhere on Earth.
Multi-sensor data
SAR, optical, thermal and hyperspectral sensors.
AI and cloud native
Scalable processing and intelligent models.
Secure by design
Encryption, access control and data privacy.
Products
Eight product families, one platform
Satellite, AI and cloud products organised by the question they answer, from field-level agriculture to marine pollution, mineral exploration and weather. Every product runs on the same data foundation and account.
Agriculture
Field-level agricultural intelligence
- Crop type classification
- Field boundary extraction
- Rainfed / irrigated classification
- Cultivated-area mapping
- + 3 more
Land and change
What is on the ground and what changed
- Land use and land cover
- Multi-temporal change detection
- Forest and rangeland vitality
- Fire detection and burned area
- + 2 more
Marine
Pollution on the water, tracked as it moves
- Oil spill detection
- Drift and evolution tracking
- Marine pollution monitoring
- Coastal impact assessment
- + 1 more
Mining and geology
Exploration targets before the ground campaign
- Hyperspectral mineral mapping
- Exploration target ranking
- Mine subsidence and stability
- Environmental compliance
Water
Where the water is, how much, and where it is going
- Surface water and wetland monitoring
- Water quality indicators
- Evaporation and water budget
- Soil moisture
Vision
Detail beyond the sensor
- Satellite super-resolution
- Sub-metre change detection
- Hyperspectral analysis
Weather and climate
The state of the atmosphere, days ahead
- AI precipitation and temperature forecasting
- Water-area forecast
- Drought, flood and fire-weather outlooks
Urban and spatial decision support
Decisions on your own data
- Urban mobility digital twin
- WebGIS and spatial decision support
How it works
From data to decision
ARASAT integrates space, AI and the cloud to turn observations into intelligence, so you can act faster and with confidence.
- 01
Satellite acquisition
Multi-sensor satellite data is collected continuously, combining radar, optical, thermal and hyperspectral observations with climate information.
- Optical
- Radar (SAR)
- Thermal
- Hyperspectral
- Climate data
- 02
AI processing
Machine learning, deep learning and computer vision models interpret imagery at scale and track change through time-series analysis.
- Machine learning
- Deep learning
- Computer vision
- Time-series analysis
- 03
Cloud platform
Cloud-native infrastructure stores and processes the data, runs AI services on demand and delivers results through digital platforms and APIs.
- Scalable computing
- Data pipelines
- AI services
- APIs and platforms
- 04
Decision intelligence
Insights, reports and alerts reach the people who need them through dashboards, WebGIS and integrations with existing systems.
- Insights
- Reports
- Alerts
- Decision support
Solutions
Solutions that matter
Domain-specific solutions built on satellite intelligence, tailored to your challenges and designed for impact.
Land Intelligence
Detect deforestation, monitor land use and support conservation efforts.
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Marine Intelligence
Monitor coastlines, ocean conditions and support a blue economy.
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Vision Intelligence
Turn satellite imagery into detection, change analysis and alerts.
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WebGIS Intelligence
Explore, analyze and act on all your geospatial data in one platform.
Learn moreCore technologies
Advanced technology. Real-world results.
ARASAT combines satellite systems, intelligent algorithms and scalable infrastructure into one platform.
Remote sensing
Satellite observations are used to understand Earth conditions and detect changes over time.
- Image processing
- Change detection
- Classification
- Monitoring
Artificial intelligence
Deep learning and computer vision models turn imagery into predictions and automated interpretation.
- Deep learning models
- Predictive analytics
- Computer vision
- Automated interpretation
Geospatial intelligence
Spatial analysis and geographic databases connect observations to places, assets and decisions.
- Spatial analysis
- Geographic databases
- WebGIS
- Interactive maps
Cloud platforms
Cloud-native infrastructure provides large-scale processing, data pipelines and scalable deployment.
- Large-scale processing
- Data pipelines
- Scalable deployment
Data sources
Comprehensive data. Unmatched insight.
Public missions, commercial constellations, UAV surveys and ground networks are combined in one processing pipeline, so every question is answered with the best available sensor.
SAR (radar)
All-weather, day-and-night imaging for surface monitoring, change detection and risk assessment.
Optical imagery
Multispectral data for visual analysis, mapping and land monitoring.
Thermal data
Temperature and heat information for environmental monitoring, agriculture and urban analysis.
Meteorological data
Weather models, precipitation, wind and climate datasets for forecasting and early warning.
Hyperspectral data
Narrow-band spectral measurements for material identification, vegetation stress and water quality.
In-situ and third-party data
Ground measurements, IoT sensors and partner data for validation and improved accuracy.
Selected missions and constellations
public and commercial| Mission | Sensor | Operator | Detail |
|---|---|---|---|
| Sentinel-1 | C-band SAR | ESA | 5 × 20 m interferometric wide swath, 6–12 day revisit |
| Sentinel-2 | MSI, 13 bands | ESA | 10–60 m, 5-day revisit |
| Landsat 8 / 9 | OLI / TIRS | NASA / USGS | 30 m multispectral, 15 m panchromatic, 100 m thermal, 8-day combined revisit |
| NISAR | L- and S-band SAR | NASA / ISRO | 240 km swath, 12-day repeat, launched 2025 |
| EnMAP | Imaging spectrometer | DLR | ~230 bands (420–2450 nm), 30 m, 30 km swath |
| EMIT | Imaging spectrometer | NASA (ISS) | 285 bands (380–2500 nm), 60 m; mineral dust and methane |
| SMAP | L-band radiometer | NASA | Soil moisture at 36 km (9 km enhanced), 2–3 day revisit |
| PlanetScope / SkySat | Multispectral | Planet (commercial) | 3 m daily coverage; 50 cm tasked imagery |
Our mission
Monitor. Understand. Protect.
ARASAT provides organizations and governments with reliable Earth intelligence to address critical challenges, safeguard resources and support a sustainable future.
Water security
Monitor water bodies, quality and dynamics.
Sustainable agriculture
Optimize yields and resources through data-driven insights.
Environmental protection
Detect change and support biodiversity and conservation.
Risk and disaster management
Anticipate hazards and support faster response with accurate information.
The team
The minds behind ARASAT
An interdisciplinary team combining Earth science and advanced technology: remote sensing, AI, geospatial engineering and product leadership.
Dr. Mohammad Javad Valadan Zoej
Professor of Photogrammetry and Remote Sensing
Eng. Mohammad Hossein Moazezian
Technology Leader · AI Product Strategist · Doctoral Researcher
Dr. Mohammad Hadi Ketabchi
Senior Executive · Business Development & Global Trade
Mohammad Mahdi Valadan Zoej
Full-Stack and Geospatial Developer
Alireza Dizaji
Software Product & Engineering Lead
Ali Zahedi
Software Engineer
Dr. Mehdi Mokhtarzadeh
Ahmad Alizadeh
From space. For Earth.
Start with ARASAT
Tell us what you need to monitor, understand or protect. Our team works with you from the first conversation to a running program.