Performing Under Pressure: How Connectivity, Precision and Proactive Support are Helping Farmers Stay Ahead
By Royce Bell, Production & Precision Ag Marketing Manager, John Deere
In farming, timing is everything.
During harvest, every hour matters. Farmers aren't simply trying to cover ground as quickly as possible. They're looking to make the most of a short window of opportunity – balancing productivity, yield and machine performance as conditions change throughout the day.
And when even small disruptions can quickly become expensive, success often comes down to making the right decisions at the right moment.
Why timing and coordination are critical to modern farming
So, how do farmers spot issues sooner, respond faster and keep their operations moving when it matters most?
In Australia's grain-growing regions, they must constantly assess their planting, spraying and harvesting operations as a result of variable moisture and/or weather events. In New Zealand's dairy sector, looking after animals can’t stop when conditions become difficult. Cows still need feeding. They still need milking.
At the same time, farms have become larger and more sophisticated – placing more pressure on the people, machines and support networks involved. A machine delay, a missed weather window or an unexpected breakdown can affect multiple parts of the operation. What starts as a small disruption in one area can quickly create challenges elsewhere.
That's why agricultural operations depend on timing and coordination. And the only real way to get that right is to know what's going on across the entire farm.
How connectivity improves visibility, precision and decision-making
One of the biggest changes to farming in the region over the last 10 to15 years is the growth of connectivity. Tasks that once relied on phone calls, physical inspections or end-of-day updates can now be monitored while work is still taking place. And this gives a much clearer picture of what's happening across the farm.
Of course, no-one can control the weather or moisture levels. Yet it is possible to manage teams in different locations, track machine performance and identify potential maintenance issues before they lead to downtime and disruption. This leads to better decisions, smarter resource allocation and faster response times when conditions change.
Greater connectivity is also making precision agriculture and automation tools more effective than ever before – which, in turn, helps improve margins per hectare. Take spraying. Being able to target individual weeds, rather than covering entire fields, reduces the amount of herbicide sprayed, thereby cutting costs and improving crop quality.
How connected farming technologies are improving productivity
Benefitting from these new tools relies on putting them to work in the field. And John Deere is playing an important role in bringing connectivity to farms across Australia and New Zealand.
For example, solutions like JDLink™ Boost strengthen modem and satellite connections in areas with limited or no mobile reception. This makes it easier to monitor machines, share information and coordinate operations in real-time. And the impact reaches beyond the farm gate, helping workers and rural communities stay connected too.
That same connectivity also supports a growing range of precision agriculture tools. See & Spray™ technology uses computer vision to identify and target individual weeds. This can reduce herbicide use by up to 70% while maintaining a 98% weed hit rate – matching the accuracy of broadcast spraying1.
Elsewhere, automation is helping farmers maintain productivity. An example of this is Harvest Automation technology from John Deere, which uses machine learning, cameras and satellite data to adjust combine settings as conditions change throughout the day. This can reduce crop loss, ease pressure on operators and – according to our trials so far – increase performance by up to 20%2.
These technologies may solve different challenges, but they all support the same objective: helping farmers coordinate their operations more effectively.
Why farming resilience depends on proactive support
Connected tools aren't just changing how farmers support themselves. They're also changing what's expected of suppliers and dealers in the region.
Maximising the impact of connected operations means having the right information, support and expertise on hand when you need it. And farmers are looking for dealers to deliver on all three.
Tools like John Deere Operations Center™ and Equipment Mobile™ put that information at farmers’ fingertips. As well as providing easy access to machine technical manuals, performance data and maintenance insights, connected tools support the remote diagnostics that prevent or minimise downtime.
These tools also help bring machine data, operational information and support services together in one place, creating a stronger foundation for connected farming operations.
Ultimately, knowing that their machines are integrated to work more productively is one of the best ways for farmers to be ready for changing conditions.
Getting the timing right
Farmers in Australia and New Zealand have always adapted to challenging conditions – and that hasn’t changed. Weather remains unpredictable, operating windows are tight and the pressure to make the most of every hectare is as strong as ever.
However, what is evolving is the sophistication of integrated information available to them in-field as well as the ease with which they can access that information to support decisions over the things they can influence.
Better connectivity, greater visibility and more precise ways of working are helping them spot issues sooner, respond faster and stay productive even when conditions change. Because every hour still matters. Timing is still everything. The difference is that today's farmers are better equipped than ever to get it right.
1https://www.deere.co.uk/en-gb/products-solutions/sprayers/see-and-spray
2Based on anonymized Ops Center data comparing John Deere combine models with and without Predictive Ground Speed Automation. Productivity represented by tonnes of crop per hour. Results will vary depending on model, crop and field and operating conditions.