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Deep Venture DAO

Cosma Thesis

Deep-tech projects, especially in space technology, have long development cycles and require significant upfront investment in research and specialized equipment, leading to a high burn rate.

Institutional investors typically shy away from pre-revenue deep-tech startups due to the high risk and long wait times for ROI, creating a funding gap.

Traditional crowdfunding platforms are not tailored to support the complex and large-scale funding needs of deep-tech projects, which go beyond consumer-oriented products to involve intricate technologies and substantial capital.

Strategy

We incubate DeSci DAOs that are tailored to various aspects of space science and engineering. These DAOs operate autonomously, with governance and funding decisions made by community consensus. This structure ensures that the most promising and innovative ideas receive the support they need to develop.


Through the incubated DAOs, we channel resources and funding towards cutting-edge research projects in space technology. These projects could range from developing decentralized satellite communication networks to funding mechanisms for space research.

Industry Focus

Our Space DAO Incubator fosters a collaborative ecosystem where researchers, technologists, and enthusiasts come together to share ideas, resources, and findings. This community-driven approach not only accelerates innovation but also ensures that developments in space technology are accessible and beneficial to a broader audience.

The Dawn of Decentralized Space Acceleration

By leveraging the DAO structure, DeepVenture DAO aims to break down the traditional barriers to entry in the space industry, such as high costs and centralized control.

The incubator facilitates rapid innovation by providing resources, mentorship, and an open collaborative environment where ideas can be shared and developed.

Ensuring that innovations in space technology are not only developed but also shared widely and effectively. The DAO framework supports transparent, peer-reviewed processes to validate technologies and make them available across various sectors.

Our Sp/Acc Network

Space DAO Incubation

Allows global participation, giving a voice to a diverse set of stakeholders who are typically excluded from traditional R&D decision-making that is missing quick adaptation to market and technological dynamics, as well as transparent funding decisions that can be revisited and modified through community consensus.

Monitor key performance indicators (KPIs) for ongoing projects to ensure they meet predefined milestones before additional funding is disbursed with AI risk assessments.

IP-NFT tokens that represent a stake in the IP, which can be bought, sold, or traded, providing a liquidity mechanism for investors and enabling earlier access to funding for researchers.

Accelerate Deep Insights

We leverage OSINT to gather and analyze vast amounts of publicly available data, including satellite imagery, academic papers, patents, and industry reports. This approach enables us to identify emerging trends, potential technological synergies, and gaps in the current market.

We tap into a worldwide network of researchers, developers, and technologists who contribute to our projects throguh hackathons and challenges.

We develop clear, detailed use cases that demonstrate the feasibility, market potential, and ROI of new technologies.

New intellectual property developed through our incubator is tokenized, creating digital assets that represent ownership or stakes in the intellectual property.

We integrate research from existing partners to bolster new projects, ensuring that valuable findings and data are utilized effectively, reducing redundancy and speeding up development cycles.

These efforts culminate in the formation of robust technology companies that are built on a foundation of collaborative, open-source research and community-backed funding. These companies benefit from shorter development cycles due to the ready availability of comprehensive, pre-analyzed data and community-tested use cases.

Supporting
Decentralized Space

Open hardware ecosystems where designs are shared under open-source licenses, allowing for global collaboration and improvement in Decentralized Physical Infrastructure.

IP licensing models that allow for both commercial exploitation and community use, ensuring that inventors are rewarded while also promoting widespread technology adoption.

Utilize platforms like Gitcoin to run crowdfunding campaigns for hardware projects, allowing the broader community to directly support initiatives they believe in.

Join our Decentralized Science Accelerator!

Objective: Implement blockchain-based identity solutions for researchers to authenticate and securely access research tools and data.

Outcome: Researchers gain safe, reliable access to global research resources without centralized control.

Objective: Establish protocols for submitting and validating scientific data and research inputs using decentralized networks.

Outcome: Streamlined, trustworthy submissions increase the reliability and speed of scientific exchanges.

Objective: Facilitate efficient, decentralized storage and retrieval of scientific data, ensuring transparency and accessibility.

Outcome: Enhances the availability and integrity of scientific data, promoting wider participation and collaboration.

Objective: Develop a transparent, community-driven peer review system enhanced by a decentralized reputation protocol.

Outcome: Improves the quality and credibility of peer reviews, fostering trust and collaborative scientific efforts.

Objective: Develop a transparent, community-driven peer review system enhanced by a decentralized reputation protocol.

Outcome: Improves the quality and credibility of peer reviews, fostering trust and collaborative scientific efforts.

Objective: Provide robust, transparent management of intellectual property rights in a decentralized manner.

Outcome: Simplifies IP management, protects creators' rights, and promotes fair use of scientific innovations.

Objective: Implement decentralized governance mechanisms for managing the scientific marketplace, ensuring that it operates fairly and efficiently.

Outcome: Promotes a democratic and equitable marketplace where community input directly influences operational policies.

Objective: Develop monetization strategies and incentives for scientific contributions, leveraging DeFi mechanisms.

Outcome: Creates a sustainable economic model for the scientific community, encouraging ongoing participation and innovation.