Our "Moat" is built on three pillars:

Proprietary Hardware: Patent-pending automated extraction systems for high-purity mucin.

Algorithmic Optimization: Machine learning models that adjust environmental variables based on real-time sensor data to maximize yield.

Strategic Network: Partnership-driven validation from industry leaders like Autodesk and the Earthshot Prize.

Each EscarGrow™ unit is designed for "plug-and-play" deployment, running on a standard 110v outlet. The system is low-draw and optimized for solar-offsetting, making it viable for both urban warehouses and off-grid agricultural sites.

EscarGrow™ is poised to deliver industry-leading efficiency: Feed Conversion Ratio (FCR) of 1.5:1.

This is significantly more efficient than bovine (6:1) or porcine (3:1) models, allowing us to turn "waste" into "protein" with minimal caloric loss and maximum ROI.

Yes. We are targeting a massive supply gap in the $6B+ snail beauty market. Domestic labs currently rely on unrefined imports; HHH provides "Standardized Mucin Extract" that is traceable and ethically harvested, commanding a 40% market premium. Additionally, US demand for high-quality escargot remains underserved by domestic production.

This is a top priority. EscarGrow™ units are engineered as Level-3 Bio-Secure Containment Systems. Our protocols include automated climate locks and to ensure zero environmental escape, meeting or exceeding USDA-APHIS guidelines for Helix aspersa management.

By diverting organic waste from landfills (where it would produce methane) and converting it into soil-regenerating compost and clean protein, EscarGrow™ serves as a decentralized carbon sequestration tool.

Snails are one of Earth’s oldest ecological collaborators; over 500 million years old and among the first animals ever farmed by humans. Across cultures, they’ve long been valued as a nutrient-dense, low-impact protein. Today, their overlooked potential holds relevance for the climate era.

At HHH, we integrate heliciculture through EscarGrow™, a closed-loop system where snails transform food waste into nutrient-rich compost, restore degraded soils, and create pathways for climate and economic resilience.

By reintroducing this ancient food source, we’re not just farming snails; we’re restoring ecosystems, honoring heritage, and designing infrastructure for a more just and sustainable future. 🐌🌿

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The "Mini" is our entry point for climate-literacy in schools. It functions as a "living lab," providing a repeatable STEM curriculum that pays for itself through the sale of the byproducts generated by the students’ research.

HHH is at a catalytic stage: patent-pending technology, early partnerships established. Funders have the chance to:

﹒Seed a solution with global relevance

﹒Shape a replicable model for food waste diversion and climate action

﹒Leverage every $1 into ~$3–$5 of environmental and social return (based on SROI/IMM analysis)

Early supporters become anchor partners whose backing will be credited in national replication.

Heliciculture is the science and art of raising snails for food, cosmetics, pharmaceuticals, and soil regeneration.

With EscarGrow™, we use it as an engine for equity: combining sustainable farming, biodiversity conservation, and workforce development to nourish people and planet alike.

Yes! Snails have one of the lowest ecological footprints of any animal protein. They require minimal water, space, and feed; and produce almost no methane.

Our methods take it even further: we use food waste as feed inputs, compost snail byproducts, and integrate native plants into farming systems. This supports healthy soil, pollinators, and long-term ecological balance.