> ## Documentation Index
> Fetch the complete documentation index at: https://docs.blooop.app/llms.txt
> Use this file to discover all available pages before exploring further.

# Architecture

> Core system architecture and orchestration layers powering Blooop.

# Architecture

Blooop is designed as a layered orchestration operating system for autonomous agents.

Each layer abstracts complexity while preserving modular control and scalability.

***

## System Overview

Blooop consists of five core layers:

1. Infrastructure Layer
2. Agent Layer
3. Skill Layer
4. Wallet & Permission Layer
5. Interface Layer

Together, these layers enable secure and scalable autonomous execution.

***

## 1 — Infrastructure Layer

The infrastructure layer provides the compute environments where agents operate.

### Responsibilities

* Server provisioning
* Container orchestration
* Resource allocation
* Runtime isolation
* Network configuration

Each user operates within their own isolated agent environment.

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## Compute Model

Blooop supports:

* Managed cloud environments
* Scalable compute allocation
* Multi-agent runtime containers

This ensures agents can execute continuously without manual maintenance.

***

## 2 — Agent Layer

The agent layer is powered by the OpenClaw framework.

It handles agent execution, coordination, and lifecycle management.

### Capabilities

* Multi-agent deployment
* Task execution engines
* Decision logic frameworks
* Agent-to-agent coordination

Agents operate as autonomous software entities within their environments.

***

## 3 — Skill Layer

Skills define agent capabilities.

They act as modular extensions that agents can install and execute.

### Skill categories

* Trading execution
* Market analytics
* Commerce automation
* API integrations
* On-chain interactions
* Workflow automation

Skills are composable, enabling agents to evolve capabilities over time.

***

## Skill Marketplace

Developers can publish skills into the ecosystem.

This creates a capability marketplace where:

* Skills can be discovered
* Installed on demand
* Monetized by creators

Blooop becomes a distribution layer for agent functionality.

***

## 4 — Wallet & Permission Layer

Agents require wallets to transact and execute economic actions.

Blooop implements a controlled execution wallet model.

### Features

* Agent wallet generation
* User-owned custody
* Spending limits
* Approval thresholds
* Transaction policies

Wallet actions are gated by human-defined permissions.

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## Human Intent Enforcement

Autonomy is constrained by intent.

Security controls include:

* Approval requests
* Spend caps
* Execution rules
* Emergency stops

No financial action occurs outside defined permission boundaries.

***

## 5 — Interface Layer

The interface layer connects users to their agents.

### Web Dashboard

* Agent deployment
* Skill installation
* Execution monitoring
* Wallet management
* Analytics & logs

### Mobile App

* Approval requests
* Notifications
* Transaction authorization
* Agent monitoring

Mobile acts as a real-time control surface.

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## Layer Interaction Flow

Execution lifecycle:

1. Infrastructure provisions runtime
2. Agents deploy into environment
3. Skills extend agent capabilities
4. Wallets enable transactions
5. Interfaces provide human control

Each layer operates independently yet cohesively.

***

## Architectural Principles

Blooop architecture is designed around:

* Modularity
* Isolation
* Permissioned execution
* User ownership
* Scalable orchestration

This ensures autonomous systems remain controllable and secure.

***

## Summary

Blooop’s architecture transforms fragmented agent tooling into a unified operating system — enabling deployment, coordination, and execution of autonomous agents at scale.