Precision agriculture products that work with any equipment brand, covering guidance and steering, planting, spraying, retrofit and autonomy kits, and desktop and cloud farm management.
Collects and analyzes crop growth and environment data from greenhouse sensors and robots for yield forecasting and cultivation management. Sold as per-greenhouse package.
Vehicle Control Unit (VCU), which connects existing vehicles to TraXwise via ISOBUS TIM, and Tool Control Unit (TCU), which monitors implement functions and sends alerts through TraXwise.
ISOBUS control of AMAZONE machines via the AmaTron 4 terminal, software licences for precision work, and myAMAZONE apps including AmaTron Share and mySpreader.
Pest and disease detection for greenhouse crops.
Operator-assist steering system on the Flory V62 orchard sweeper. It holds the sweeping line while the driver keeps control in dusty, low-visibility conditions.
Precision farming technology that connects Case IH equipment, including the Case IH FieldOps mobile app for monitoring machines and agronomic data in real time.
Yield forecasting software for lettuce growers. It analyses images from greenhouse cameras with deep learning. Certhon states an accuracy of up to 95%.
GNSS automated steering systems for tractors and agricultural machinery, and a harvester row guidance system (NX612, NX610, NX510 series, HG100, X10).
CLAAS connect is a digital platform for smart farming on a connected farm.
7-14 day yield forecasts delivered through cloud-based software, with crop data captured by a mobile crop condition monitoring unit that attaches to existing harvest trolleys.
Vision-based steering kit that makes cultivators and other farm machines follow crop rows or ground furrows automatically. It works at 2–10 km/h in daylight and at night.
FendtONE combines hardware and software for digital farming: onboard operator station in the Fendt machine, offboard office software for farm planning and organisation.
Electric autosteering systems for tractors (FJD AT2, AT2 Lite, AT2 Max, AT2 Ultra) that use GNSS positioning with RTK correction to guide agricultural field operations.
Spray-control systems for agricultural spraying (FJD ATS, FJD ATS Ultra, Precision Vision Spraying Solution); the ATS Ultra provides PWM spray-tip control.
GNSS-based land leveling system for tractors (FJD AL02, AL02 Max) that combines terrain surveying, surface design and automatic blade control for level or sloped fields.
Weeder that uses video image analysis to locate individual plants and mechanically remove weeds within the crop row, developed for transplanted crops such as lettuce, cabbage and celery.
Hydraulic side shift unit with two rams, a potentiometer and a flow control valve for implement guidance. Offered in SD30, HD50 and XHD50 sizes for retrofit to hoes and other mounted machines.
Hardware and software system that maps flower, fruit, weed and pest counts and tree structure across orchards, using machine vision cameras, LiDAR, lighting and GPS.
Retrofit AI system for existing sprayers; boom-mounted cameras classify weeds to species level for selective spraying. Up to 25 km/h, ISOBUS compatible, dual-line spraying.
Hardware and software solutions for GRIMME machines in operating, assistance and data systems, including CCI-series ISOBUS terminals and the myGRIMME customer portal.
Precision spraying systems for HARDI sprayers: PulseSystem, ActiveAir, AutoNozzleControl, AutoSectionControl, i-features and PrimeFlow.
Digital farming tools: HorschConnect for controlling machines by smartphone and recording telemetry data, plus ISOBUS terminals and ISOBUS applications.
Manned-supervised robot tractors and rice transplanters, straight-line assist, variable-rate fertilizer/yield combines, GNSS guidance, auto-steering, ISEKI Agri Support.
Displays, receivers and modems for guidance, automation, machine performance and field maps, plus John Deere Operations Center and a mobile app for machine and field data.
Camera-guided selective hoeing system for working between and within the crop row by single-plant detection from the cotyledon stage; 1 to 5 km/h.
Camera-guided lateral shift system for hoeing implements with working widths up to 12 m in rear mounting and 4 to 15 km/h; requires at least 120 PS.
Camera-guided parallelogram shift system for hoeing implements, 4 to 15 km/h, row spacing from 3.5 cm; requires at least 90 PS.
Electronic solutions, including the IsoMatch range, used with ISOBUS implements from Kverneland and Vicon.
Digital agriculture products for LEMKEN implements: section control, rate control, tramline control, auto turn and guide licences, CCI ISOBUS terminals, the iQblue connect module and mobile apps.