

Ray of Hope Accelerator Demo Day
Join us for this year's Ray of Hope Accelerator Demo Day. A 90-minute interactive showcase of ten startups using nature’s strategies to solve some of the world’s most urgent challenges. After six months in our accelerator, these founders are ready to share how biomimicry is shaping the future of energy, materials, water, biodiversity and more. Come prepared to ask questions and dig in.
You’ll Meet:
Anew Material: Coatings inspired by natural adhesion strategies
Ecotune: Bio-inspired next-generation materials
Emboa Medical: Catheters inspired by the boa constrictor’s fang
Limax Biosciences: Surgical adhesives inspired by slug mucus
New Dawn Bio: Cultured wood grown from tree stem cells
OptionV Energy: Vanadium mining inspired by the Amanita mushroom
Parsons Kinetics: Wind turbines inspired by the Triplaris americana seed
PolyGone Systems: Microplastic filters inspired by floating plant roots
Praio: Protocells for efficient and sustainable biomanufacturing
Pyri: Wildfire detection devices inspired by Serotinous pine cones
The Ray of Hope Accelerator is a six-month initiative of the Biomimicry Institute that supports early-stage, nature-inspired startups developing regenerative solutions to global environmental challenges. Made possible through the support of the Ray C. Anderson Foundation, the program provides non-dilutive funding, tailored mentorship, impact and sustainability business training, storytelling support, and access to a global network of experts, investors, and partners to help founders strengthen and scale their biomimicry-driven innovations.
If you have questions, please contact Maëlys Renaud at [email protected] and Raven Rice at [email protected].
By clicking submit, you are agreeing to receive communications from The Biomimicry Institute, including newsletters, future invitations to events, and more. You can unsubscribe from communications anytime.
This event closes the 2025 cycle of the Ray of Hope Accelerator. Applications for the 2026 cohort will open on March 2nd.