Overview
Deep technical documentation for developers, validators, and protocol researchers interested in Bitplanet's implementation details.
Overview
This section covers Bitplanet's technical architecture and economic mechanisms at the implementation level. It assumes familiarity with blockchain concepts, Cosmos SDK, and EVM development.
Prerequisites:
Understanding of Core Concepts
Familiarity with Cosmos SDK architecture (BitSDK is built on Cosmos SDK)
Basic knowledge of EVM and smart contracts
What's Covered
Technical details of Bitplanet's dual-layer infrastructure combining BitSDK with EVM compatibility.
Key topics:
BitSDK integration and module system
EVM execution layer and state management
Custom modules (x/brahma, x/precompile)
Block lifecycle, hooks, and event processing
IAVL state trees and storage optimization
Implementation details of Bitplanet's dual-token system and reward distribution algorithms.
Key topics:
Core and Gem token mechanics
AI Tensor Matrix for contribution tracking
Inflation siphoning and market cap weighting
Three-way reward split algorithms
Claimable balance system
Who Should Read This
Protocol Developers:
Building on Bitplanet's custom modules
Contributing to core protocol development
Understanding system constraints and design decisions
Platform Integrators:
Implementing Request for Core (RfC) submission
Querying attribution data on-chain
Building tools for AI creators and contributors
Validators:
Understanding reward distribution mechanics
Optimizing node configuration
Debugging issues with custom modules
Researchers:
Analyzing economic incentive structures
Verifying security properties
Proposing protocol improvements
Additional Resources
Bitplanet Paper - Constitutional framework and design philosophy
CometBFT Documentation - Consensus layer
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