Blockchain-based membership and incentive systems on Solana
Vlasov, Fedor (2025)
Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi:amk-2025052716529
https://urn.fi/URN:NBN:fi:amk-2025052716529
Tiivistelmä
Blockchain technology is poised to play a crucial role in creating transparent and engaging membership models across various communities. It explores the development of a token-based membership system for the Eco-Programming Alliance (EPA) on the Solana blockchain, designed to encourage eco-conscious behaviors, foster community collaboration, and promote knowledge-sharing among members.
The proposed system features a tiered membership model, where members receive ECOP tokens as incentives for participating in eco-friendly initiatives, attending educational events, and contributing to green software projects. Smart contracts will automate the reward distribution process, ensuring transparency and accountability while minimizing administrative overhead.
The research will focus on demonstrating the technical feasibility and scalability of this blockchain-based membership system. The implementation will highlight the advantages of decentralized governance, cost efficiency, and automated incentives in promoting long-term engagement. A hypothetical case study will illustrate how the model could be applied in real-world scenarios, comparing it with traditional centralized membership structures.
This study aims to provide a blueprint for integrating blockchain-driven incentive models into sustainability focused communities, showcasing how decentralized technologies can support eco-conscious programming practices and collaborative decision-making.
The proposed system features a tiered membership model, where members receive ECOP tokens as incentives for participating in eco-friendly initiatives, attending educational events, and contributing to green software projects. Smart contracts will automate the reward distribution process, ensuring transparency and accountability while minimizing administrative overhead.
The research will focus on demonstrating the technical feasibility and scalability of this blockchain-based membership system. The implementation will highlight the advantages of decentralized governance, cost efficiency, and automated incentives in promoting long-term engagement. A hypothetical case study will illustrate how the model could be applied in real-world scenarios, comparing it with traditional centralized membership structures.
This study aims to provide a blueprint for integrating blockchain-driven incentive models into sustainability focused communities, showcasing how decentralized technologies can support eco-conscious programming practices and collaborative decision-making.