ILLUSTRATIVE SATELLITE VIEWRetrieve available imagery for a farm boundary. Organize field views by location and date.
- Wide-area field coverage
- Seasonal comparison
- Cloud-cover screening
ADWISOR.AGR PRECISION AGRICULTURE
Bring satellite imagery, drone images, and field data together. Use AI and agronomic expertise to make farming decisions with a clearer picture.
years of agronomic experience
Led by Alluri Seetaramaraju

AI AGENTS
Satellite and drone agents bring in the images. The analysis agent helps turn them into insights for field decisions.
Play the sequence or select an agent to explore its role.
ILLUSTRATIVE SATELLITE VIEWRetrieve available imagery for a farm boundary. Organize field views by location and date.
ILLUSTRATIVE DRONE TECHNOLOGYReceive images from a connected drone survey. Organize detailed views for crop scouting and field mapping.
Example crop signals / 0–100
Use machine learning to compare imagery, identify patterns, and highlight areas that need a closer look.
The satellite agent would find available scenes for your field and dates, then prepare them for comparison. This demo uses generated illustrative imagery.
This is a demonstration of the proposed workflow. Live image acquisition and AI analysis require connected imagery sources, drone survey data, and an analysis service.
PRECISION FARMING SOFTWARE
Our precision farming approach connects IoT sensors, imagery, data analytics, and machine learning. Explore the five layers that support farm decisions.
Modular, low-power field sensors monitor soil moisture, nutrient levels, and micro-climate conditions. Solar-powered deployments are selected and calibrated for your land.
See how the full ecosystem connects.
View system architectureSensor networks and aerial mapping build a clearer view of crop and soil conditions.
AI combines sensor and satellite data to support pest-risk assessment and harvest planning.
Connected valves use field readings to support precise irrigation when your crops need it.
DATA ANALYTICS
Bring imagery, sensor readings, and field observations together. See what changed and decide what to investigate next.
Compare the trend with irrigation and rainfall records before choosing an action.
MACHINE LEARNING + AGRONOMIC EXPERTISE
Models help identify changes. Agronomists help interpret what they mean for the crop.
Bring satellite images, drone surveys, soil readings, and weather information together.
Compare conditions over time and highlight signals worth investigating.
Review insights with field expertise before deciding how to respond.
01 / SMART FARMING, MADE SIMPLE
We combine field sensors, AI, and 50+ years of farming experience to help you decide what your crops need.
It starts with three simple steps.
Check moisture and nutrients. Give your crops the water and feed they need.
Watch for signs of stress or pests. Get guidance so you can act sooner.
See field updates in one place. Plan daily work and control irrigation.
For example: Soil is getting dry. A sensor flags it, helping you decide when to water.
BUILT AROUND YOUR SCALE
No farm is too small to be smart.
No enterprise is too large to optimize.
Budget-conscious precision farming that protects your margins and makes daily decisions simpler.
Discuss your farm on WhatsAppHigh-impact sensors and a straightforward mobile dashboard, selected for your crop and budget.
SMS or WhatsApp notifications designed to help you respond to changing conditions.
Long-range LoRaWAN gateways for localized field coverage and accessible onboarding.
Integrated systems for multi-site plantations, complex assets, and commercial agribusiness operations.
Discuss your enterprise on WhatsAppFleet telematics, drone mapping, and cloud management designed around your sites and assets.
Variable-rate fertigation and integration with existing field machinery and industrial valves.
Custom APIs, sustainability reporting, dedicated support, and cellular or satellite connectivity.
OUR IMPLEMENTATION APPROACH
We handle the assessment, design, deployment, and refinement—so you can focus on growing.
Assess soil structure, topography, existing assets, and connectivity to establish a realistic starting point.
Create a hardware and software plan around your crop physiology, acreage, and operational needs.
Install and calibrate equipment, then test the connection from edge sensors to cloud insights.
Tune models and dashboard alerts as your crop, micro-climate, and growing conditions change.
A LIFETIME IN THE FIELD
years of hands-on
agronomic experience
“Technology is an incredible accelerator, but it remains a tool.”ALLURI SEETARAMARAJU
THE EXPERTISE BEHIND THE INTELLIGENCE
FOUNDER & CHIEF AGRONOMIST
Our precision agriculture framework is overseen by an agronomist with more than five decades of diverse field experience. Technology recommendations begin with the realities of growing—not just the possibilities of software.
Canopy health, micro-climates, and fruit quality.
Short-cycle crop management and localized pest risks.
Resource-efficient layouts for high-value cash crops.
Oil palm, long-term nutrient balancing, and harvest planning.
EXPLORE THE VISION
Explore our precision agriculture services and the technology behind the connected farm.

LET’S START WITH YOUR LAND
Request a complimentary tech-readiness assessment. Tell us what you grow, where you farm, and what you want to improve.