Why greenhouse leaders started with autonomous growing

Growers and greenhouse owners are increasingly searching for solutions that help them stay in control as complexity continues to rise. They want solutions and technologies that keep operations stable, make daily decisions clearer, and turn the growing stream of greenhouse data into practical actions they can trust. Many companies are now exploring tools that improve predictability, reduce risks, and support continuity in a time when skilled labour is scarce and sustainability demands are only becoming stronger. In this article you can read which challenges other growers are solving, using Crop Controller for autonomous climate and irrigation control.

© Blue Radix B.V.

One integrated AI-solution to multiple challenges
Autonomous growing is quickly becoming mainstream because it offers one integrated AI solution that helps growers deal with multiple challenges at once. By taking over repetitive and time-consuming climate and irrigation decisions, autonomous execution frees growers to focus on strategy, crop quality and their teams. It also supports smarter use of resources, with continuous and precise steering allowing water use to drop by up to 10 percent and energy use by as much as 15 percent. A more stable climate in the greenhouse leads to stronger and more reliable yield results. As the sector deals with a shrinking pool of experienced growers and greenhouses aim to scale responsibly, this type of support is becoming essential.

Below are the eight most common reasons greenhouse owners and head growers shared with Blue Radix for why they decided to start with Crop Controller. Greenhouse owners cited reasons including the desire to increase profit while reducing resource costs for energy, water and fertilisers, and to grow in a more sustainable way. Many also expressed a need to expand and scale up their companies with more profitable hectares, and to improve predictability by reducing unnecessary mistakes. A recurring concern was the inability to find enough skilled growers to run their greenhouses, alongside a desire to stay at the forefront of innovation and ahead of the competition. Owners also highlighted the importance of ensuring that all strategic information on crop, climate and irrigation stays within the company even when a grower leaves, as well as the need to enhance operational stability and guarantee continuity regardless of growers' sick leave or days off. Finally, many expressed a preference for one complete AI solution to address their challenges, rather than many smaller ones each solving a different problem.

Head growers similarly shared that managing a complex company with many locations and different strategies was becoming too complicated, and that analysing the growing amount of greenhouse data was proving overwhelming. Many noted they could not handle the workload, describing the role as stressful — including during evenings and weekends — and expressed a desire to improve their own performance and reduce unnecessary mistakes. Some noted that autonomous growing would make training junior or new growers easier, removing the need to explain every single menu in the climate computer in detail. Others appreciated that Crop Controller is offered as a service rather than just a technology, meaning they can still communicate with and receive support from a human with crop expertise.

What customers shared in earlier interviews
Toby Wright, Technical Director at Tom d'Aqui in France, explained their decision to adopt the technology: "We turned to Blue Radix's Crop Controller to optimize and control climate and irrigation with AI. It's like having an expert on duty 24/7, something no crop manager could realistically achieve. If you want to grow as a company, you have to try to minimize errors. By automating more tasks, you can create more peace of mind."

Manuel Valdes Lara, Head Grower at Bresca Hortalizas in Mexico, noted that the system had enabled broader site management and better outcomes: "Autonomous growing makes the management of bigger sites per grower possible, and it facilitates better yield results and less use of resources. In Mexico, we have very specific weather conditions that we need to manage with a range of non-traditional strategies. Crop Controller adapts, helping us achieve our goals, not changing the strategies but making them more efficient."

Jake Knelsen, Lead Grower at Vine Fresh in Canada, highlighted the time savings and decision-making support the tool provides: "Working with Crop Controller saves a lot of time. In the past we didn't make changes when we should have at certain moments. Now Crop Controller makes those decisions for us every five minutes. It's therefore a tool that supports me to control a larger area. It makes my job easier and helps me oversee it all. And it's also important to get projections by the end of the day. That knowledge helps me making decisions in my daily work."

From data to autonomous decisions
Autonomous climate and irrigation control goes far beyond dashboards and reporting tools. It processes large volumes of greenhouse data in real time and takes precise actions, consistently, 24/7. This allows greenhouses to scale in hectares without increasing reliance on scarce grower expertise, making operations more resilient and financially healthy. As companies grow more confidently, the entire horticulture sector benefits.

This shift is proving to be a real step forward for growers and greenhouses. Operations become more stable, growers feel less daily pressure, and greenhouses achieve more predictable and improved outcomes.