Most deep-tech projects, especially in the space industry, have long a long path to Go-To-Market and require a lot of upfront capital in early stage research and specialized hardware requirements.
Institutional investors typically avoid pre-revenue deep-tech startups due to the high risk and long time to ROI, creating a global funding gap in research and development for space technologies.
Traditional crowdfunding mechanisms are not providing enough large-scale funding streams for spacetech startups and communities.
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.
Our Space DAO Incubator fosters a collaborative ecosystem where researchers, technologists, and founders 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.
Analyzing open data, including satellite imagery, academic papers, patents, and industry reports enables us to identify emerging trends faster, potential technological synergies better, and fill gaps in the current market environment.
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.
With the additional integration of cutting-edge research for knowledge transfer in open science we supercharge new projects with a scientific launchpad, ensuring that the most important resources and data are utilized effectively across the program.
These efforts result in the formation of robust technology collectives that are built on a foundation of collaborative, open-source research and community-backed funding. The members benefit from shorter development cycles and community-tested use cases.
