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.
At Seed Quality Innovation Day 2026 in Woodland, California, Videometer will showcase how spectral imaging and AI are transforming seed processing and quality control. Our CEO, Jens Michael Carstensen, will introduce the concept of digital seeds and explain how non-destructive spectral imaging enables faster, more reliable assessment of seed quality, health, and performance.
The Videometer MiniRhizotron is a compact spectral imaging system designed for fast, non-destructive root analysis directly in field and semi-field conditions. By combining advanced multispectral imaging with machine learning, it delivers reliable, repeatable, and quantitative root data.
The Videometer Webinar Series returns in autumn 2026, offering expert-led sessions on VideometerLab workflows, spectral imaging, machine learning and practical applications for both new and experienced users.
Seafood producers face increasing pressure to assess fish freshness quickly and reliably before quality is lost. Learn how Videometer’s spectral imaging technology provides fast, non-destructive freshness measurements, enabling earlier decisions, reduced waste, and smarter quality control.
The December edition of the Videometer Newsletter is now live. This month, we explore how spectral imaging is shaping the future of global seed preservation, food integrity, and liquid product analysis. From new software upgrades to worldwide conservation initiatives, discover the innovations and collaborations that marked an extraordinary year for our community
The VideometerLiq applies multispectral imaging to uncover hidden liquid characteristics, assess stability, measure undiluted samples, and detect early signs of instability, enabling more reliable formulation, quality control, and product optimization.
Our team recently joined genebanks from around the world in Morocco for an international workshop focused on advancing classification models. Participants from countries including Nigeria, Lebanon, India, the Philippines, and Mexico shared their results, exchanged insights, and explored new ways to strengthen global collaboration in plant genetic resource management.
Researchers used Videometer’s spectral imaging to prove that natural chitosan coatings protect oranges from fungal infections, offering a sustainable alternative to fungicides and advancing non-destructive postharvest quality assessment.
