Business & Operations
Source: VFD.com Substrate consistency and crop-specific mixes shape grower decisions “Small adjustments can make a difference in water retention” "Substrate choice is always extremely important for growers because it's at the base of plant production." For Frederic Gagnon of Lambert Peat Moss, selecting a
Energy & Sustainability
Source: HD.com new screens as a response to rising energy costs "The cheapest energy ultimately remains the energy you do not need to purchase" In the Netherlands, rising gas prices combined with the opening of a European subsidy program have put energy savings back at the center
Controls & Automation
Source: HD.com From manual control to automation: lessons from Ukrainian greenhouses Thanks! From manual control to automation: lessons from Ukrainian greenhouses For Ukrainian greenhouse operators, the move toward automation is being driven less by the pursuit of new technology than by practical production challenges. According to greenhouse automation specialists,
Grownetics is the ultimate open sensor platform for commercial cultivators. Hardware agnostic crop steering and analytics with the lowest cost, highest precision wireless sensors in the industry.
Grownetics CropVision goes beyond crop steering with real-time airborne pathogen detection. Get alerts based on actual spore counts before contamination becomes visible.
Understanding the importance of substrate conditions across cultivars and cultivation zones is crucial for commercial greenhouse and indoor cannabis growers seeking to enhance crop steering and optimize their Controlled
In the rapidly evolving landscape of controlled environment agriculture (CEA), efficiency, precision, and sustainability are the cornerstones of success.
In a challenging market, hyper-efficient cultivation is the path forward. Grownetics delivers the precision monitoring and automation that turns operational efficiency into competitive advantage.
Operational intelligence for controlled environment agriculture
Source: VFD.com By growing plants in multiple layers stacked on top of each other, the system aims to make more intensive use of available space than a conventional cultivation setup. Each tower rotates slowly, ensuring that all plants receive the same light and climate conditions in turn. The research
Source: VFD.com Fazendas Bioma cultivates microgreens in a controlled indoor environment, harvesting 1,500 units per week, supplying 95 points of sale, employing nine people, and generating R$ 50 thousand monthly. The vertical farm created by Laíla Ribeiro and Leonardo Corrêa in Florianópolis combines urban agriculture and automation to
Source: HD.com “Small adjustments can make a difference in water retention” Substrate consistency and crop-specific mixes shape grower decisions "Substrate choice is always extremely important for growers because it's at the base of plant production." For Frederic Gagnon of Lambert Peat Moss, selecting a
Source: HD.com 4XROBOTS already has robots operating in the United States, and another solution is scheduled for installation after GreenTech North America. "North America is a key market for 4XRobots, and we see strong potential for automation across the region. Local partnership turns a concept into a solution
Source: VFD.com Calgary greenhouse to test pulsed LED technology that could cut electricity use Canadian greenhouse grower Hydragreens Produce is partnering with Calgary-based SmartGRO Bioengineering to test a lighting system that uses ultra-fast LED pulses, plant sensors, and artificial intelligence to adjust light according to crop needs.
Source: VFD.com Agtira and Öresundskraft enter electricity partnership: "Electricity is one of the largest cost items in cultivation" Agtira AB's subsidiary Pepino Växthus has signed an agreement with Öresundskraft regarding the IndustriFlex flexibility service for the greenhouse facility in Påarp outside Helsingborg. When the new
Source: HD.com "Growers want the freedom to choose the technologies that best fit their operation" Thanks! The integration enables growers to connect Quantified's wireless sensor data with Ridder's process automation solutions, bringing critical data together in one central platform. © Ridder Climate Screens Quantified&
Source: VFD.com This study evaluates the techno-economic potential of an optical-fiber daylighting system designed to transport concentrated sunlight directly to the crop growing zones of a vertical farm. By distributing daylight across all rack shelves and limiting heat gains through a UV-IR filter, it reduced electricity
Source: HD.com Pith-to-chip ratio, container or slab dimensions, crop-cycle length, irrigation frequency, drainage design, and desired dry-back all influence the appropriate specification. The aim is a repeatable balance that matches the crop's root volume and the frequency and volume of irrigation events."
Source: HD.com Tomatoes and cucumbers accounted for most of the greenhouse area, covering 2.8 million and 2.1 million square meters respectively. Turkestan Region was the largest greenhouse production area, with almost 900,000 square meters planted with cucumbers and 1.2 million square meters with tomatoes. Shymkent
Source: VFD.com This paper presents a systematic review of 208 peer-reviewed studies from 2015 to 2025. It explores how AI, ML, and IoT are applied across the VF ecosystem, focusing on key areas such as computer vision for disease detection, crop growth and yield prediction, smart climate control,
Source: VFD.com Smartwell's controlled environment agriculture platform is not a simple greenhouse monitoring system, but an intelligent agricultural operating framework built around "sensing, AI models, decision-making, execution, and feedback." The system continuously analyzes crop status inside the greenhouse using sensors, environmental data, crop imagery,
