- Headquarters
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Drammensveien 130
0277 Oslo
Norway
Intravision Group is an international research and technology company with headquarters in Oslo, Norway and offices in Toronto, Canada. Originally an architecture and consultancy firm, Intravision was founded in 1998 with a focus on developing photobiology light systems. Through the company’s meticulous research, authentic partnerships, and multi-faceted expertise, Intravision has become the expert in controlled environment urban farming.
Much of Intravision’s success can be attributed to the company’s 2010 collaboration with the University of Guelph’s Controlled Environment Systems Research Facility (CESRF). This collaboration brought together two groups who were interested in exploring how plants would respond to stimuli in controlled environments.
Today, Intravision Group uses its 20 years of research and expertise to develop high end customizable production systems for food and plant based pharmaceutical companies. Intravision Group designs, engineers, and manufactures growth systems that control the light intensity, light spectrum, air, moisture, temperature, and nutrition levels interacting with specific plants. Intravision takes the time to understand the needs of every plant it encounters in order to optimize plant growth and customer satisfaction.
We have two areas of focus; The first is the development of multi-band and spectrum variable LED lighting designed for biological control and the optimization of engineered plant outcomes in responses from specific wavelengths between UVA and IR light. Our light recipes and lamps represent over 20 years of photobiological & controlled environment research.
The second area of focus is thus the controlled environment and the optimization of advanced multi-layer vertical farm systems/automation & AI management systems designed specifically for the large scale mass productions of plants for food productions and the pharmaceutical industrys.
Intravision Group has a long standing partnership with the University of Guelph’s Controlled Environment Systems Research Facility (CESRF). The CESRF is a world leading controlled environment research institution with direct partnerships and continuous research programs with the National Aeronautics and Space Administration (NASA). The European Space Agency (ESA). The cooperation between the CESRF and Intravision matched our state-of-the-art spectrum variable LED light technology with the CESRF’s competence within controlled environment systems for the production and engineering of plants within enhanced environment & for optimal/desired result.
This synergy enables the development of new knowledge/ technology in how to optimize light spectrum variations and photoperiods to trigger desired responses in plants and to optimize plant production practices, including shorter generation cycles, greater yield and improved quality of specific valuable components. As well as refining the environmental conditions. Temperature/ humidity & evapotraspiration, nutrients, day/night cycles, oxigen & co2 transfers etc.
Our R&D department is currently focused on furthering our tech in the fields of AI System integration/ Facility Management software, food security projects for extreme habitats, controlled environment research chambers, large-scale efficient indoor food production systems & supplementary light systems for greenhouse horticulture.
Much of Intravision’s success can be attributed to the company’s 2010 collaboration with the University of Guelph’s Controlled Environment Systems Research Facility (CESRF). This collaboration brought together two groups who were interested in exploring how plants would respond to stimuli in controlled environments.
Today, Intravision Group uses its 20 years of research and expertise to develop high end customizable production systems for food and plant based pharmaceutical companies. Intravision Group designs, engineers, and manufactures growth systems that control the light intensity, light spectrum, air, moisture, temperature, and nutrition levels interacting with specific plants. Intravision takes the time to understand the needs of every plant it encounters in order to optimize plant growth and customer satisfaction.
We have two areas of focus; The first is the development of multi-band and spectrum variable LED lighting designed for biological control and the optimization of engineered plant outcomes in responses from specific wavelengths between UVA and IR light. Our light recipes and lamps represent over 20 years of photobiological & controlled environment research.
The second area of focus is thus the controlled environment and the optimization of advanced multi-layer vertical farm systems/automation & AI management systems designed specifically for the large scale mass productions of plants for food productions and the pharmaceutical industrys.
Intravision Group has a long standing partnership with the University of Guelph’s Controlled Environment Systems Research Facility (CESRF). The CESRF is a world leading controlled environment research institution with direct partnerships and continuous research programs with the National Aeronautics and Space Administration (NASA). The European Space Agency (ESA). The cooperation between the CESRF and Intravision matched our state-of-the-art spectrum variable LED light technology with the CESRF’s competence within controlled environment systems for the production and engineering of plants within enhanced environment & for optimal/desired result.
This synergy enables the development of new knowledge/ technology in how to optimize light spectrum variations and photoperiods to trigger desired responses in plants and to optimize plant production practices, including shorter generation cycles, greater yield and improved quality of specific valuable components. As well as refining the environmental conditions. Temperature/ humidity & evapotraspiration, nutrients, day/night cycles, oxigen & co2 transfers etc.
Our R&D department is currently focused on furthering our tech in the fields of AI System integration/ Facility Management software, food security projects for extreme habitats, controlled environment research chambers, large-scale efficient indoor food production systems & supplementary light systems for greenhouse horticulture.
