RBXDEFI is a cryptocurrency that originated from a project previously known as Rocket Bunny. Initially, Rocket Bunny was launched as a hyper-deflationary token with mechanisms that included automatic token burns and liquidity pool generation with each transaction. These features were designed to reduce the circulating supply over time and potentially increase the token's value. However, as the project evolved, it underwent a rebranding to RBX, signalling a shift towards a broader scope within the DeFi (Decentralised Finance) space.

The RBXDEFI token is now part of a more comprehensive ecosystem that includes various DeFi functionalities such as cross-chain operations, staking, and governance. The rebranding and expansion of the RBX platform reflect the project's aim to move beyond its meme coin origins and provide more practical utilities and services within the cryptocurrency market.

RBXDEFI, after its rebranding, serves several purposes within its ecosystem. The token is used for:

• Staking: RBXDEFI holders can stake their tokens to earn rewards, contributing to the security and functionality of the network.

• Governance: RBXDEFI holders can participate in governance decisions within the ecosystem, such as voting on protocol upgrades or changes to the tokenomics.

• Cross-chain Operations: The RBXDEFI ecosystem facilitates cross-chain swaps and transactions, enabling users to interact with multiple blockchain networks seamlessly.

• DeFi Services: RBXDEFI is integrated into a variety of DeFi services, including liquidity provision and yield farming, making it a versatile token within the DeFi space.

Although 'RBX' was the ticker assigned at the deployment of the RBX Token's smart contract, it is already in use by another asset that has a larger market presence and higher trading volume on major exchanges. Due to this pre-existing association and to avoid confusion in the marketplace, the alternative ticker 'RBXDEFI' has been adopted for this token. This designation is specifically used to ensure that assets are distinctly identified.