Reefy develops the Reef Enhancing Breakwater, a modular artificial reef designed to dissipate wave energy while providing habitat complexity to boost marine biodiversity. This technology addresses coastal erosion and habitat loss by creating climate-resistant infrastructure that can reduce material use by up to 60% and environmental footprints by 50%.
Funding
$870K 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
Coastal erosion, habitat loss, and the increasing intensity of storms threaten shorelines, marine ecosystems, and coastal infrastructure. Traditional coastal defenses often exacerbate habitat degradation and fail to provide ecological benefits.
Solution
Reefy provides a modular, artificial reef system called the Reef Enhancing Breakwater (REB) that dissipates wave energy, protects coastlines, and simultaneously enhances marine biodiversity. The patented design creates a stable structure that reduces wave impact by up to 90%, preventing erosion and flooding. The REB's complex habitat promotes the growth of marine life, including corals, oysters, and various fish species, contributing to ecosystem restoration. Reefy's solutions utilize sustainable, locally sourced materials and are designed for efficient installation, reducing both environmental impact and maintenance costs. The system is customizable to meet specific project requirements and can be applied in various settings, including touristic beaches, dikes, rivers, and offshore environments.
Target Audience
Reefy's primary customers include governments, marine contractors, resorts, beach owners, and energy companies seeking sustainable coastal protection and ecosystem restoration solutions.
Features
- Modular design for adaptable coastal protection and habitat creation
- Wave energy dissipation of up to 90%, reducing coastal erosion and flooding
- Habitat complexity to promote marine biodiversity, including coral and oyster growth
- Sustainable and locally sourced materials for reduced environmental impact
- Efficient installation process, minimizing project costs and timelines
- Customizable textures and hole sizes to meet specific tender requirements
- Validated stability in high-velocity environments and storm conditions
- Suitable for various applications, including touristic beaches, dikes, rivers, and offshore wind farms
- Integration with BlueBiodex for ecosystem health monitoring and impact assessment