Hyperlocal Weather and Soil Intelligence for Agriculture
Measure the conditions your crop actually experiences, not conditions recorded 40 km away. Real time rainfall, soil moisture, wind, and temperature to support irrigation, crop protection, and climate risk decisions.
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Growing Conditions Change Field by Field, Season by Season
Rainfall, wind, heat, and soil moisture can vary sharply within a few kilometres. Without field level measurement, decisions rest on conditions that were never recorded where the crop is growing.
Crop area affected by extreme weather in India in a single year.
Much of that exposure is avoidable. Teams need earlier awareness of rainfall, heat, wind, and soil conditions to time irrigation, protect crops, and reduce preventable loss.
Hyperlocal variability
Rainfall, wind, and temperature can differ sharply between neighbouring blocks.
Timing critical decisions
Irrigation, spraying, harvest, and drainage all depend on acting at the right moment.
Rising climate volatility
Unseasonal rain, heat, and dry spells are now recurring rather than exceptional.
What Happens When Field Conditions Are Not Measured
When conditions are not measured where the crop is growing, decisions fall back on regional averages and habit. Water is applied at the wrong time, inputs are wasted, and preventable losses often become visible only after the season.
Water and Energy Wasted
Irrigation scheduled by calendar rather than by soil condition applies water the crop does not need, raising pumping cost and increasing waterlogging and leaching.
Inputs Lost to Poor Timing
Sprays applied into rising wind, high heat, or ahead of unexpected rain drift, evaporate, or wash off, and then have to be repeated at full cost.
Avoidable Loss During Extreme Events
Harvested produce, standing crop, structures, and equipment stay exposed because the warning was regional and arrived too late to act on locally.
No Record That Stands Up
Without continuous local data, claims, audits, and planning decisions rest on conditions reconstructed after the event rather than measured as it happened.
What Agricultural Operations Actually Need
Managing weather and water risk in agriculture requires more than a forecast. It requires measurement at the field itself, a clear reading of what those conditions mean for the crop, and the ability to act while there is still time to act.
Measure Conditions at the Field
Track rainfall, temperature, humidity, wind speed and direction, solar radiation, soil moisture, and soil temperature where the crop is actually growing.
Understand Water and Crop Stress
Read root zone moisture alongside rainfall received and the heat, humidity, wind, and solar conditions that drive how fast the crop loses water.
Act While It Still Matters
Set thresholds for wind, rainfall, heat, and soil moisture so the right person is alerted before an irrigation, spray, or harvest window closes.
Keep a Record That Holds Up
Maintain continuous, timestamped, exportable environmental data across seasons, blocks, and sites for claims, audits, planning, and research.
Aurassure AWS for Field Level Agricultural Intelligence
Aurassure AWS measures weather and soil conditions directly at the field and sends them to a connected platform, so teams can see what is happening across their blocks, compare conditions, and act while the decision still matters.
Built for real field conditions
Outdoor deployment with AC, DC, or solar power and battery backup, multiple connectivity options, and onboard storage so a network gap does not become a data gap.
Weather and soil in one station
Soil moisture and soil temperature measured alongside rainfall, wind, temperature, humidity, and solar radiation. Standard on AWS Pro and AWS Expert.
Turns measurement into timing
Configurable thresholds and alerts for wind, rainfall, heat, and soil conditions, so irrigation, spraying, and harvest decisions are made on current readings.
Choose the Right Station for Your Operation
A single farm, a plantation group, and a state wide observation network do not need the same station. Compare the differences that matter most for agriculture, then explore the full technical specifications.
AWS Lite
Core hyperlocal weather visibility for farms and supplementary sites where continuous local conditions are the main requirement.
AWS Pro
Expanded monitoring with ultrasonic wind, professional rainfall, solar irradiance, and soil measurement included as standard.
AWS Expert
The strongest standards oriented configuration in the range, with higher accuracy wind and professional irradiance measurement.
Unified Visibility Across Every Field, Block and Site
The Aurassure platform brings live weather, rainfall, soil, and water data into one connected view, helping teams compare conditions across blocks, spot developing risk, and keep a continuous record across every season.
Live Monitoring
Track rainfall, wind, temperature, humidity, solar radiation, and soil conditions in real time through one connected interface.
Multi Block and Multi Site View
Compare conditions across blocks, farms, estates, or districts from a single dashboard instead of checking each location separately.
Role Based Access
Give farm managers, agronomists, water teams, and management the level of visibility each function actually needs.
Records and Reporting
Maintain historical trends and exportable records across seasons, and integrate the data into existing systems where required.
Mobile Access
Check live field conditions, trends, and station status from anywhere, including from the field itself.
Threshold Alerts
Set limits for wind, rainfall, heat, and soil moisture so the right people are notified by SMS and email before a window closes.
Multi Site Visibility
View every connected station through one platform to compare conditions, prioritise action, and maintain oversight across locations.
Turn Field Conditions Into Operational Decisions
Measurement earns its value when it changes what gets done, and when. Continuous field data helps teams read conditions sooner, act inside the window that matters, and build a record they can rely on next season.
Measure Continuously
Track rainfall, wind, temperature, humidity, solar radiation, and soil conditions at the field, minute by minute.
Read the Condition
See how soil moisture is trending, how much rain actually fell, and when wind or heat crosses the limits you have set.
Trigger the Decision
Route alerts to irrigation, spray, harvest, and drainage teams so action happens while the window is still open.
Keep the Record
Build season over season baselines that support planning, claims, audits, and long term crop risk decisions.
Measurement You Can Defend
In agriculture, weather data does more than sit on a dashboard. It supports irrigation decisions, insurance claims, scheme reporting, and research. That means accuracy, siting, calibration, and maintenance matter just as much as the sensor specification.
Professional grade precipitation measurement with a 200 mm collection orifice and 0.2 mm resolution, across a range of 0 to 240 mm/h. Rainfall is the parameter most often used to account for irrigation, assess dry spells, and settle weather index claims, so it is measured to a specification that supports those decisions.
Assessed parameter by parameter
Aurassure publishes a component level comparison of each AWS configuration against WINDS, CEA, IMD, and WMO criteria, parameter by parameter, rather than a single blanket claim. AWS Expert is the strongest standards oriented configuration in the range.
Positioned to represent the field
Sensor height, orientation, shielding, and distance from buildings, trees, heat sources, and reflective surfaces are planned during site assessment, so the readings represent the conditions the crop is actually experiencing.
Quality maintained across seasons
Measurement quality is not set once at installation. Calibration and verification schedules are defined around the selected parameters, the operating environment, and the requirements of the project, then maintained through the life of the deployment.
Hyperlocal Data for Crop Risk and Weather Index Insurance
Weather index insurance only works when the reference station is close enough to the insured field. As that distance grows, the index and the actual loss drift apart. Denser, well sited, well maintained stations are the most direct way to close that gap.
Built for How Agricultural Weather Data Is Used in India
Agricultural weather data no longer just informs advisories. It supports scheme reporting, insurance settlement, and departmental planning, which raises the bar on measurement, record keeping, and network reliability.
What strong agricultural weather infrastructure looks like
Continuous measurement of weather, rainfall, and soil at block and field level
Station configurations selected against the standards the project actually requires
Structured, exportable records suitable for reporting and claim validation
Centralised visibility across large, distributed station networks
Defined installation, calibration, and maintenance practice over the deployment life
India is expanding hyperlocal observation for agriculture, with programmes such as WINDS working toward automatic weather stations at block level and rain gauges at gram panchayat level. At the same time, schemes including PMFBY and the weather based crop insurance framework settle against parameters measured at those stations. Aurassure builds the kind of distributed, standards aware, long running networks that this shift depends on.
Planning an Agricultural Weather Network?
Share your parameters, coverage area, accuracy requirements, and reporting needs, and our team can recommend the right configuration.
Common Questions About Agricultural Weather Monitoring
These are the questions farms, plantations, agribusinesses, institutions, and programme teams most often ask when evaluating weather and soil monitoring for agriculture.
Our team can walk through your parameters, coverage area, and reporting requirements directly.
Talk to Our TeamWhy is field level weather monitoring better than a regional forecast?
What should an agricultural weather station measure?
Can Aurassure AWS monitor soil moisture and soil temperature?
Which AWS model is right for a farm or plantation?
How does this support irrigation decisions?
Can it help decide when to spray?
How is the station powered and connected in remote locations?
Can the data be used for weather index or parametric crop insurance?
Does Aurassure AWS meet IMD, WMO, or WINDS requirements?
How often is calibration and maintenance required?
Can the data integrate with our existing farm, GIS, or programme systems?
Ready to See What the Weather Is Doing on Your Fields?
See how Aurassure can bring hyperlocal weather, rainfall, and soil intelligence to your farms, estates, or programme areas through one connected platform.
