Autonomous field platform and retrofit autonomy
Navigation, perception and task execution on ROS 2 and NVIDIA Jetson. Kit logic that can also be fitted to an existing tractor instead of buying a new machine.
01 — Area
Agri-Technology
We design, build and measure the hardware that works in the field ourselves: an autonomous platform, solar-powered irrigation, a pyrolysis line, greenhouse and poultry-house automation. All from one team; all tested on our own fields first.
What we can build
The list below is not a promise but a statement of competence. Which items matter for you is something we settle together in a discovery call.
Vision-based weed and plant recognition
In-row weed detection with cameras and AI; a mechanical weeding module integrated on a light electric platform.
Solar irrigation and sensor networks
Submersible pump, MPPT drive, an irrigation plan from soil-moisture and weather data; battery sensors with kilometres of range over LoRaWAN.
Pyrolysis line and biochar
A system that turns agricultural waste into biochar and energy; mass-balance and application logging (MRV) built to EU CRCF / EBC requirements.
Greenhouse climate and irrigation control
Climate, irrigation and fertigation setpoints from sensor fusion and control algorithms; connects to existing greenhouse automation via API.
Poultry-house vision and sensing
Egg and incubation recognition (Eggster), in-house environmental sensors and early warning; for small and mid-sized operations.
Nodes in this area
Live ones are in the field; those in progress are looking for pilot users.
Live
Ototar
Autonomous farming platform.
Details → LivePyrolysis
Biomass pyrolysis system — circular economy.
Details → In progressGreenhouse & Irrigation
Greenhouse management and smart irrigation systems.
Details → LiveSmart Irrigation
Solar-powered submersible pump, remote control and an AI-planned irrigation schedule.
Details → In progressEggster
Egg incubation recognition system.
Details →Horizon 2026
Technologies we follow closely and are ready to integrate. Sourced; no claims.
Retrofit autonomy kits
In 2026 major manufacturers began offering autonomy as a kit fitted to existing tractors rather than a new machine. For Türkiye’s fragmented holdings and ageing tractor fleet this route is the more realistic one.
The Mixing Bowl — 2026 Crop Robotics Landscape (September 2026)Satellite analytics (Sentinel-2)
10 m resolution, free imagery roughly every five days; vegetation and water-stress series produce evidence for irrigation zoning and carbon records. The Turkish ministry is integrating satellite monitoring with the farmer registry for the 2026 season.
ESA / Copernicus Data Space; Turkish Ministry of Agriculture and Forestry (2026)Autonomous greenhouse control
In the Netherlands, greenhouses where algorithms manage climate and irrigation setpoints are commercial; Gulf food-security investment wants the same technology in a desert climate.
WUR Autonomous Greenhouse Challenge; Blue Radix (2026)Certified biochar carbon removal
The EU adopted its permanent carbon-removal methodology for biochar in February 2026 (2026/285). Türkiye published its Emissions Trading System regulation in August 2026.
European Commission (3 Feb 2026); Official Gazette of Türkiye (27 Aug 2026)Precision poultry monitoring
Vision-based egg counting and weak/dead bird detection are commercial at large integrators; the gap for affordable solutions in small houses remains.
IPPE 2026; PoultryFI (arXiv, October 2025)Spray drones
The EU proposal to relax the aerial-spraying ban is due to settle by late 2026; combined with sensor and satellite data, targeted application becomes possible.
EU Food & Feed Omnibus (December 2025)What makes sense for your field?
A quote, a pilot or just a question — let’s define the scope together.
Book a discovery call