11. Case Study in Token Design: Bumper

This chapter delves into the intricate world of token design within blockchain ecosystems, using Bumper as a case study. It begins by establishing a theoretical foundation for token design, then transitions into a practical analysis of Bumper, an Ethereum Virtual Machine (EVM)-compatible project focused on price-risk hedging. The text explores how traditional finance concepts, such as structured products and derivatives, are translated into blockchain-based tokens. It examines the design and functionality of Bumper's native tokens, including BUMP, bProtected, and bCovering, and their roles in the ecosystem. The chapter also discusses the economic agent typology and main transactional pathways within Bumper, providing a comprehensive overview of its market design. Additionally, it analyzes the token design factors influencing Bumper's native tokens, offering insights into their calibration and implementation. The conclusion underscores the alignment of Bumper's token design with current crypto-industry market practices, demonstrating the practical applications of theoretical concepts in a real-world blockchain project.