Project

Spectron

Acronym
Spectron
Code
F2025/IOF-StarTT/014
Duration
15 April 2025 → 31 August 2026
Funding
Regional and community funding: Industrial Research Fund
Research disciplines
  • Agricultural and food sciences
    • Agricultural plant protection
    • Sustainable agriculture
    • Horticultural crop production
Keywords
spectroscopy nutrients decision support grapevine tomato fertilization
 
Project description
 

A spin-off from Ghent University is in development to provide farmers with real-time, in-field nutrient analysis of crops. Using advanced light-based sensor technology, we measure the interaction of light with leaf surfaces to detect nutrient imbalances before visible symptoms occur. This innovation aims to revolutionize fertilization decision-making, enabling precise and proactive nutrient management. Building on a successful proof-of-concept in Champagne vineyards, this project adressess key questions, such as how farmers can optimize fertilization to achieve specific quality traits like acidity or phenolic compounds. Additionally, the project will expand the technology’s application to a new crop, further enhancing the potential of the future startup. Finally, we will establish a strong connection with multiple potential customers, using their feedback to optimise the interface that will eventually inform their decissions