Arcaea develops novel beauty ingredients through biological engineering, DNA sequencing, and fermentation, creating a sustainable supply chain that eliminates reliance on petrochemicals and depleting natural resources. By harnessing the unique capabilities of biology, Arcaea delivers products with enhanced functionality across skincare, bodycare, haircare, and aesthetics.
Funding
$78M 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.
Founders
Product
Problem
The beauty industry relies heavily on petrochemicals and unsustainable extraction of natural resources for ingredient sourcing, leading to environmental concerns and supply chain vulnerabilities. Traditional chemical synthesis often lacks the precision to create ingredients with enhanced functionality and novel properties.
Solution
Arcaea leverages biological engineering, DNA sequencing, and fermentation to develop novel beauty ingredients, offering a sustainable alternative to conventional methods. By harnessing the precision and scalability of biology, Arcaea creates ingredients with enhanced functionality for skincare, body care, hair care, and aesthetics applications. Their approach focuses on creating new-to-the-world ingredients that are uniquely accessible through biology, rather than simply replacing existing ones. Arcaea aims to provide the beauty industry with a regenerative ingredient toolset, fostering creative expression and a more sustainable future. They offer ingredients for the industry at large, while also developing their own brands that showcase the possibilities of biology.
Target Audience
Arcaea serves both beauty brands seeking innovative and sustainable ingredients and consumers interested in products formulated with biologically engineered components.
Features
- Development of novel beauty ingredients through biological engineering and fermentation
- Sustainable supply chain that reduces reliance on petrochemicals and resource depletion
- Focus on creating ingredients with enhanced functionality and unique properties
- Production of both industry-wide ingredients and proprietary branded products
- Use of DNA sequencing to optimize ingredient development
- Expressive Biology approach, bridging biology with creativity and technical expertise