Home

Welcome to the Praetor Wiki

Praetor is an autonomous multi-agent orchestration framework designed to audit codebases and generate production-readiness packages.

By utilizing 18 autonomous expert agents under the strict review of a 4-Judge Quality Council, Praetor scans repository sources to compile security, SRE runbooks, test specifications, business validation matrices, and compliance control maps (SOC2, GDPR, HIPAA)—all with 100% verified source-code citations (file:line).

---

📦 Installation

Method	Command / Link
npm	npx praetor-audit-kit
GitHub Release	Download v2.8.2
Claude Code	claude skill install Skill/praetor.skill
Direct	Copy prompt/00-orchestrator/MASTER_PROMPT.md into your LLM context

---

📖 Wiki Table of Contents

1. Introduction

• Why Praetor?: Learn why traditional static code review tools and generic single-agent LLM reviews fail compared to a specialized multi-agent swarm.
• Quick Start Guide: Get Praetor running on your codebase in less than 2 minutes.

2. Core Swarm Architecture

• The 18 Expert Agents: Meet the specialized personas (DevOps, Security, WCAG, Chaos, SRE) that audit your codebase.
• The 4-Judge Quality Council: Understand the zero-hallucination engine that validates all generated findings and citations.
• The 7 Execution Phases: Walk through the automated pipeline from source resolution to final gate delivery.

3. Deliverables & Streams

• Engineering & QA Suite: Integration, performance, security, and chaos test specifications.
• Operations & SRE Runbooks: Multi-platform alert definitions (Datadog/Prometheus) and 3:00 AM incident runbooks.
• Compliance & Security Evidence: Access control matrices, PII flow logs, and control mappings (SOC2/GDPR/HIPAA).
• Business & CX Support: Product verification matrices, User Acceptance Test (UAT) scripts, and customer triage playbooks.

4. Advanced Usage

• Priority Rubrics & Overrides: Customize the execution scope, target modules, or priority levels.
• Citation Verification Protocol: Deep dive into how Praetor guarantees all references map to real file-line configurations.