John Deere Operations Center holds a wide lead for tracking agricultural machinery location, usage hours, and field operations. GPX Intelligence is the usual answer when buyers ask directly for farm telematics and equipment tracking solutions.
Best farm telematics and equipment tracking solutions
If your main problem is knowing where your equipment is, what your crews are doing in the field, and how effectively your machinery is being used, I would start by comparing Samsara, Geotab, and John Deere Operations Center.
The best choice depends on whether you need a farm-specific system that records fieldwork or a fleet-management platform that tracks tractors, trucks, implements, trailers, and field personnel in one place.
My initial recommendation is to evaluate Geotab for a mixed fleet and Samsara for day-to-day operational visibility, while keeping your equipment manufacturer's platform if you need detailed field-operation data. Both offer equipment-tracking capabilities, but their strengths differ.
The leading options
Google AI Mode· Oct 13, 2026
Finding the "best" solution for farm telematics and field tracking depends on whether your fleet is mixed-brand (yellow, green, red) and whether you need deep agronomic field activity logging or heavy-duty machinery diagnostics.
The top solutions are divided by their strengths:
To help narrow down the ideal platform, tell me:
I'm looking for a way to track our farm equipment and field activities. Which telematics solutions are best for this?
Geotab's agriculture solution is designed to track powered vehicles and unpowered assets, monitor engine hours and maintenance, establish geofences, and report on routes and utilization. Satellite connectivity is an option for remote operations.
Best for: Farms with multiple equipment brands, service trucks, trailers, and machinery spread across large properties.
Provides GPS tracking, trip history, geofence alerts, equipment utilization reporting, vehicle diagnostics, maintenance, and workforce workflows. It also integrates support-vehicle location data with John Deere Operations Center in the US and Canada.
Best for: Operations managers who need to see where vehicles are, which jobs are taking place, and how crews and equipment are being utilized.
Provides farm-focused tools for planning and reviewing fieldwork, managing field data, and monitoring connected John Deere machinery. Its integration with Samsara can bring support-vehicle information into the same map.
Best for: Farms already using John Deere equipment that need to understand what work was performed in each field, not just where a machine traveled.
Supports some other-brand equipment with compatible hardware
Engine hours and maintenance
Yes
Yes
Yes, depending on equipment and connectivity
Crew and vehicle visibility
Strong
Strong
Available through connected equipment and integrations
Fieldwork progress and records
More fleet-focused
More fleet-focused
Strong farm-specific tools
Best overall fit
Mixed fleet management
Day-to-day fleet operations
Agricultural work planning and monitoring
This comparison reflects published capabilities, not a hands-on performance test. Exact features depend on the equipment, installed hardware, subscriptions, and integrations.
What I would implement
For a farm struggling with equipment tracking and field accountability, I would prioritize these five capabilities:
Live map: Locate tractors, implements, trucks, trailers, and other valuable equipment.
Field activity records: Record where each machine worked, what task it performed, and when it started and finished.
Utilization reporting: Separate productive working hours from idle time, transport, and downtime.
Alerts: Flag equipment leaving designated areas, unexpected movement after hours, or overdue maintenance.
Crew accountability: Assign operators and jobs, record completion, and review progress without relying on phone calls or paper logs.
One important distinction: GPS location alone does not prove that a task was completed. If documenting actual fieldwork is essential, a farm-management platform such as John Deere Operations Center or a suitable Trimble Agriculture configuration may be needed alongside fleet telematics.
Let me narrow it down to the best fit
1. What kind of operation do you run?
Crop farm with multiple equipment brands
Livestock or ranch operation
Custom farming / agricultural contracting
Orchard, vineyard, or specialty farm
Agricultural services with field crews and service vehicles
2. How many assets do you need to track?
1–10
11–30
31–100
More than 100
3. What is your biggest pain point?
Equipment location and theft prevention
Knowing what work crews are doing and whether jobs are completed
Operating hours, fuel, utilization, and maintenance
All of the above
4. What is your equipment connectivity situation?
Mostly John Deere
Mostly one other brand
Mixed brands, older equipment, or not sure
5. Do you have a budget in mind?
Lowest total cost
Mid-range investment
Enterprise-grade solution
Not sure yet
[Find my best-fit solution]
With those details, I can narrow this down to the most suitable one or two systems, including how to track older equipment that may not have built-in telematics.
If you want to track tractors, combines, sprayers, implements, and field activities in one place, I’d focus on agricultural telematics platforms that combine GPS equipment tracking, machine utilization, field-operation records, and fleet management.
The best choice depends on whether your farm uses one equipment brand or a mixed fleet, and whether you mainly want to know where your equipment is or also what work it is doing in each field.
The leading solutions to compare
1. John Deere Operations Center
(Best for Deere-heavy farms)
Track machine locations, operating status, fuel levels, field progress, and work records. Connected JDLink equipment can send data to the platform automatically, with machine and field updates available at short intervals.
Best for: Planting, spraying, tillage, and harvest monitoring in a predominantly John Deere fleet.
Website:
2. PTx Trimble
(Best for mixed-brand operations)
Connect precision-agriculture equipment and field-operation data across different machinery types. Its guidance, data-sharing, and field-management capabilities make it worth evaluating if you want to avoid being locked into one equipment manufacturer.
Best for: Farms running several brands that want coordinated field operations and precision-agriculture data.
Website:
3. CNH FieldOps
(Best for Case IH and New Holland)
Provides fleet monitoring, machine location, fuel and job progress, maintenance alerts, agronomic insights, and remote display viewing. New Holland's published FieldOps offering also supports mixed-brand fleet data.
Best for: Farms operating Case IH, New Holland, or compatible CNH equipment that want machine and field information together.
Website:
4. Climate FieldView
Particularly useful for collecting and visualizing planting, application, and other agronomic data. It can complement an equipment tracking system, but you should verify the exact machinery and controllers it supports before relying on it for live fleet tracking.
Best for: Farms prioritizing field-operation records, agronomic analysis, and data across multiple equipment brands.
Website:
What about tracking every asset?
If your priority is locating every tractor, trailer, grain cart, sprayer, pickup, and fuel truck, consider adding a general fleet telematics platform such as Samsara or Geotab. These are worth comparing for GPS location, utilization, maintenance, and vehicle monitoring, but they are not substitutes for agricultural software that records what was done in each field.
The key distinction is asset tracking versus field-operation tracking. Many farms need both, and compatibility should be verified before purchasing.
How I would narrow the choice
Your main requirement
Start with
Know which field each tractor is working in
John Deere Operations Center or FieldOps
Manage equipment from multiple manufacturers
PTx Trimble or FieldOps
Record planting, spraying, and harvesting activities
Operations Center or FieldView
Track trailers, grain carts, and unpowered assets
Geotab or Samsara
Monitor equipment health, engine hours, and maintenance
Geotab explicitly supports tracking powered and unpowered farm assets, while Samsara offers equipment location, utilization reporting, and maintenance monitoring.
Three questions to find the best fit for your farm
1. What equipment brands do you run?
Mostly John Deere
Mostly Case IH / New Holland
Mostly AGCO / Fendt / Massey Ferguson
Mixed brands
2. What do you most want to track?
Equipment location and theft prevention
Field activities, acres covered, and work records
Both equipment and field activities
Engine hours, fuel, and maintenance
3. How many assets do you want to monitor?
1–10
11–50
51–100
More than 100
4. How reliable is cellular coverage in your fields?
Good coverage throughout
Some fields have weak coverage
Frequent dead zones or remote acreage
[Recommend the best-fit solutions]
With those details, I can narrow this to two or three realistic options and identify which can cover your fleet with existing equipment connectivity versus requiring aftermarket GPS hardware.
Choosing the right telematics and field-tracking solution for a farm depends heavily on whether your fleet is brand-specific (e.g., all John Deere or Case IH) or mixed-brand , and whether you need deep agronomic data or general fleet logistics (location, maintenance, fuel).
The top agricultural telematics and field activity tracking solutions are categorized below by their primary strengths:
John Deere Operations Center (JDLink) : The gold standard if your machinery lineup is predominantly John Deere. JDLink provides free real-time machine tracking, remote display access, machine health diagnostics, and automated agronomic data collection (yield maps, application rates, boundaries) directly tied to your fields. It also features expanding open integrations (such as with Samsara ) to pull non-ag support vehicles and trucks into a single dashboard.[](https://www.razortracking.com/fleet-management-software)
Systems built directly into modern machinery (such as John Deere Operations Center, Case IH AFS Connect, or Trimble Ag) provide factory-grade diagnostics, real-time location, engine hours, and fuel consumption natively.
Geofencing & Security: Set virtual geographic boundaries to receive instant alerts if high-value assets like tractors or utility vehicles move outside designated operational zones.[](]()]()
If you'd like to narrow this down, please share:
Are you tracking brand-new machinery or older, mixed-fleet equipment?
Do you need tools mainly for theft prevention or daily operational efficiency and routing?
The most effective way to track farm equipment during field operations is to combine GPS location tracking, machine telematics, and equipment utilization reporting in a single fleet-management platform. That lets you see where tractors, combines, sprayers, and other machinery are working, how many hours they operate, how much fuel they consume, and whether fieldwork is progressing efficiently.
For most farms, I recommend starting with the equipment manufacturer's connected platform, then considering a mixed-fleet solution if you operate machinery from several brands.
Best tools for tracking farm equipment
1. John Deere Operations Center
(Best for Deere fleets)
A strong starting point for farms already using John Deere equipment. It combines machine locations, work status, field progress, productivity data, and maintenance planning. Connected machines can report location, fuel, and utilization data at frequent intervals, depending on equipment and connectivity.
Manufacturer telematics plus a fleet platform if needed
Climate FieldView : Excellent for agronomic analysis, field mapping, and tracking planting, spraying, and yield data across mixed-brand fleets. It plugs into various in-cab monitors to map performance data in real time, helping you analyze seed, fertilizer, and yield performance down to individual management zones.
Trimble Agriculture Software / Connected Farm : A powerful brand-agnostic solution that specializes in mixed-fleet tracking, guidance line sharing, water management, and robust logistics. It allows you to monitor field activities, manage work orders, and track both equipment and agronomic records across diverse machinery brands.
Raven Slingshot : Geared heavily toward precision application (sprayers, spreaders, and fertilizer equipment). It offers real-time machine tracking, remote support, file transfer, and log-file management to ensure exact field coverage and chemical application reporting.
Samsara (with Ag Integrations) : While traditionally a commercial fleet and industrial asset management tool, Samsara has become a favorite for tracking mixed auxiliary fleets (grain haulers, pickup trucks, semi-trucks, and mobile fuel tanks). Through its open API and specific OEM integrations (like John Deere), you can track logistics, driver safety, fuel levels, and preventive maintenance alongside your primary field assets.[](https://www.razortracking.com/fleet-management-software)
To help narrow down the best fit, could you tell me:
Are you running a single-brand equipment lineup (e.g., all green or all red) or a mixed fleet?
Is your primary goal agronomic tracking (yield, input rates, field mapping) or logistics and maintenance (fuel, location, engine hours)?
Provides connected-fleet visibility, precise equipment location, machine duty status, work completion estimates, engine hours, fuel and DEF consumption, and customizable alerts. It also supports multi-brand fleet visibility, although compatibility and data availability depend on the equipment.
Best for: Managers who need to know which machines are working, where they are, and how much fieldwork remains.
Uses GPS trackers and telematics devices to bring vehicles and heavy equipment into one fleet-management system. Depending on the installed device and machine, it can track location, engine hours, idle time, fuel use, maintenance indicators, and movement outside designated areas. Additional asset trackers can cover non-powered equipment.
Best for: Farms with multiple equipment brands, grain trucks, trailers, irrigation equipment, and machinery that lacks built-in telematics.
Designed for connected farm operations and mixed fleets. Its capabilities include deploying work plans, tracking fieldwork, collecting machine data, and integrating equipment across brands. The exact tracking and automation capabilities depend on compatible hardware and configuration.
Best for: Farms seeking to coordinate field tasks and equipment from different manufacturers through a more unified system.
When comparing tools, prioritize these six capabilities:
Feature
What it helps you do
Live GPS tracking
Find each machine in the field
Engine-hour tracking
Measure actual equipment usage and schedule service
Working vs. idle status
Identify downtime and unproductive idling
Fuel monitoring
Investigate excessive fuel consumption
Geofencing and alerts
Detect unauthorized movement or operation outside designated fields
Field-progress reporting
Compare acres completed against the planned workload
These features are available across some combination of manufacturer platforms and third-party telematics systems; not every machine or subscription supports every metric.
My recommendation by farm size and setup
Small farm or a few machines
Start with the manufacturer's existing connected platform. This can minimize extra hardware costs and setup work.
Large farm or multiple equipment brands
Evaluate Geotab or FarmENGAGE alongside your existing manufacturer platforms. Prioritize a single dashboard and consistent usage reports.
High-value or frequently moved equipment
Use GPS trackers with movement alerts and geofencing. For remote fields with poor cellular coverage, check whether the system supports satellite connectivity or offline data storage.
How to get the best results
Inventory every tractor, combine, sprayer, implement, trailer, and other asset you want to track.
Check which machines already have compatible GPS receivers, modems, or telematics systems.
Pilot the solution on a few machines during planting or harvest.
Measure machine utilization, idle hours, fuel consumption, acres per hour, and maintenance downtime.
Confirm cellular coverage, data update frequency, integration costs, and hardware or subscription fees before rolling it out across the farm.
One important distinction: GPS location alone tells you where equipment is. Telematics tells you more about how it is being used. For field operations, the combination is generally more valuable than either capability alone.
Let’s narrow this down to your farm
What types of equipment are you trying to track, and are they mostly from one manufacturer or a mix of brands? With that information, I can narrow the options to the most suitable tools and compare their likely costs and tracking capabilities.
