Last updated by Rachel N on 12/08/2025

Solvi vs Agremo: Which Drone Analytics Platform Fits Your Farm?

Exciting Rental Fleet Updates as at April 2025 


  1. DFH is now offering a simple credit card hold option for the value of the items you rent as the security deposit (EFT upfront no longer required).
  2. Your rental becomes free of charge if you decide to purchase the same item brand new within 14 days of the rental period.
  3. Rental fleet significantly enlarged as at March 2025, adding several units including Matrice 4 E, Matrice 4 T, H30T, M350 RTK, RTK3, flood lighting systems, tethered power solutions, M3M etc.
  4. We maintain a large and well managed Aus wide fleet of drones for dry hire. One of the models you are looking for may not be far from your location – call 13000 029 829 and ask for Rachel to get a quick heads up on the nearest location and best hire price for the item you need.  


Contact Rachel our hire fleet manager:

[email protected]

1300 029 829

0490233192



In the last article, we discussed Drone Analytics in the Agriculture field. Check it out!


This article provides a technical yet farmer-friendly comparison of Solvi and Agremo, helping you understand which tool might fit your needs and encouraging you to try these modern solutions for crop analysis and yield predictions.


Introduction
Drone analytics can turn aerial imagery into actionable farm insights. Solvi and Agremo are two leading platforms, both work with DJI drones but serve slightly different needs.

They can produce field maps (like NDVI plant health maps, weed hotspot maps, plant counts, and more) to help improve yields and efficiency. However, they differ in their approach and strengths. 


Key Differences at a Glance

Feature

Solvi (DIY Analytics)

Agremo (Report-Based Service)

Main Focus

Research trials, crop counting

Broad-acre precision farming, yield prediction, spray maps

Speed

Same-day results (30–60 min processing)

1–2 days for polished reports

Best For

Agronomists, researchers, tech-savvy farmers

Large-scale growers, DJI spray drone operators


Solvi – Fast, Flexible, Research-Friendly

Workflow: Upload images → process → interact with results.

Solvi offers a Real-time analytics tool. It involves plant counts (via PlantAI™), custom AI training for unique crops, and plot-level trial analysis.

Users upload drone images to Solvi’s cloud, which then quickly stitches the photos into an orthomosaic map and runs analyses. Processing is fast – imagery is typically converted into accurate maps within 30–60 minutes of upload solvi.ag . Solvi emphasizes giving agronomists direct control: with its PlantAI feature, you can perform your own plant counts or detect weeds in the same day (often an hour or two after flying, depending on field size). The platform originated in research and field trial applications, so it offers fine-grained analysis (e.g. per-plot metrics for trials) and even allows training custom AI models for unique crops solvi.ag . 

In short, Solvi’s workflow is interactive and on-demand – you collect imagery and get results back immediately, which is valuable for timely scouting and decision-making.


Agremo – Farmer-Focused

Workflow: Upload images → request analysis → receive ready-to-use reports.

Agremo is more like an all-in-one farming service. It can handle everything from image stitching to analysis to reporting. Agremo offers multiple product modules, for instance, 

  1. Crop Monitoring (for farmers and crop advisors), and 

  2. Field Trials (for researchers)

Agremo’s focus is broad-scale farm management – it covers standard use-cases like stand counts, yield estimates, weed zone maps, plant stress detection, and even direct “prescription” maps for variable-rate applications.

They all operate through a unified web app. A key difference is that many of Agremo’s advanced analytics are delivered as reports on a request basis. After uploading your mapped images and selecting an analysis, you often wait up to 1–2 days to receive the results. This slower turnaround reflects that Agremo’s team or algorithms are processing the data with quality checks, and then providing a polished PDF report, shapefiles, and other outputs. The advantage is that the results are thorough and ready to use, with minimal effort from the user. 


In summary, Agremo’s workflow feels more “send and receive”, you request an analysis and get a professional report a bit later, making it convenient for busy growers who want actionable insights without tinkering with software.


Which Should You Choose?

  • Choose Agremo if you operate DJI Agras drones, need compliance-ready spray maps, and prefer quick, ready-to-use reports.

  • Choose Solvi if you run research trials, work with specialty crops, or need same-day, customizable analytics.


Note: DFH is exploring offering Agremo as a reseller to make it more accessible locally, more information and pricing will be available closer to the date. Keep an eye out for our updates.






Drones For Hire videos
35-min video: T50 Full Spraying Demo
2-min video: Customer scouting stock yards, feral pigs and even mustering.
T30 demo, T40 demo, and T50 demo
8-min video: summary of the T50s flight modes available on controller screen
2-min video: see the high flow rate and penetration a DJI T50 can deliver
Video the T50 holding its droplets in a controlled vortex bubble over a rice plantation
Go to all our YouTube videos (demos, how-to videos, Shorts)
Spray drone related links
Get fast local quotes for contractor spraying or mapping work here
View dry-hire drone rental fleet and prices
DFH Batch Master chemical mixing stations
DFH aluminium enclosures for spray drones (2-min video)
Industry related links
CASA article: Drones taking agriculture sky high
AAUS: the leading association for uncrewed systems (drones, ROVs, robots) in Aus.
DJI Agriculture main site
Blackberry control action groups: Weeds Australia, VIC , NSW
Cotton Australia main site
Chemical application licence authorities
NSW EPA (https://www.epa.nsw.gov.au/)
VIC EPA (https://www.epa.vic.gov.au)
QLD DESI (https://www.detsi.qld.gov.au)
SA EPA (https://www.epa.sa.gov.au/)
WA EPA (https://www.epa.wa.gov.au/)
NT EPA (https://ntepa.nt.gov.au/)
TAS EPA (https://epa.tas.gov.au/)



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This article may not be reproduced, distributed, or transmitted in any form or by any means without prior written permission from the author or publisher, except in the case of brief quotations used for review or scholarly purposes.

Disclaimer: The information provided in this article is for general informational purposes only and does not constitute professional or legal advice. While efforts have been made to ensure the accuracy and relevance of the content, readers should consult with qualified experts or local authorities before making decisions related to agricultural drone use, regulations, or investments.



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