HEA BLO AGR Pix4Dfields 1.7 Release

Pix4Dfields 1.7: best practices for digital agriculture

It’s almost springtime and with spring, - it’s time for new growth. Integrate John Deere into your agriculture workflow.


Connect to the John Deere Operations Center

In Pix4Dfields 1.7 we are introducing Pix4Dfields connect, space where the outputs of Pix4Dfields are linked to a wider range of online platforms. The first connection we are making available is to John Deere. Jump to section.

“A basis for an action plan”: the case for digital agriculture

Between planting and harvesting, crops go through many different stages. Pix4Dfields bridges that gap. What does it mean to “bridge the gap” in agriculture from the drone mapping perspective?

If you only record planting and harvest data, there is a long period of time in between these stages that still need monitoring to make sure your crops are performing. With Pix4Dfields and a drone, you are fully equipped to monitor and scout fast, in the field - whenever you want and without an internet connection.

“When I don’t fly the drone to check what’s happening on my farm I get nervous. It gives me peace of mind when I see consistently growing crops. On the other hand, if I see discrepancies from what the map should be showing it’s my basis for an action plan. The map tells me where to go on my farm to check for water, nutrients and so on,” says Pix4D’s business developer and farmer Nathan Stein.

Bridging this gap is where the use of drone mapping can truly become a useful tool. With access to fast and accurate data, users can identify issues in time, resulting in improved harvesting, increased crop yields and larger net returns per acre.

So what are the suggested practices to achieve all that?

We’re glad you asked.

A new workflow for digital agriculture

We propose an easy 5 step workflow, achievable with the latest Pix4Dfields 1.7 release:

Intergrated digital argiculture workflow

A five-step workflow for digital agriculture

  1. Fly the drone and collect the data
  2. Process data in-field
  3. Validate the data
  4. Implement the results
  5. Share and export

Fly the drone and collect the data

The best (flying) camera is the one you have with you.

Whether you fly a fixed-wing drone (like those from senseFly, Delair and Wingtra) or a rotary UAV (such as those from Parrot or DJI), mounted with an RGB and/or a multispectral camera, the most important thing is to collect the data. Drones enable you to get maps of your fields and crops at any critical stage regardless of satellite availability and cloud cover. Pix4Dfields software is platform agnostic and supports standard RGB and selected multispectral sensors like Parrot Sequoia cameras, MicaSense RedEdge and Altum cameras or DJI P4 multispectral.

Farmer flying a drone in a field
It’s all about that data whenever you need it

Process data in-field

Once you have the images, you can process them in a matter of minutes on a standard laptop for faster decision making and action, without leaving the field.

Digital-agriculture-in-the-field
Can you process offline in your truck? Yes you can!


Work anywhere and in more languages

Pix4Dfields 1.7 is now available in German, Spanish and Japanese as well as English.

Das ist großartig! ¡Eso es genial! それは素晴らしいことです!

To work in your own language, update to Pix4Dfields 1.7 for free, and change the language in the Settings menu.

The data is processed - what now? Pix4Dfields comes with a set of features, specifically designed to help your agriculture workflow. With a predefined list of indices and the index calculator, visualizing the crops to check for potential infections, weeds or pests, becomes a more straightforward task. Based on the analytical outputs Pix4Dfields provides, users can take action instantly and go to the identified locations on the farm for further inspection and validation.

Validate the data

Scouting or inspecting the fields can usually be done digitally or by walking them. Digital scouting gives an overview from the air, of the situation on the ground. With the help of index maps and annotations, quick decisions can be made on the spot.


Digital-agriculture-mapping
Digital scouting of the farm with added annotations for quick decision making

Having the ability to fly over your farm frequently at your own schedule is a huge benefit when time is of the essence. Depending on the size of your farm or accessibility of your crops (if you have crops on steep slopes or crops challenging to walk between) drones can be the only way to scout and prevent.


Farming-walking-through-a-field-of-corn
Walking tall corn fields: checking the crop performance can be first done from the air

Walking the fields can be done on its own or after a digital scouting flight, focusing on specific areas that were flagged as critical. Additional inspection validates and gives context to the problem. Making sure to prevent issues like pests, diseases, and weeds is critical for the overall crop performance. They don’t say for nothing: “One year’s seed is three years of weed” so prevention and catching on time is key.


Checking-soybean-plants-for-disease
Checking for diseases in the soybean field

Implement the results

Creating zonation and prescription maps make it easy for farm operations to address the issues they see. These maps are easy to digest for most terminals and farm management platforms. If these maps also help preserve the environment - even better.

The idea is to categorize your farm and fields into areas of different input, yield potentials, etc., based on the maps and values provided by the software and drone data.

Digital-agriculture-seeding-map
Creating a prescription map in Pix4Dfields

The reality is the entire farm doesn’t perform equally and the inputs like fertilizer, nutrients, and water should be adapted accordingly. Reducing inputs to focus only on specific areas means less cost and less input overload to the soil and crops.

Share and export

In Pix4Dfields 1.7 we are introducing Pix4Dfields connect, space where the outputs of Pix4Dfields are linked to a wider range of online platforms.

The first connection we are making available is to John Deere. You can now connect to the John Deere Operations Center and seamlessly upload the maps directly into your farm/field operation. Connecting to a farm management system allows you to further utilize data and visualize it next to your other layers of information (yield maps, soil maps) and make more informed decisions. It can also help in the transfer of prescription files to the machines in the field.

John-Deere-digital-agriculture-software
Visualizing Pix4Dfields layers in John Deere Operations Center

With the ability to connect to the John Deere Operations Center, users can have all the data on a single platform. Having a single repository of the in-field status at any given moment between seeding and harvesting - helps to bridge the uncertainty gap, improve the overall farm health and ultimately crop performance.

If there is a need to create a report - export to PDF for a ready to print or share report. This feature is a great asset for collaboration between teams or informing stakeholders of the work in progress. Add as many maps as you need and use this feature to tell your digital agriculture story.

Connect with us

Are you:

  • A service provider with dozens of pilots that would like to scale up operations
  • An analytics company that would like to add value on top of the maps generated in Pix4Dfields
  • A farming management platform that would like to make it easier for users to send drone maps to your ecosystem

Reach out to us and let us know how you would like to Connect with us. Our business development team will get in touch.

Explore Pix4Dfields
Drone mapping software for agriculture
More information about Pix4Dfields 1.7 can be found in release notes. For everything in Pix4Dfields, check out the product feature list.

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