Interstellar Lab develops biofarming platforms that utilize AI and controlled-environment agriculture to optimize plant yield and enhance the production of secondary metabolites. By addressing the challenges of sustainable ingredient sourcing on Earth and in space, the company enables large-scale cultivation of diverse plant species for applications in health, beauty, and biodiversity conservation.
Funding
$12.3M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
NFounders
Product
Problem
Sourcing plant-based ingredients sustainably and at scale presents significant challenges, particularly for industries like health, beauty, and biodiversity conservation. Traditional agriculture faces limitations in optimizing plant yield and metabolite production, while also struggling to adapt to the unique demands of space exploration and off-world cultivation.
Solution
Interstellar Lab develops advanced biofarming platforms that leverage AI and controlled-environment agriculture (CEA) to optimize plant growth and enhance the production of valuable secondary metabolites. Their systems precisely control environmental factors such as temperature, water, CO2, light, nutrients, and microorganisms to maximize yield and tailor metabolite composition for a wide range of plant species. The company's solutions support both terrestrial and space-based applications, enabling the cultivation of diverse plant species, from microgreens to endangered botanicals, for use in health, beauty, agriculture, and biodiversity conservation. By integrating AI and data analytics, Interstellar Lab optimizes environmental conditions for plant yield, phenotype, and metabolite production, facilitating efficient and autonomous plant cultivation.
Target Audience
Interstellar Lab's primary customers include companies in the health, beauty, and agriculture industries seeking sustainable and scalable sources of plant-based ingredients, as well as space agencies and commercial space companies involved in long-term manned missions and off-world cultivation.
Features
- AI-powered environmental control for optimizing plant yield and metabolite production
- Adaptable systems for temperature, humidity, atmosphere, light, irrigation, and nutrient management
- Capability to cultivate a wide range of plant species, including rare botanicals and endangered species
- Data-driven approach using AI and data analytics to optimize environmental conditions
- Integration with greenhouse systems for easy automation
- Solutions for both terrestrial and space-based plant cultivation
- Biospheric systems designed for autonomous plant growth with minimal human intervention