This page summarizes how the system works as a protocol. It focuses on the interaction between the major components that allow DOER DAPP to support intent-driven automation, policy enforcement, transaction safety, and on-chain work.

The goal is simple:
Enable programmable wallet behavior without sacrificing user sovereignty.

Most wallets only perform one function: Sign transactions.

DOER DAPP introduces a programmable layer on top of wallets that allows users to define:

The protocol enforces those rules automatically. Instead of interacting with Web3 transaction-by-transaction, users define intents and policies that govern future actions.

At a high level, DOER DAPP consists of five major layers:

Each layer has clearly defined responsibilities.

Architecture Flow

No action can occur unless it passes policy validation on-chain.

The wallet is the primary interface for interacting with DOER DAPP. The mobile application provides:

Importantly, the wallet never transfers custody of user funds. Users remain the sole owners of their assets.

The Intent Engine allows users to express goals instead of individual transactions. Examples:

The system converts these instructions into structured intents that describe acceptable outcomes. These intents become inputs for the policy system.

The DoerPolicy system is the core enforcement mechanism of the protocol. Policies define strict boundaries for automation. Examples of enforced constraints:

Every automated action must satisfy the policy constraints. If any rule fails, execution is rejected. Policies are stored on-chain and validated deterministically.

Executors are lightweight off-chain services responsible for monitoring policies and proposing transactions. Executor responsibilities include:

Executors cannot bypass protocol rules. They simply propose actions. The protocol determines whether those actions are allowed. Executors are treated as untrusted infrastructure.

The protocol layer enforces rules and settles outcomes. Key modules include:

All enforcement happens here.

Before any transaction is approved, DOER DAPP performs a risk analysis. The system evaluates:

Users receive a preview such as:

This helps users understand what they are signing before committing.

DOER DAPP extends beyond automation by enabling on-chain work and task rewards. Projects and DAOs can publish tasks directly on the protocol. Users can:

Rewards are held in escrow until work is verified. This creates a decentralized marketplace for Web3 participation.

Every completed task contributes to a verifiable reputation record. Reputation tracks:

Over time, this becomes a decentralized work history stored on-chain. Your wallet becomes a portable Web3 resume.

DOER DAPP is designed around a simple principle: Automation must never exceed explicit user authority.

To enforce this, the protocol guarantees:

All automated actions must pass on-chain validation before execution.

Most wallets operate as passive signing tools. DOER DAPP introduces a new category: intent-driven programmable wallets.

Users can:

This transforms the wallet from a passive storage tool into a programmable Web3 agent.