Ultralytics (@ultralytics)

Ultralytics YOLO26의 segmentation 기능을 활용해 식물 잎의 병변 부위를 탐지·분리하는 데모를 소개한다. 작물 모니터링, 조기 병해 진단, 정밀농업 워크플로에 적합한 AI 비전 적용 사례다.

https://x.com/ultralytics/status/2039735971260875025

#ultralytics #yolo26 #segmentation #precisionagriculture #computervision

What if you could see what's happening beneath your crops in real time?

A quick guide to picking the right soil sensor:

🔹 DL-TRS12 — Moisture, temp & conductivity. All-rounder for any soil.
🔹 DL-TRS21 — Water potential. What the plant actually feels.
🔹 DL-SMTP — Depth profile. Follow water to the roots.
🔹 DL-SDD — Moisture + salinity. Soil health & nutrients.

See it live: https://buff.ly/RD8VvJ9

#SoilHealth #PrecisionAgriculture #LoRaWAN #IoT #SmartFarming

Trailblazers of the Sky: Top 5 Women Entrepreneurs Leading India’s Drone Manufacturing Industry

#TycoonWorld #WomenInTech #WomenEntrepreneurs #DroneIndustryIndia #DroneManufacturing #UAVIndia #AgriDrones #DefenceTechnology #AerospaceInnovation #DeepTechIndia #DroneStartups #AtmanirbharBharat #MakeInIndia #PrecisionAgriculture #SwarmDrones #VTOLDrones #DroneAsAService #RuralEntrepreneurship #AIInDrones #UnmannedAerialSystems

https://tycoonworld.in/trailblazers-of-the-sky-top-5-women-entrepreneurs-leading-indias-drone-manufacturing-industry/

If fertiliser is ~45% of corn’s direct costs, timing is money. Upside Robotics says its rover can cut nitrogen use by up to 70% via micro-dosing. The catch: throughput, uptime, and yield risk.

Read the full feature: https://agtech.industryexaminer.com/fertilizer-robot-micro-dosing-nitrogen-corn/

#AgTech #PrecisionAgriculture #FarmRobotics #Nitrogen #Corn #SustainableFarming #InputEfficiency #AgInnovation #UpsideRobotics #TechNews

An AI model that detects and identifies plants has been developed by Carbon Robotics, marking a step forward in precision agriculture with real‑time plant recognition for improved weeding and crop management. Read more:

#AI #AIBaseng #AgTech #PrecisionAgriculture #PlantIdentification

https://aibase.ng/global-ai-updates/an-ai-model-that-detects-and-identifies-plants-built-by-carbon-robotics/

An AI model that detects and identifies plants has been developed by Carbon Robotics, marking a step forward in precision agriculture with real‑time plant recognition for improved weeding and crop management. Read more: https://aibase.ng/ai-ethics-policy/firefoxs-ai-opt-out-sparks-debate-on-control-cost-and-consent/

#AI #AIBaseng #AgTech #PrecisionAgriculture #PlantIdentification

https://aibase.ng/global-ai-updates/an-ai-model-that-detects-and-identifies-plants-built-by-carbon-robotics/

An AI model that detects and identifies plants has been developed by Carbon Robotics, marking a step forward in precision agriculture with real‑time plant recognition for improved weeding and crop management. Read more: https://aibase.ng/ai-ethics-policy/firefoxs-ai-opt-out-sparks-debate-on-control-cost-and-consent/

#AI #AIBaseng #AgTech #PrecisionAgriculture #PlantIdentification

https://aibase.ng/global-ai-updates/an-ai-model-that-detects-and-identifies-plants-built-by-carbon-robotics/

🤝 Meet the Consortium Partners: Terraview

Meet Terraview GmbH, a Swiss innovator in agri-software for viticulture!

Their platforms, TerraviewOS and Aquaview, provide data-driven insights to optimise vineyard management and irrigation.
In @COP_PILOT_Horizon's Cluster 4, they lead soil optimisation pilots, refining sensor placement and promoting sustainable water use.

🔗 Cluster 4: https://cop-pilot.eu/clusters#tab-vineyards
🔗 Terrwaview: https://cop-pilot.eu/consortium#switzerland

#SmartVineyards #PrecisionAgriculture #IoT