Walk around a major agricultural exhibition today and it's difficult to ignore how quickly technology is becoming part of modern farming.
Alongside the familiar tractors, machinery and livestock equipment, you'll find autonomous vehicles, robotic systems, drones, sensors and increasingly sophisticated farm management software.
Artificial intelligence is also beginning to find its place in agriculture, helping farmers interpret information, monitor crops and make better decisions.
But while much of the attention focuses on the technology itself, there's another interesting question.
What does all this mean for jobs in British agriculture?
Why farming is turning to technology
British farmers face a difficult combination of pressures.
Labour shortages remain a challenge in parts of the industry, particularly where businesses depend on seasonal workers. Machinery, fertiliser, energy and other operating costs can be substantial, while unpredictable weather makes planning increasingly difficult.
Technology offers potential solutions to some of these problems.
Precision agriculture allows farmers to apply fertiliser or crop protection products more accurately, potentially reducing costs and waste.
Sensors can monitor soil moisture, crop conditions and livestock health, while automated systems can take on repetitive tasks.
Of course, farmers still need to consider the cost, reliability and practical benefits of adopting new equipment.
But technology is becoming an increasingly important part of agricultural business decisions.
Agricultural robotics moves forward
One of the most interesting developments is agricultural robotics.
Robotic fruit picking, automated weeding and autonomous crop monitoring are among the applications being developed.
For farmers, the appeal is understandable.
A reliable machine capable of carrying out repetitive work could reduce dependence on hard-to-find labour and allow existing employees to concentrate on other tasks.
However, agricultural robotics faces challenges that don't necessarily exist in factories.
Fields are uneven, weather conditions change and machines need to operate safely in unpredictable environments.
Making agricultural robots reliable, affordable and practical remains a substantial engineering challenge.
And that's where new employment opportunities could emerge.
The jobs behind the machines
Agricultural robotics companies need more than software developers and scientists.
They also require mechanical engineers, electronics technicians, field-testing specialists and people who can install and maintain equipment.
As products move into commercial use, businesses need employees who understand how farms actually operate.
A technically impressive robot isn't much use if it breaks down during harvest and nobody can repair it.
This creates opportunities for agricultural engineers and machinery technicians willing to develop skills in automation, electronics and software.
Agritech isn't just about engineering
Perhaps one of the most overlooked aspects of agritech is the range of commercial jobs it could create.
A company developing agricultural sensors, robotics or farm management software needs people to sell its products, manage customer relationships, provide technical support and develop partnerships with agricultural distributors.
As businesses grow, they may recruit regional sales managers, business development managers, product specialists and customer support teams.
These positions can provide a route into agriculture for people who have previously worked in technology, manufacturing or specialist B2B sales.
A strong understanding of farming remains valuable, but not every employer will require candidates to have spent their entire careers in agriculture.
Will technology replace agricultural workers?
It's a reasonable question, particularly when automation is designed to reduce the labour required for certain tasks.
Some repetitive jobs may eventually need fewer people as machinery becomes more capable.
But agriculture is unlikely to become an entirely automated industry any time soon.
Livestock still require care, machinery needs maintenance and agricultural decisions often depend on practical experience and judgement.
Technology may change the nature of certain roles rather than remove the need for people altogether.
Looking ahead to 2027
The agritech employment market is likely to remain relatively specialised compared with traditional farming.
Some employers will be established machinery manufacturers introducing new technologies. Others will be smaller businesses developing innovative products.
For engineers, experience with electronics, robotics and mechanical systems could be valuable.
For agricultural professionals, practical farming knowledge combined with digital skills may become increasingly attractive.
And for commercial candidates, opportunities could develop in technical sales, account management and product support.
The future of British farming won't be built by technology alone.
It will be built by people who understand how to use it.
Explore agritech, agricultural engineering and farming careers at FarmingJobs.co.uk.