Feedgee combines scientific research in biology and physics with software engineering, industrial automation, and robotics integration — producing precision systems where evidence, accuracy, and field performance are non-negotiable.
From data pipeline to deployed system — Feedgee covers the full engineering stack for complex, precision-demanding applications.
End-to-end platform and API development for scientific and industrial applications. Automated data ingestion, processing and delivery pipelines. Web applications and system integrations for enterprise and agricultural clients.
Control system design for sensor arrays, edge computing nodes, and automated measurement rigs. Integration of heterogeneous industrial data sources into unified real-time processing environments.
Interface layer between robotic platforms and client systems: UAV ground-station pipelines, flight mission planning for agricultural drones, and variable-rate application delivery to tractor and field equipment.
Feedgee's research programme spans plant biology and optical physics — disciplines that converge in precision EO-based monitoring systems.
Research into plant stress mechanisms, growth stage characterisation, and biochemical markers detectable from remote sensing platforms. Focus on chlorophyll, nitrogen status, and canopy structure across crop types.
Applied research in radiometry, spectral modelling, and sensor characterisation for precision remote sensing. Calibration of UAV and satellite sensors against certified reference standards.
Feedgee's R&D produces commercial products and prototypes — each applying the company's scientific and engineering expertise to demanding real-world problems.
Early plant stress detection platform for agriculture. Sentinel-2 satellite data fused with radiometrically calibrated UAV multispectral imaging — delivering field-level stress maps, biophysical analytics (chlorophyll, LAI, N-index), and machine-ready variable-rate application prescriptions. Active production deployment across multi-crop fields in Ukraine.
Visit silvaiq.comNavigation and passage planning assistant for sailing boats and autonomous sailing drones. Integrates meteorological, oceanographic, and weather forecast data with game-based mission simulation — enabling crews and operators to plan, model, and rehearse route transitions before execution. Designed for complex crossings where wind, current, timing, and uncertainty are critical variables.
Inquire about SHFeedgee is built on deep domain expertise — science, engineering, and operations — accumulated over decades of active practice.
AS
26 years in business and product development. Founded and scaled technology ventures. Drives product strategy, business development, and partnerships. Master in Technology Management.
IZ
20 years in project and organisational management. Oversees operations, EU programme delivery, partner coordination, and quality management system. Ensures research projects run on time, within scope, and to standard.
KH
25 years in applied science — plant biology, biophysics. Leads scientific research programme: biophysical modelling, field calibration protocols, and the science behind SilvaIQ. Doctor of Biological Sciences and Professor.
Feedgee engages across the full spectrum of collaborative R&D — from EU Horizon Europe consortia and EIC acceleration programmes to national government initiatives and private industry partnerships. Our dual-track structure makes us a versatile partner: scientific depth for research-led programmes, engineering delivery for applied and commercial projects.
We bring documented research outputs, production-deployed demonstrators, and a track record of applied work from field to platform — whether the partnership is structured around a grant, a contract, or a co-development agreement.
Whether you're exploring a research partnership, an engineering project, or a Horizon Europe collaboration — get in touch and we'll follow up within two business days.