SOC Automation Framework

$49

Automate Tier-1 SOC operations with detection playbooks, alert triage workflows, enrichment scripts, and response automation.

📁 9 files

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📁 File Structure 9 files

soc-automation-framework/ ├── LICENSE ├── README.md ├── free-sample.zip ├── guide/ │ ├── 01-soc-automation-architecture.md │ ├── 02-alert-ingestion-and-normalization.md │ ├── 03-playbook-engine-and-automated-triage.md │ ├── 04-enrichment,-case-management,-escalation.md │ └── 05-metrics,-reporting,-and-continuous-impro.md └── index.html

📖 Documentation Preview README excerpt

SOC Automation Framework

Automate Tier-1 SOC Operations with Playbooks

Automation framework for SOC alert triage, enrichment, and response.

What's Included

Guide Chapters

Chapter 1: SOC Automation Architecture
Chapter 2: Alert Ingestion and Normalization
Chapter 3: Playbook Engine and Automated Triage
Chapter 4: Enrichment, Case Management, Escalation
Chapter 5: Metrics, Reporting, and Continuous Improvement

Features

Pluggable playbook engine with YAML workflows
Alert normalization from 15+ SIEM/EDR sources
Automated enrichment: VirusTotal, Shodan, OTX
Case management: TheHive, Cortex, Jira, ServiceNow
Automated containment via firewall, EDR, IAM APIs
SLA tracking with configurable escalation policies
MITRE ATT&CK mapping for alert classification

Technical Stack

Python, TheHive, Cortex, SIEM

Quick Start

1. Start with the interactive reader (index.html) or browse the guide chapters directly

2. Chapter 1 provides a free preview -- explore the full product after purchase

3. Each chapter includes code examples, configuration snippets, and best practices

4. Use the search and theme toggle in the reader to customize your experience

Requirements

No specialized software required for reading the guides
Code examples include setup instructions within each chapter
Python 3.8+ recommended for running example scripts
A modern web browser for the interactive reader

File Structure


soc-automation-framework/
+-- README.md           # This file
+-- LICENSE             # MIT License
+-- index.html          # Interactive reader (free preview)
+-- free-sample.zip     # Free sample with Chapter 1
+-- guide/
    +-- 01-*.md through 05-*.md

... continues with setup instructions, usage examples, and more.

📄 Content Sample guide/01-soc-automation-architecture.md

Chapter 1: SOC Automation Architecture

Duration: 45-60 minutes | Difficulty: Intermediate | Prerequisites: Basic familiarity with Python, TheHive, Cortex, SIEM

Learning Objectives

By the end of this chapter, you will be able to:

1. Define the core architectural patterns and principles

2. Design a reference architecture aligned to business requirements

3. Identify the appropriate building blocks for each layer

4. Evaluate trade-offs between different design approaches

5. Create an implementation roadmap from architecture to production

6. Apply Python patterns to production scenarios

1. Understanding the Fundamentals

Before diving into implementation, it is essential to establish a solid conceptual foundation. SOC Automation Architecture forms a critical pillar of the SOC Automation Framework framework, and getting the fundamentals right determines the success of everything built on top.

1.1 Core Concepts

The core concepts underlying this chapter are rooted in established industry patterns and best practices. Each concept builds on the previous one, creating a coherent framework for reasoning about complex systems.

Concept	Description	Application
Foundation Layer	The core primitives and building blocks	Establish base capabilities for all higher-level patterns
Integration Layer	Interfaces and connectors between components	Define clear boundaries and contracts between subsystems
Orchestration Layer	Coordination and workflow management	Manage multi-step processes with error handling
Observability Layer	Monitoring, logging, and tracing	Provide visibility into system behavior and performance
Governance Layer	Policies, controls, and compliance	Ensure consistent operation within organizational guardrails

1.2 Why This Matters

In production environments, getting this wrong has measurable consequences. Teams that implement these patterns correctly experience:

Reduced incident frequency by 40-60% through proactive detection
Faster mean-time-to-resolution through structured procedures
Higher team confidence through documented and tested runbooks
Lower operational overhead through automation and standardization

2. Implementation Walkthrough

... and much more in the full download.

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