MycoDAO

MycoDAO is a decentralized autonomous organization built on Solana that aims to open fungal biotechnology to the world by connecting field researchers, citizen scientists, lab operators, and funders into a single incentive-aligned network for discovering, documenting, and commercializing fungi.

What It Does

Mycology has historically been starved of funding and institutional attention despite fungi's potential across medicine, sustainable materials, and environmental remediation. MycoDAO's premise is that decentralized coordination can fix this by removing the gatekeepers — grant committees, academic journals, centralized lab access — and replacing them with token incentives, community governance, and portable infrastructure.

The project organizes itself around three pillars. Nature treats mycelium as an ecological sensing layer: fungi map nutrient flows, break down pollutants, and bridge biological systems across soil, water, and atmosphere. Money provides the decentralized funding rails: tokenized intellectual property, licensing models, community grants, and biobank access fees that allow discoveries to generate economic value without requiring a traditional biotech intermediary. Science covers the physical and digital infrastructure that makes discovery possible at scale: portable labs, DNA sequencing tools, microscopy, AI data pipelines, and a global biobank.

How It Works

Citizen Science via MycoApp

The primary onboarding layer is the MycoApp, a mobile application that lets anyone photograph fungi in the field, log GPS-tagged environmental metadata, submit tissue samples, and record sequencing results. Verified contributions earn $MYCO tokens, creating a direct economic incentive for expanding the global fungal knowledge base.

Lab-in-a-Box

For contributors who want to do more than observe, MycoDAO's Lab-in-a-Box program — developed through the team's hardware company Mycosoft — provides portable DNA sequencing equipment, microscopes, and culture tools that researchers can deploy in the field. Oxford Nanopore, Tecan, and Thermo-Fisher are listed as advisory consortium partners supporting the scientific infrastructure side.

Multi-Agent AI System

Raw field data is processed through a multi-agent AI system built on the elizaOS framework. It normalizes submissions from different contributors, builds knowledge graphs, identifies patterns across species and geography, and flags candidates for further study or commercialization.

FungIP: Multi-Chain Intellectual Property

The most architecturally distinctive feature is FungIP, MycoDAO's intellectual property tokenization pipeline. It spans three blockchains deliberately:

• Bitcoin: DNA sequences, bioactive compound structures, and discovery records are inscribed onto Bitcoin using ordinal inscriptions. This creates an immutable, timestamped proof of prior art that cannot be altered or deleted.
• Ethereum: IP-NFTs representing unique scientific breakthroughs are issued on Ethereum, granting holders legal rights tied to the intellectual property and linking to datasets, licensing agreements, and commercial applications.
• Solana: When a specific research sub-project needs community funding, Solana-based IP-Tokens are created for rapid, low-cost investment rounds. These fungible tokens represent fractional financial participation in a defined research initiative.

The pipeline runs: field discovery → DNA barcoding → Proof-of-Invention verification on Ethereum → community governance vote → permanent Bitcoin inscription → optional Solana token issuance for commercialization.

Governance

MycoDAO governs through Realms, Solana's native DAO tooling. Three bodies interact:

• Community Members submit proposals detailing project objectives, requested funding, and expected outcomes. After a community review phase, MYCO token holders vote.
• Council Members are elected annually by token holders and provide strategic oversight.
• Advisory Consortium assesses scientific and commercial viability. Listed advisors include Mycosoft, 7ensor, Oxford Nanopore, Tecan, and Thermo-Fisher, as well as mycological institutions and government agencies.

Token: $MYCO

$MYCO is a Solana-native utility and governance token with a fixed supply of 210,000,000. Contract address: EzYEwn4R5tNkNGw4K2a5a58MJFQESdf1r4UJrV7cpUF3.

Token distribution:

• 30% Community and Research Grants
• 22% Fungal Biobank and Data Incentives
• 18% Industry Partnerships
• 12% Liquidity and Operations
• 18% Founding Team

Use cases include citizen science rewards via MycoApp, governance voting on proposals, access to the compound marketplace and biobank storage, tissue licensing transactions, and IP-NFT creation through FungIP.

The token launched on May 12, 2025 via Bio Protocol's launchpad at bio.xyz, where MycoDAO raised $468,000. Trading pools include MYCO/SOL and MYCO/BIO on Solana.

Team

Morgan Rockwell (Founder and Lead Engineer) is the inventor of the first Bitcoin ATM, BitCongress (a blockchain voting protocol), and BitSwitch (a Bitcoin-based smart contract system for IoT). He also created the Fungal Computer Interface and the Hypha programming language. His background bridges cryptography, hardware design, and mycology.

Abelardo Rodriguez (Co-Founder and Operations Manager) brings over 20 years in broadcasting and digital marketing, including roles at Telemundo 20/NBC San Diego and Univision. He serves on the boards of the San Diego Mycological Society and Corazon de Vida.

Solana Ecosystem Fit

MycoDAO sits within the emerging decentralized science (DeSci) vertical on Solana, alongside other BioDAOs and research-funding protocols. Its integration with Bio Protocol (bio.xyz) for fundraising connects it to a broader DeSci ecosystem. By choosing Solana for governance and liquidity — while using Bitcoin for archival and Ethereum for IP-NFTs — MycoDAO leverages Solana's throughput and low fees for high-frequency interactions (voting, token rewards, marketplace transactions) while using other chains for their specific properties.

Real-world initiatives include Project Oyster, which is deploying pink oyster mushrooms trained to tolerate high salinity and absorb heavy metals to remediate contaminated waterways in the San Diego coastal region, including the Tijuana River Estuary.

No third-party security audits for the $MYCO token contracts or DAO treasury are publicly documented at time of writing.