Edge AI in Precision Agriculture: Practical Considerations for Real-World Farming
While many digital agriculture solutions rely on centralized cloud infrastructure, farming environments often present practical constraints that influence how technology can be deployed effectively.
Customizing plant metabolism through light modulation
Advances in LED technology and controlled environment agriculture have made it possible to design precise light regimes that optimize both biomass production and the accumulation of valuable phytochemicals.
WSSA Commends New Regenerative Agriculture Pilot Project
The pilot project's four-pronged focus will help to improve both the nation's food security and food affordability, point out WSSA leaders.
Indoor Ag-Con & Inside Grower Announce Finalists for the 2nd Annual CEAs - Cultivating Excellence Awards
Celebrating outstanding achievement across three categories-Operational Excellence, Product Innovation, and the newly added Trailblazer Award-The CEAs spotlight growers, innovators, and individuals who are shaping the future of indoor agriculture.
Engineering the Future of Lubricants: From Plants to Performance
The global movement towards sustainability has put a spotlight on biolubricants as a great alternative to petroleum-based lubricants due to their ability to not harm the environment like petroleum-based lubricants do.
Spotted Lanternfly: Understanding the Threat to U.S. Agriculture
Early detection can prevent many of the challenges faced by growers in established infestation zones. Real-time insights, accurate identification, and data-driven technology give producers a practical way to stay ahead of this invasive pest.
PRODUCTION OF 3D PRINTED ROBOTICS COMPONENTS FOR AGRI-TECH - A CASE STUDY
Dogtooth's robots use state-of-the-art machine learning and computer vision technology to achieve the near-human levels of visual acuity and dexterity required to pick delicate berry fruits without damage.
Beyond the Device: The Real Drivers of Industrial Mobility
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Accessories don't just complement rugged devices, they complete them. They turn durability into productivity, resilience into results, and hardware into workflow platforms.
Agroz Inc. Announces Launch of Agroz Robotics with UBTECH to Integrate AI-Robotics Technology into Farm Operating System
Innovative collaboration integrates robotics, data, and precision agriculture into Agroz's vertical farming ecosystem to support sustainable food production
How AI Is Revolutionizing Agriculture for a Sustainable Future
Yes, challenges like high costs and technical barriers exist, but solutions are emerging, making AI more inclusive and effective. As trends like digital twins, generative AI, and advanced robotics take hold, the potential for smarter, sustainable farming grows.
AgTech That Can Improve Subterranean Agriculture Projects
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Underground farming requires unique practices, using the right AgTech tools makes it easier to track and control lighting, airflow, moisture and nutrients. Maintain steady conditions and keep subterranean systems productive even when surface-level farming gets unpredictable.
Persistence Unlocks True Precision Agriculture
The adoption of active tethered systems represents maturity in AgTech. We are moving past the novel phase of simply flying a drone and into the phase of building actual infrastructure, installing a persistent aerial sensor array.
Harvest Faster, Smarter: How Precise Lighting Cycles Cut Down Time to Market
One of the most effective (yet underutilized) strategies for accelerating production is optimizing your lighting cycles. With precision-controlled lighting, growers can shorten vegetative phases, stimulate earlier flowering, and ultimately harvest sooner-without compromising quality.
Mon Power Brings Solar Grazing to West Virginia Site
Hundreds of sheep kept vegetation trimmed at 80-acre solar facility in Monongalia County. This method of natural lawnmowing is currently being used at 506 solar sites in 30 states, according to the American Solar Grazing Association.
Honda Supports U.S. Farmers in Adopting Regenerative Agriculture for Healthier Soil, Air and Water
Regenerative agriculture improves soil health, removes carbon from the atmosphere and conserves water. Honda is supporting 1,800 metric tons of soil carbon removals as a step toward its decarbonization goals
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