Most biotech ideas don’t fail because they’re wrong. They fail because they’re never tested.

In this episode of Proof of DeSci, we dive into Primordia, a new initiative designed to unlock early-stage biotech experimentation through microgrants of up to $3,000.

Joined by Elliot Roth (Biopunk Community Lab), Zoe Isabel Senón, Albert Anis, and Morgan Richards from ValleyDAO., we explore the broken funding gap between idea and execution, why traditional grants and VCs miss early-stage science, and how Primordia is enabling researchers, students, and independent builders to run their first experiments.

We cover:

• Why most scientific ideas never get tested
• How $3K can be enough to kickstart real biotech innovation
• The role of community labs and open science
• What kind of projects Primordia is looking to fund
• How to apply and what makes a strong application
• The long-term vision for decentralized biotech funding

If you’ve ever had a scientific idea but didn’t know where to start, this episode is for you.

Links 👇

https://primordiagrants.com/

https://x.com/PrimordiaGrants

https://www.linkedin.com/company/primordia-grants/

Proof of DeSci 2025 Year in Review & Plans for 2026

2025 marked a turning point for ValleyDAO, a year defined by growth, maturation, and real-world validation of decentralized science.

Read the End of 2025 Report: https://valleydao.medium.com/2025-year-in-review-when-desci-stopped-being-an-experiment-plans-for-2026-e5b226f2165b

In this episode, we look back at the milestones that shaped the ecosystem, from expanding the core team and advancing flagship research projects to strengthening governance and pushing technologies closer to commercialization.

Albert and Morgan join us to unpack what it actually takes to fund climate biotech, translate research into viable products, and build infrastructure that supports scientists beyond traditional funding models.

We dive into:

• Hempy’s transition from funded research to a market-ready biotech hoodie
• Cocoa Zero’s progress toward locally produced, sustainable fats
• Tattva’s carbon-negative construction materials
• Primordia and the rise of community-driven biotech experimentation
• The role of the $GROW token in supporting innovation
• Phlo, ValleyDAO’s AI-powered platform designed to help researchers de-risk technologies, develop business models, and secure funding

We also discuss the realities of building in DeSci, navigating crypto cycles, staying science-first, and attracting contributors capable of turning ambition into execution.

Looking ahead, 2026 is about pilots, partnerships, and deployment: integrating ValleyDAO technologies with industry, publicly launching Phlo, and continuing to bridge the gap between research and real-world impact.

If you’re curious about where decentralized science is heading, and how biotech moves from lab benches to scalable solutions, this conversation is for you.

In this episode of Proof of DeSci, we dive deep into one of the world’s most carbon-intensive industries, construction, and explore how biotechnology can help rebuild it sustainably. Our guest, Prantar Tamuli, founder of Tattva, joins us to discuss Stromate, a living, carbon-negative biomaterial that uses cyanobacteria to sequester CO₂ while offering fire safety, translucency, and strength comparable to conventional materials.

Prantar shares his two-decade journey from architecture to biotech, the breakthrough that led to StrowMate’s creation, and how Tattva’s innovative process could help decarbonize global infrastructure. He’s joined by Albert Annis, co-founder of ValleyDAO, who explains why ValleyDAO decided to fund Tattva and how the project embodies the mission of using biology to tackle climate change.

Together, they unpack the challenges of scaling living materials, navigating regulation, and building industry partnerships, while teasing the upcoming Tattva IP token, which will bring this revolutionary technology directly into the homes (and portfolios) of DeSci supporters.

A must-listen episode for anyone curious about the intersection of climate, construction, and synthetic biology, and how DeSci is turning science into scalable climate solutions.