We help our customers grow plants they need efficiently and autonomously with biopods.
6-12 months program to test in biopods specific species and biospheric conditions.
3-5 years program to secure the production of your botanicals in dedicated biopods.
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World leader in natural raw materials, is the first industrial player in fragrances and flavors to acquire its own biopod. With our grow program, we will provide Robertet with a first biopod in 2025 and collaborate with their research team to optimize plant growth and molecular composition on specific species used by the cosmetics and perfume industries.
World leader in natural raw materials, is the first industrial player in fragrances and flavors to acquire its own biopod. With our grow program, we will provide Robertet with a first biopod in 2025 and collaborate with their research team to optimize plant growth and molecular composition on specific species used by the cosmetics and perfume industries.
Interstellar Lab and L’Oréal will be exploring the potential of BioPod to source a variety of molecules and active ingredients. This aligns perfectly with L'Oréal's commitment to having 95% of their ingredients be bio-sourced, derived from abundant minerals, or circular processes by 2030
Interstellar Lab and L’Oréal will be exploring the potential of BioPod to source a variety of molecules and active ingredients. This aligns perfectly with L'Oréal's commitment to having 95% of their ingredients be bio-sourced, derived from abundant minerals, or circular processes by 2030
This collaboration aims to pioneer an ingredient research program focusing on the impact of environmental conditions on plant yield and phenotype evaluation. Leveraging on Interstellar Lab's cutting-edge, AI-controlled environment and biotech expertise, the partnership seeks to reduce climate impact of farming & preserve biodiversity in critical ecosystems.
This collaboration aims to pioneer an ingredient research program focusing on the impact of environmental conditions on plant yield and phenotype evaluation. Leveraging on Interstellar Lab's cutting-edge, AI-controlled environment and biotech expertise, the partnership seeks to reduce climate impact of farming & preserve biodiversity in critical ecosystems.
We help you produce plant-based ingredients efficiently and sustainably. Optimise the LCA of raw materials by securing your own production, cultivated year-round with consistent quality.
Unique solution to empower your research and education programs to study the impact of environment conditions on plant yield, phenotype and metabolites composition.
Putting technology at the service of nature. We help grow locally crops for preservation and reforestation purposes. By recreating the ideal conditions we want to contribute to the preservation of endangered species and biodiversity. Embrace bioconservation and safeguard nature with our biofarming solutions.
Amidst the climate crisis and rapid urban growth, we're empowering local cultivation of fresh produce, irrespective of geographic constraints. Our advanced AI and bioscience integrated pods offer a sustainable, traceable, and efficient solution for food production.
More autonomy, more efficiency, more biospheric control, less resources needed.
Harder, Better, Faster, Stronger. 200m2 of AI-powered greenhouse with advanced biospheric systems, direct CO2 Capture, integrated water treatment, optimised power consumption.
The first autonomous greenhouse of its kind.
First gen BioPod. 60m2 AI-controlled greenhouse, semi-autonomous with high modularity and biospheric conditions.
BioPods are designed for minimum input, maximum output and no waste. Sealed pressurized structure, it captures CO2, recycles water (99% savings), captures light from the sun and can recreate a wide range of climates while optimizing energy and resources used.
We use AI to generate recipes and adapt biospheric conditions based real-time data. BiopPods adjust themself, runs simulations, and push operation, maintenance and recommendations.
Adaptable and autonomous cultivation system with adjustable rack, precise climate control at canopy level and large spectrum of lights to optimize productivity per unit area and allowed to grow a large variety of species.
We study the impact of environmental conditions and various abiotic and biotic stresses on plant yield, phenotype and production of secondary metabolites.
We successfully recreated alpine, tropical and temperate climate to grow a wide range of species with no compromise on quality.
