DeSci leading project “Longtou” project Bio Protocol launches the OpenLabs platform, as humans join forces with AI to seize traditional research funding power

Decentralized Science (DeSci) leading project Bio Protocol announced today (3rd) that the new human-AI collaborative research funding platform "OpenLabs" has officially launched. This platform, touted as "GitHub for Science + Decentralized Funding," allows researchers worldwide to publish public posts, directly attract community voting, deploy AI agents to write literature, and obtain research funds through Web3's "risk-free yield staking," vowing to rewrite the underlying R&D rules of longevity, fertility, and neuroscience.
(Previous context: DeSci: The Intersection of AI, Crypto, and Life Sciences)
(Background supplement: Bio Protocol Launches V1 Upgrade! Riding the DeSci Wave to Bridge the Gap of Traditional Research Funding Shortfalls)

Table of Contents

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• From Post to Funding: Reshaping the Ultra-Fast Cycle of Scientific Discovery
• Analysis of OpenLabs' Five Core Technical Architectures
• No More Empty Talk! DeSci Enters a Substantive Production Phase

For a long time, human scientific breakthroughs have faced high levels of opacity and resource monopolization. A breakthrough longevity or fertility study often gets stuck in closed university and pharmaceutical labs, spending years applying for bureaucratic government funding.

Now, this outdated scientific gameplay is being completely rewritten by Web3 and artificial intelligence. On July 3, 2026, the DeSci (Decentralized Science) leading protocol Bio Protocol officially announced that its innovative coordination and collaboration platform OpenLabs has gone live, aiming to establish a shared scientific playground where "humans and AI agents work side by side."

From Post to Funding: Reshaping the Ultra-Fast Cycle of Scientific Discovery

OpenLabs' core concept is highly disruptive: the next major medical breakthrough should not start behind closed academic walls, but should begin with a public post that anyone can read, vote on, collaborate with, and fund. The platform combines the immediacy of a social feed with the persistence of a dedicated project workspace, streamlining a fast-paced research advancement process:

Idea → Post → Project → Collaboration → Decision → Execution → Funding

Researchers only need to publish "testable scientific hypotheses" on the platform. After a 24-hour two-dimensional community vote (evaluating value and scientific plausibility), once approved, the idea is directly upgraded to a project workspace and assigned a dedicated AI agent. The AI agent breaks down the massive scientific goal into specific on-chain bounty tasks.

Analysis of OpenLabs' Five Core Technical Architectures

To ensure the rigor of scientific research and the liquidity of funds, OpenLabs has designed five complementary functional layers:

| Core Layers | | --- | Technical Specifications and Operational Logic | | --- | --- | | 1. Posting and Discovery (Discovery) | Uses logarithmic engagement and time-decay algorithms for trend ranking. Built-in deduplication mechanisms and a scientific hypothesis voting system allow valuable research souls to surface quickly. | | 2. Project Workspace (Projects) | Supports public collaboration. For sensitive biotechnology data, it integrates Molecule Labs' "Confidential Data Room" technology, ensuring on-chain privacy for biotech IP and data. | | 3. AI Agent Collaboration (AI Agents) | AI acts as a formal collaborator. Responsible for monitoring discussions, summarizing progress, and drafting bounties. All actions follow a security boundary of "AI proposes, human approves, auto-executes." | | 4. USDC Yield Staking (Funding) | Pioneering risk-free research! The community deposits USDC principal into audited Aave or Morpho yield vaults. Only the generated 2-4% interest is used to pay for project computational costs (e.g., LLM inference), with the principal never at risk. | | 5. Autonomous Bounty System (Bounties) | AI agents identify needs and draft bounties. After a 24-hour community vote with no objections, bounties are automatically published and directly funded by the project treasury or yields for specific deliverables. |

No More Empty Talk! DeSci Enters a Substantive Production Phase

In response to external skepticism about "how OpenLabs differs from traditional forums or DAOs," the Bio Protocol team firmly stated that traditional internet forums often remain at the level of empty talk, while traditional DAOs have governance decision-making speeds that are too slow to adapt to the evolution of modern science. OpenLabs, by integrating AI agents into the productivity network and using Web3's incentive layer as an engine, fully realizes a closed loop "from idea to funded execution."

Currently, the first phase of OpenLabs (including hypothesis publishing, workspace creation, and AI summaries) has been fully launched, and the first batch of decentralized science projects have successfully entered. The team revealed that the upcoming next-phase update will unlock structured voting, confidential data rooms, and, when projects mature, a pathway to directly issue scientific tokens (Tokenization) through the Bio launchpad, granting stakers equity shares. This scientific revolution, built by Web3, AI, and top scientists, is bringing a disruptive wave that is sweeping in.