SHRAPNEL is an innovative and groundbreaking blockchain-enabled first-person shooter (FPS) game that has taken the gaming industry by storm. Developed by a team of BAFTA and Emmy award-winning game industry veterans at NEON, SHRAPNEL introduces a new paradigm in gaming by empowering players with a rich set of creation tools, combat mechanics, community curation, and ownership of the platform itself.

In SHRAPNEL, players are not just participants; they become active creators and curators, shaping the game's future and fostering a sense of community ownership. This unique approach allows players to unleash their creativity and imagination, designing their own gameplay experiences, levels, and even entire worlds within the SHRAPNEL universe.

By combining the excitement of FPS combat with robust player-driven content creation, SHRAPNEL blurs the line between players and developers, transforming the traditional gaming landscape. Players are no longer passive consumers but active contributors to a thriving ecosystem where their contributions directly influence the game's evolution.

The underlying blockchain technology powering SHRAPNEL further enhances the experience by ensuring transparency, immutability, and true ownership of in-game assets. Through the use of blockchain, players can truly own and trade their virtual items, characters, and creations, fostering a vibrant marketplace where value can be exchanged securely and freely.

With SHRAPNEL, the future of gaming is reimagined. It's not just a game; it's a living, breathing platform where players are the driving force behind its success. Join the SHRAPNEL community, immerse yourself in a world of endless possibilities, and experience the thrill of shaping the future of gaming like never before.

The purpose of this dashboard is to analyze the SHRAPNEL subnet within the Avalanche ecosystem. To achieve this, the following methodology was employed, utilizing the avalanche.core.ez_decoded_event_logs table.

Data Collection:

The first step involved extracting relevant data from the avalanche.core.ez_decoded_event_logs table. The data extraction was performed for specific contract addresses related to SHRAPNEL. These contract addresses were:

 '0x8b3785CDA614D0F8Bf5a8cF1dfbB3CC4466E58fc' (SHRAP)
 '0xd402298a793948698b9a63311404FBBEe944eAfD' (SHRAPToken)
'0x1e3c6c53F9f60BF8aAe0D7774C21Fa6b1afddC57' (xSHRAP)
'0xD6912081dA4fC00737D53e51E237184c688E62c2' (VolatileV1 AMM - xSHRAP/WETH.e)
'0xF63B2921403817E9c02cf47Bd2B9Dd183568f02C' (VolatileV1 AMM - xSHRAP/WETH.e)
'0xC04EA67291Fa3138562f5c716131Eac1EFEdb6b1' (Volatile sAMM - xSHRAP/WETH.e)

Data Analysis:

The collected data was then analyzed to identify the different types of actions that SHRAPNEL users performed over time. This analysis aimed to understand the transactional behavior and preferences of the SHRAPNEL user base within the subnet. Dashboard Creation:

Based on the analyzed data, a dashboard was created to visualize the insights and provide a user-friendly interface for interpreting the information. The dashboard included the following components: Liquidity Chart: Displays the liquidity bridged into and out of the SHRAPNEL Subnet from the C-Chain over a selected time period. Number of Users Chart: Illustrates the number of users bridging into and out of the SHRAPNEL Subnet from the C-Chain over a selected time period. Transactions Chart: Visualizes the number of transactions bridging into and out of the SHRAPNEL Subnet from the C-Chain over a selected time period. User Breakdown Tab: Provides a detailed breakdown of the types of users bridging liquidity into the SHRAPNEL Subnet based on their C-Chain activity. This breakdown includes metrics such as new users, C-Chain protocols used, transaction activity, participation in DeFi or NFTs, and onboarding of liquidity from centralized exchanges (CEXs). By following this methodology, the SHRAPNEL Subnet dashboard provides valuable insights into liquidity, user behavior, and transactional activity, enabling a comprehensive analysis of the SHRAPNEL ecosystem within the Avalanche network.