Seattle, WA – It was introduced right now that Stichting Wageningen Analysis, analysis institute
Wageningen Plant Analysis (WPR) and IUNU have entered into an settlement to work on
closed-loop autonomous rising for the commonest commercially grown lettuce varietals.
That is the world’s first closed-loop, complete autonomous rising answer developed for
the greenhouse business. Different options deal with smoothing local weather and are sometimes primarily based on
small sampling datasets. The answer developed by IUNU makes use of laptop imaginative and prescient to
comprehensively monitor crop progress for each plant within the greenhouse and autonomously
executes crop methods primarily based on how crops are performing.
“WPR has lengthy served as a pacesetter within the horticulture business and we’re thrilled to work
collectively to carry really autonomous rising to the greenhouse business. Having unique entry
to world-class analysis amenities and expertise accelerates our capacity to carry merchandise to market and
to drive worth for growers all over the world,” mentioned Allison Kopf, Chief Development Officer at IUNU.
IUNU has put in its laptop imaginative and prescient system at WPR amenities in Bleiswijk in each conventional
and semi-closed greenhouse compartments with each Transferring Gully Techniques (MGS) in addition to
Deep Water Tradition (DWC) pond programs.
IUNU intends to carry this answer first to business lettuce growers, then to excessive wire crops.
To be taught extra about autonomous rising, go to IUNU’s web site at www.iunu.com.
About IUNU
Based in 2013 and headquartered in Seattle, IUNU goals to shut the loop in greenhouse
autonomy and is concentrated on being the world’s main managed setting specialist. IUNU’s
flagship platform, LUNA, combines software program with quite a lot of high-definition cameras — each
fastened and cellular — and environmental sensors to maintain monitor of the trivia of plant progress and
well being in indoor ag settings. LUNA’s purpose is to show business greenhouses into exact, predictable, demand-based producers that optimize yield, labor, and product high quality.
www.IUNU.com
