We help our customers grow plants they need efficiently and autonomously with biopods.
We successfully recreated alpine, tropical and temperate climate to grow a wide range of species with no compromise on quality.
Complete solution for precision botanical cultivation, from research to industrial-scale production.
— with Precision, Intelligence, and Sustainability.
Our high-precision platform accelerates botanical innovation, enabling rapid testing and optimization of plant growth recipes through precise environmental control and advanced automation.
Our BioPods transform optimized plant growth recipes into reliable, industrial-scale production. With precise environmental control and autonomous systems, they ensure consistent, high-quality botanicals while maximizing efficiency and sustainability.
AI-controlled greenhouses, autonomous with high modularity and biospheric conditions.
Autonomous, high-performance cultivation with minimal human intervention.
BioPods enable efficient and sustainable cultivation.
Coming soon
they deliver high-performance, autonomous plant production with minimal human intervention.
Model-1 is the most polyvalent outdoor biofarm on Earth – an alternative to traditional agriculture to ensure the relocated production of plants with high added value, while limiting the use of resources, the contamination of soil, and the erosion of biodiversity. An advanced greenhouse, a nursery, without dependence on seasons and surrounding climatic conditions.
PLEIAD are research pods designed to test biotic and abiotic stress on plant phenotype and growth. Equipped with 9 growing trays, advanced HVAC systems, and sensors, PLEIAD can recreate a wide range of climatic conditions to study plant responses to various stimuli. Temperature, gas concentration, water stress, humidity, and light are precisely controlled. PLEIAD connects to the BioLibrary to upload and download data, helping researchers understand how environmental conditions influence plant metabolite composition.
SIRIUS 1.0 is an R&D platform of autonomous Bio Units that provide precise control over temperature, humidity, CO₂, light, irrigation, and nutrient delivery. Integrated with GAIA and the BioLibrary, it enables high-throughput experimentation and predictive recipe testing to study how environmental conditions affect plant phenotype and metabolite production. Designed for industries working with bioactive compounds, SIRIUS bridges the gap between research, pilot-scale validation, and industrial production.
Orion is our next generation Biopod and our production streamliner. It is developed for large-volume production of natural ingredients, with autonomous operation, modular design and resource efficiency. Engineered for outdoor use, and with the possibility to be connected as stations, Orion leverages advanced Grow on autopilot to autonomously cultivate a wide variety of plant species, delivering high-quality ingredients with exceptional reliability.
Cultivate the Future.
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.
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.
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.
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.
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.
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.
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.
