This project seeks to enable individuals to actively invest in and shape their cities using decentralized technologies. By leveraging Real World Assets (RWA), such as automated and autonomous systems, and integrating them with data monetization through DePIN (Decentralized Physical Infrastructure Network), the initiative provides a pathway to rejuvenate local communities, generate new income opportunities, and empower citizens to take ownership of their surroundings.
Urban infrastructure investments present several key challenges for investors:
- Low Profitability: Traditional investments in urban infrastructure often deliver minimal financial returns, discouraging participation.
- Uncertain Revenue Streams: Revenue generation is often unpredictable, making it difficult for investors to assess risks and potential rewards.
- High Upfront Expenses: Many urban projects require significant initial capital, creating barriers for smaller investors or community-led initiatives.
These obstacles stifle innovation, restrict local development, and centralize control in the hands of large corporations, leaving ordinary citizens with limited involvement or benefits.
The proposed solution involves decentralizing investments in automated and autonomous systems as Real World Assets (RWA) while integrating data monetization through DePIN. This strategy:
- Lowers Costs: Automation and decentralization reduce operational expenses, making investments more accessible to smaller stakeholders.
- Enhances Transparency: A decentralized framework ensures clearer operations and equitable revenue sharing.
- Introduces New Income Sources: By utilizing IoT data and other monetizable information, this model creates additional revenue opportunities for investors.
Furthermore, incorporating liquid staking and Miner Extractable Value (MEV) into the investment framework boosts profitability, making urban infrastructure projects more appealing and financially sustainable for a wider range of investors.
View Makefile
※ The backend has not been deployed yet. You need to run the backend locally.
cp frontend/.env.sample frontend/.env
cp scripts/.env.sample scripts/.env
# run tlsn server
make tlsn_server
# run regression server
make regression_server
# run frontend
make ui_install
make ui_dev