Agrotics/Solutions/Satellite Imagery
Powered by Sentinel-2

From Satellite Data to Land Intelligence

Satellite imagery detects change. Agrotics turns it into decisions — based on real conditions and past outcomes.

Precision Agriculture
Easy to Use
Cost Effective
Agrotics Satellite View
Agrotics satellite imagery dashboard
Field-Level Decisions

From Satellite Signals to Field-Level Decisions

Satellite imagery reveals changes across your orchard.

Agrotics turns those signals into clear actions — based on current conditions and what has worked before.

Instead of raw images and indices, you get decisions at the block level, where they actually matter.

  • Detect changes before they impact yield
  • Understand variation across blocks, not averages
  • Turn satellite signals into actionable decisions
Satellite imagery field view
NDVI Index
0.82 · Healthy
Last Scan
2 days ago · Cloud-free
10m resolution satellite image (standard)
10mStandard
0.3mHigh Resolution
Resolution

Not All Resolution Leads to Better Decisions

Different satellite resolutions show different levels of detail. But what matters is not the image — it's what you can decide from it. Agrotics processes multiple resolutions and translates them into block-level decisions — where actions actually happen.

  • See variation within blocks, not just across fields
  • Detect issues earlier, before they spread
  • Turn visual differences into actionable decisions
Change Detection

Understand What Changed — and Why

Compare conditions across days, weeks, and seasons. Agrotics shows how your orchard is evolving — what changed, where it changed, and how it impacts outcomes. Instead of raw indices, you see patterns, trends, and signals that lead to action.

  • Identify emerging issues before they spread
  • Track how conditions impact performance over time
  • Turn changes into decisions, not just observations
NDVI 1st March 2023
1st March 2023
NDVI 11th March 2025
11th March 2025

Ready to see your fields
from space?

Start monitoring your orchards with satellite imagery.