> For the complete documentation index, see [llms.txt](https://aiw3.gitbook.io/aiw3/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://aiw3.gitbook.io/aiw3/about-aiw3.md).

# About AIW3

### A Decentralized Investment Strategy Platform

#### Overview

AIW3 is a decentralized investment strategy platform designed to connect strategy creation, evaluation, deployment, and execution within a unified environment.

The platform aims to make systematic trading more accessible to individual investors and strategy developers. Users can express trading ideas in natural language, generate and analyze trading signals, evaluate strategies through backtesting, follow selected traders, and deploy strategies into supported trading environments.

AIW3 combines an AI-powered strategy layer with ASSA, the underlying infrastructure for Agent runtime and strategy execution. ASSA is responsible for supporting the operational lifecycle of Agents and translating strategy instructions into actions across supported trading environments.

#### Platform Architecture

AIW3 is organized around two complementary layers:

* **AIW3 Platform Layer:** Provides user-facing tools for strategy creation, research, signal analysis, backtesting, strategy discovery, copy trading, deployment, and capital management.
* **ASSA Execution Infrastructure:** Provides Agent runtime and execution capabilities that connect strategy logic with supported trading systems and external services.

This separation allows the platform's strategy experience to evolve independently from its underlying execution infrastructure.

#### Strategy Lifecycle

The AIW3 workflow is designed to cover the full strategy lifecycle:

1. Create a strategy using natural language or structured rules.
2. Generate and analyze trading signals.
3. Backtest the strategy against historical data.
4. Configure execution parameters and risk limits.
5. Deploy the strategy to a supported trading environment.
6. Monitor execution and review performance.

The availability of each step depends on the corresponding product module and integration being implemented and enabled.

#### Capital Management

AIW3 is designed to support both on-chain and centralized-exchange trading scenarios through a hybrid Vault model.

On-chain components can use smart contracts to enforce supported capital-management rules. CEX-related components rely on exchange account permissions and API-based execution. These two environments have different custody, authorization, settlement, and operational risk characteristics.

AIW3's design objective is to establish clear boundaries between allocated capital, strategy permissions, and execution activities, subject to the capabilities of each deployment.

#### Security Principles

AIW3 uses AWS Key Management Service (AWS KMS) as part of its key-management and encryption approach. The broader security design includes API Key permission management, execution isolation, and risk controls intended to reduce exposure during automated strategy operations.

Security is treated as a system-wide requirement rather than a single feature. No individual mechanism eliminates all risks associated with smart contracts, exchange accounts, market conditions, infrastructure failures, or third-party services.