Advanced Multi-Channel Lighting System
Overview: Crocus Labs developed a custom, dynamic multi-channel lighting system tailored for both commercial horticulture and advanced research applications. This system merges precision engineering with spectral flexibility to meet the evolving needs of plant science and seed breeding.
Key Features:
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Up to 4 independently controlled spectral channels
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Real-time dynamic light modulation
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Cloud-based control and data analytics
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Modular architecture for scalability and integration
Proven Results: In internal trials with strawberry cultivation, the system demonstrated a 22% increase in growth efficiency, validating its potential to significantly boost crop yield and resource efficiency.
Used By:
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Leading seed breeding companies and agri-tech researchers
Fully Adaptive Lighting System (Expected start Q1 2026)
Overview: Launching in collaboration with a major greenhouse builder, this project will integrate Crocus Labs’ core technologies into a fully adaptive lighting system.
Technology Stack:
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Crocus Driver Technologies for precision control
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Multi-channel LED architecture for spectral flexibility
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Integrated spectral sensors for real-time feedback
Goal: Create a self-optimizing lighting system that dynamically adjusts spectral output based on plant needs, environmental conditions, and growth stage.
Expected Impact: Revolutionize greenhouse lighting by combining automation, intelligence, and spectral science—maximizing yield while minimizing energy use.
miniSUN – Mimicking the sun indoor
Overview: Funded by the European Innovation Council (EIC), the miniSUN project developed a dynamic lighting system that integrates Crocus Labs’ proprietary technologies.
Core Technologies:
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Sun-spectrum LED developed in-house
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Advanced driver configurations
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Integrated sensor systems
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Digital twin for simulation and optimization
Strategic Alignment:
miniSUN supports multiple EU priorities:
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Energy and food security
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Semiconductor sovereignty (EU Chips Act)
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AI-driven smart systems for sustainability
Status:
Grant successfully completed. Crocus Labs is now seeking private investors or strategic partners to commercialize key components.
The EIC will match up to €3M of raised capital to accelerate market entry.
Quantum Dot LED Spectrum Engineering
Overview: Crocus Labs is actively collaborating with two major LED chip manufacturers to develop custom quantum dot-enhanced LED chips with tailored spectral output.
Key Objectives:
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Engineer custom light spectra at the chip level using quantum dot technology
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Enhance spectral precision and energy efficiency
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Validate long-term reliability and performance under real-world conditions
Status:
Ongoing development and reliability testing under NDA. Early results show promising spectral stability and manufacturability.
Interest from automotive companies.
PhotonHub-Funded LED Commercialization
Overview: In partnership with the Łukasiewicz Research Network, Crocus Labs is part of a PhotonHub-funded initiative to develop and commercialize next-generation LEDs for greenhouse applications.
Focus Areas:
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Improving device performance through advanced materials and design
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Enhancing quantum efficiency and ohmic contact reliability
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Bridging the gap between lab innovation and market-ready products
Status: Active collaboration underway; prototypes and performance benchmarks in development.
Circadian Lighting for Medical & Wellness Applications
Overview: Crocus Labs is developing a next-generation wearable lighting system designed to support circadian rhythm regulation for medical and wellness environments.
Focus Areas: Dynamic spectral tuning to mimic natural daylight cyclesIntegration with biometric and environmental sensorsApplications in sleep therapy, mental health, and workplace wellness
Goal: Enhance human well-being by aligning artificial lighting with biological rhythms, improving sleep quality, mood, and cognitive performance.Status:In development with select partners in the medical and wellness sectors. Early prototypes are undergoing validation.
