A new study pairs the VideometerLab multispectral imaging with electron microscopy to show how seed surface roughness shapes the success of Bacillus subtilis biopriming in climate-resilient legumes.
Spectral imaging is finding new applications across industries — and this month’s newsletter reflects exactly that. From seeds and seafood to liquids and software, the June 2026 edition of Videometer Quarterly brings together the stories, tools, and events shaping quality assessment today.
Videometer joins the global seed science community at the ISTA Annual Meeting in Calgary. Learn how our VideometerLab, SeedSorter and SeedLab support seed quality analysis and sorting at scale.
ISTA’s upcoming workshop will introduce Videometer’s multispectral imaging for seed quality assessment, combining hands-on demos with expert presentations on its role in seed purity, other seeds determination, and future regulation.
Seafood fraud and traceability challenges are driving the need for smarter quality control technologies. Discover how spectral imaging, AI, and projects like TraceMyFish are helping the seafood industry improve authenticity verification, detect fraud, and ensure transparency across the supply chain with solutions such as the VideometerLab and VideometerLite+
With the Liq add-on, the VideometerLite+ enables reliable analysis of both solid and liquid samples, supporting reproducible measurements across applications such as stability studies and quality control.
Revolutionizing seed and grain quality control, the VideometerLab SeedSorter combines multispectral imaging and AI to automate analysis and sorting, delivering faster, consistent, and highly accurate results beyond human inspection.
Explore Videometer’s Spring 2026 updates, including new subscription-based crop analysis models, advances in spectral imaging research, and upcoming webinars and industry events focused on seed analysis and sustainable innovation.
The VISTACON project is transforming concrete production with AI and advanced multispectral sensors. By enabling real-time monitoring and precise cement optimization, the initiative aims to reduce CO? emissions, minimize waste, and drive more sustainable, data-driven manufacturing.
New research shows how Videometer multispectral imaging pinpoints heat-producing tissue in Magnolia flowers, revealing hidden biochemical changes and calcium dynamics. Discover how MSI enables non-destructive plant phenotyping and deeper insights into plant physiology.
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