> For the complete documentation index, see [llms.txt](https://docs.bitplanet.ai/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://docs.bitplanet.ai/advanced-topics/advanced.md).

# 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](/introduction/core-concepts.md)
* Familiarity with Cosmos SDK architecture (BitSDK is built on Cosmos SDK)
* Basic knowledge of EVM and smart contracts

***

## What's Covered

### [Blockchain Architecture](/advanced-topics/blockchain-architecture.md)

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

### [Token Economics Technical](/advanced-topics/token-economics-technical.md)

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**](https://paper.bitplanet.ai/) - Constitutional framework and design philosophy
* [**CometBFT Documentation**](https://docs.cometbft.com/) - Consensus layer