In the first iteration of our Space DAO incubator program, we researched how AI can optimize decentralized governance structures for space projects. Conducted research on AI-driven decision-making and governance models that enhance transparency, efficiency, and inclusivity across Space DAOs.
Also, we focused on incentivizing sustainable space practices through decentralized mechanisms.
Our group investigated various models of decentralized governance, including token-weighted voting, quadratic voting, and liquid democracy, to identify the most effective methods for managing space-focused DAOs.
We studied the impact of different governance structures on community engagement and participation, ensuring that decision-making processes are inclusive and representative.
We implemented and analyzed quadratic funding mechanisms to support space projects with broad community backing, ensuring resources are allocated to initiatives with the greatest collective benefit in the DeSpace QF round end of 2023.
Besides that, we're diving deep into retroactive funding models to reward successful projects and incentivize continuous improvement and innovation in sustainable space practices across the Decentralized Space ecosystem.

As part of the Public Goods Braintrust that DVDAO initiated, we explored how to utilize staking mechanisms and blockchain nodes to fund public goods in science and space in a Server DAO framework, ultimately incentivizing participants to act in the ecosystem's best interest.