ValleyDAO is a decentralized platform revolutionizing funding and translation for synthetic biology research to combat climate change. By empowering a global community with tokenized IP frameworks, we drive impactful biotech innovations from labs to market, fostering real-world climate solutions minus the greenwashing.
Predicted global temperature increase by end of this century
Majority of synthetic biology funding flows to health, leaving climate application funding only at 20%
Synthetic biology market potential by 2030 for non-medicine applications
Synthetic biology has the potential to revolutionize sustainable production across food, energy, chemicals, and materials, paving the way for a future of material abundance that benefits both people and the planet.
Synthetic biology is revolutionizing our ability to engineer life, enabling the design of microorganisms and plants to address global challenges such as CO2 pollution, sustainable food production, and environmental clean-up.
This field integrates advanced technologies like CRISPR gene editing, metabolic engineering, and bioinformatics to reprogram living cells into nanofactories that can:
- Remove CO2, heavy metals, and toxins from the environment.
- Manufacture bio-based construction materials with improved strength and functionality.
- Create biodegradable plastics and sustainable textiles.
- Enhance crop yields and nutritional content through.
- Synthesize bio-inks for 3D printing living tissues and organs.
Through its decentralized model, ValleyDAO empowers a global community to co-fund and collaborate on synthetic biology innovations, bridging science with a token-incentivized talent network to accelerate real-world impact. Its novelty lies in using IP Tokens and the GROW token to align incentives. IP Tokens let the community share in project success, while GROW enables voting on funding, rewards for co-development, and exclusive access to IP Token launches, aligning stakeholders toward shared goals.
Synthetic biology is revolutionizing our ability to engineer life, enabling the design of microorganisms and plants to address global challenges such as CO2 pollution, sustainable food production, and environmental clean-up. ...

Leverage synthetic biology and metabolic engineering to produce sustainable materials, fuels, and chemicals. Key technologies include microbial cell factories, enzyme optimization, and precision fermentation, enabling scalable and eco-friendly alternatives to traditional manufacturing.

Engineer microbes and enzymes to remove pollutants and degrade plastics, recover critical resources like metals, and restore ecosystems. Key technologies include bioleaching, pollutant-degrading enzymes, and microbial consortia.

Transform farming and food systems with engineered crops, microbiomes, and alternative proteins. Key technologies include precision gene editing (CRISPR), soil microbiome engineering, and cellular agriculture, ensuring sustainable, resilient, and nutritious food production.



ValleyDAO captures value through funding and translating synthetic biology research into impactful solutions. By securing exclusive or sublicensable rights to IP generated through funded projects, ValleyDAO monetizes this IP via two primary pathways: licensing to industry partners for upfront payments and royalties, or spinning out startups, where ValleyDAO converts its funding into equity stakes. These equity and licensing revenues ensure long-term returns.
To drive value-capture in the short and medium term, ValleyDAO will in Q2 of 2025 launch an AI powered platform for students, academics, and entrepreneurs in biotech looking to commercialize biotech solutions. This platform will offer tools and services vital to successful startup creation under a free, and payed version.
ValleyDAO captures value through funding and translating synthetic biology research into impactful solutions. By securing exclusive or sublicensable rights to IP generated through funded projects, ValleyDAO monetizes this IP via two primary pathways:...


Synbiobeta

Forbes

Molecule