Overview

Decentralized Science (DeSci) is a movement to reform how science is funded, published, and governed using public blockchains, DAOs, and token incentives. As the Ethereum Foundation's DeSci hub frames it, the goal is to build public infrastructure for “funding, creating, reviewing, crediting, storing, and disseminating scientific knowledge” — addressing systemic failures of the traditional research system.

The problems DeSci targets

• Funding bottleneck — grant capital is scarce, slow, and gate-kept; low single-digit acceptance rates push researchers to optimize for grant committees rather than discovery.
• Closed-access publishing — publicly-funded results sit behind paywalls, and peer review is opaque and unpaid.
• IP lock-up — promising early research stalls in university tech-transfer offices, unable to attract capital or reach the public.
• Misaligned incentives — the reproducibility crisis and negative results are undervalued because they don't advance careers.

Core primitives

• IP-NFTs & IP Tokens — tokenize the legal rights to research so a community can own and fund it.
• DeSci DAOs — token holders collectively decide which research to fund and how to commercialize the results.
• Novel funding — quadratic funding, retroactive public-goods funding, and token-curated grants replace the single grant committee.
• Decentralized publishing & peer review — open-access research objects and on-chain attestations that give reviewers reputation and, increasingly, payment.
• Research data ownership — data NFTs, data unions, and Data DAOs that let the people who generate genomic and clinical data keep ownership of it and a share of the value.

Why now: the 2025–26 public-funding shock

DeSci's funding-bottleneck thesis stopped being abstract in 2025. Over the year the U.S. government terminated or froze more than 3,800 NIH and NSF research grants — roughly $3 billion in unspent, already-committed funds, the NIH alone accounting for nearly 2,500 grants (about $2.3 billion). One analysis found the terminations disrupted roughly 1 in 30 active clinical trials, affecting more than 74,000 enrolled participants. When the dominant grant pipeline contracts this sharply, community- and token-based funding stops being a novelty and becomes a lifeline — the clearest demand-side tailwind DeSci has had.

The 2026 landscape

DeSci has consolidated around a few coordination layers. Bio Protocol — which describes itself as “DeSci's new financial layer” — now coordinates ten BioDAOs, counted off its own ecosystem listing on 15 August 2026, having raised over $33M in its BIO Genesis round – Binance Labs' first DeSci investment, November 2024, both dated on Bio's published timeline. The ten span longevity (VitaDAO), women's health (AthenaBIO), psychedelics (PsyDAO), synthetic biology (ValleyDAO), hair loss (HairDAO), cryopreservation (CryoDAO), brain health (Cerebrum DAO), rare disease (Curetopia), Long COVID (Long COVID Labs) and quantum bio-imaging (Quantum Biology DAO) – all ten covered here. The listing is not the whole cohort: DermaLabs came off the same launchpad — its $SKIN Ignition Sale ran in December 2025 and Bio published its own profile of the project in February 2026 — but appears in neither the live listing nor the Internet Archive’s 12 June 2026 capture of it, so a count read off the listing and a count read off the launchpad’s own history differ by one. At DeSci.Berlin in June 2026 it launched OpenLabs — backed by a fresh $6.9 million round — pairing AI-assisted project development with community funding votes in a single interface — the same launcher that issues Bio's BioAgents — a sign that DeSci's frontier is moving from tokenizing IP toward operating the full research workflow on-chain.

Relevance to Radix

Radix's asset-oriented programming is well-suited to DeSci: IP-NFTs are native resources (not contract state), DAOs benefit from engine-level access rules, and complex funding flows compose atomically via transaction manifests. See DeSci on Radix.

How Caper approaches this

A research collective doesn't need a bespoke platform to run the DeSci playbook. A caper gives any group a bonding-curve treasury to raise from supporters and a proposal system to direct that treasury toward a lab, a milestone, or an IP acquisition — with a participation-gated pro-rata exit so contributors who lose conviction can withdraw their share rather than being locked in. It's the same “community funds the science, community governs the outcome” loop that DeSci pioneered, without a research group having to deploy its own contracts. See DeSci funding.