See what others miss

Growers have more ways that ever to monitor greenhouse crops, but not all methods are built equal. This quick assessment of common glasshouse monitoring technologies, their strengths and weaknesses, helps you choose what’s right for your farm.

Major retail supplier JEPCO successfully forecast yield to within 15% of actual fresh weight and reduced scouting times with Fotenix.

This FAQ pulls together the most common questions we get about Fotenix. If you have any questions that aren’t answered here, or would...

QualiCrop, an Innovate UK-funded project led by Fotenix with Leap AI and the University of Lincoln, combines multispectral quality inspection with robotic handling to identify defects and automatically sort tomatos

Comparing automated vs manual crop scouting. Everything you want to know, from what a pass covers, how early stress shows up, and where your scouting hours go instead.

The UK loses around 9,000 tonnes of strawberries a year before they reach a shelf, enough to supply Wimbledon 230 times over.

Retail quality downgrades are a consistent drag on profitability. Spotting issues earlier means you can prevent damage and reduce downgrade risk.

Everything growers need to know about the ins and outs of multispectral and hyperspectral imaging.

How quickly can you recover the cost of Foteix? Explore how earlier crop stress detection reduces labour, limits intervention costs, and protects yield from day one.

Detect crop stress earlier without increasing crop walks. Learn how automated, multispectral monitoring helps greenhouse growers identify issues before they’re visible, reduce intervention, and protect yield and quality.

Fotenix’s new scouting trolley brings multispectral crop imaging directly into the glasshouse, giving growers a consistent, plant-level view of crop health without fixed infrastructure.

The yield gap in protected growing is often measured in tonnes, but in practice, it is shaped by quality and timing. As glasshouse systems become more controlled and data-rich, earlier visibility and better monitoring are changing how much of that gap can realistically be reduced.

The benchmarks, labour savings, and efficiency gains you need to calculate whether Fotenix is right for your business.

Late detection drives up labour, waste, and quality losses in protected growing. Here’s why the visibility gap is a P&L problem and how earlier insight protects margin.

Issues often begin quietly, and by the time they’re visible to manual scouts, the crop has already adjusted growth, lost uniformity, or drifted away from forecast. That delay — the period where stress is present but not yet visible — is the visibility gap. And it can be costly.

For controlled systems, balancing production and energy use is a challenge. Fotenix was one of several tech partners that participated in the UK Agri-Tech Centres ACDC project, helping to develop a responsive, scalable indoor farming system.

Slugs are sneaky and increasingly difficult to control… Fotenix is partnering with UK Agri-tech and BOFIN’s Slug Sleuths to help stop them in their slimy tracks.

As GrowUp Farms scaled production to meet a boom in demand for sustainably grown lettuce, manual quality control became impractical. By deploying Fotenix, it achieved traceability of every leaf, halved manual inspection time, and improved labour efficiency by x5.

When maintaining visibility over the glasshouse at its breeding site became too labour-intensive, grower Angus Soft Fruit turned to Fotenix to help automate the process, improving labour efficiency by 400%.

Close up of green ears of wheat, growing in UK countryside At a glance: Growers make dozens of decisions every day, but timing is...