Mushopedia is more than a farm or database — it’s a regenerative model uniting fungal science, renewable energy, and ecological restoration. By running cultivation and data collection in parallel, we accelerate innovation that serves human health and planetary health.
Mushopedia is an early-stage biotech and sustainability startup with a dual business model combining a fungal knowledge platform and a forest-based organic mushroom production system. We bridge the gap between fungal molecular research and regenerative agroecology by turning data into real-world ecological impact and sustainable food systems.
A fungal knowledge platform aggregating molecular, ecological, and pharmaceutical data on fungi to support research, discovery, and education (Phases 1–2).
A sustainable biotech venture establishing a renewable energy-powered lab and forest-integrated mushroom farm to produce organic mushrooms and restore ecosystems (Phase 3).
At Mushopedia, our mission is to unlock and organize the molecular, ecological, and pharmaceutical data of fungi — transforming this knowledge into practical tools and sustainable systems that heal ecosystems, improve human and animal health, and inspire regenerative living.
Titirat Kantawang, Founder and CEO
Discover Mushopedia’s Organic Mushroom Farm Stand!
Join us for locally grown, sustainable, and delicious mushrooms — all cultivated in harmony with nature.
🌱 Learn about our vision:
Bridging data science and sustainable farming
Solar-powered lab & forest farm model
Regenerative cultivation on reclaimed logs
Agro-foresty
In the Mushopedia vision, the idea of an agro-forest (or forest mushroom farm) is about creating a living system where food production and ecological restoration happen together.
Here’s how it fits Mushopedia’s mission:
🌱 Agro-forest in Mushopedia’s vision:
Produces nutritious food (mushrooms), raw materials (spawn kits), and ecological benefits (carbon storage, habitat restoration).
A sustainable forest farming model that cultivates organic mushrooms directly on logs sourced from local or reclaimed wood.
Uses solar-powered labs to produce spawn and tissue cultures, then inoculates these logs in a managed forest area.
Enhances soil health, biodiversity, and decomposition, turning dead wood into living value while accelerating natural nutrient cycling.
Supports regenerative agriculture by integrating data-driven research (molecular, ecological, and chemical analysis) to optimize how different fungi interact with different trees.
MUSHOPEDIA
Be part of our journey!