Welcome to the definitive GRC Engineering Mindmap - a visual synthesis of over 200 pages of content from the GRC Engineering manifesto, podcast episodes, newsletter articles, and LinkedIn discussions. This mindmap represents the collective wisdom of practitioners who are transforming traditional GRC into a more technical, automated, and effective discipline.

Whether you're new to GRC Engineering or already implementing these concepts, this resource provides a structured view of the key components that make up this emerging field. Each section breaks down critical elements that help bridge the gap between compliance requirements and technical implementation.

Use this mindmap to guide your own GRC Engineering journey, identify areas for growth in your program, or explain these concepts to stakeholders in your organisation.

Definition & Purpose

This section outlines what GRC Engineering is and why it matters. GRC Engineering encapsulates Security, Risk, and Compliance in a unified approach that reduces toil for engineering teams while making GRC staff more effective.

It focuses on scaling assessments that provide value to both parties involved, translating compliance requirements into actual security controls, and managing trust in a way that can be demonstrated externally to customers. The revenue enablement aspect positions GRC as a sales enabler that actually funds security initiatives.

By reducing uncertainty for both business and engineering teams, GRC Engineering enables organizations to take more calculated risks. The continuous delivery approach moves beyond traditional audit seasons, using data to underpin a continuous approach with automated control health monitoring.

Key Concepts & Activities

This section highlights the core practices and methodologies that define GRC Engineering work.

User Access Review as a Service and Identity Governance represent how traditional compliance activities are transformed into continuous services. Continuous Control Monitoring establishes ongoing verification rather than point-in-time checks, while Declarative Controls are automatically tested rather than manually verified.

Policy as Code and Risk Register Reimagined transform static documents into action engines that actually reduce risk rather than just documenting it. Security Requirements as Code enables direct translation to engineer tickets, while Risk Visualizations help focus on key risks.

Vendor Security Assessments are enhanced through tiered approaches that recognize third-party risk as first-party risk. Shift Left embeds requirements in the design phase, with product managers owning the process. Metrics & KPIs establish clear measurements across efficiency (KPIs), risk measures (KRIs), and control effectiveness (KCIs).

Implementation & Scaling

This practical section provides guidance on effectively building and growing GRC Engineering programs.

Starting Small, focusing on Quick Wins, and Establishing Patterns provide an initial roadmap, while Repeat & Socialize Success builds momentum. People Awareness emphasizes that security is a shared responsibility, requiring defined roles and personas, and education for different audiences.

Understanding Business & Objectives and Leaning into Company Priorities ensure alignment with organizational goals. Building a Team Charter with clear mission, vision, and value is essential for direction. Empowering Teams through shared data and metrics creates ownership, while Starting with System Visualization builds common understanding.

Challenges & Solutions

This section explores common obstacles in GRC Engineering implementation and approaches to overcome them.

Challenges around Vendor Assessments Reliability, Manual Review of Questionnaires, and Moving Beyond Audit Pass Focus represent traditional GRC limitations. Data Accessibility and Developer Resources & Priority highlight resource constraints that often impact implementation.

Relationship Building addresses the critical human element, balancing autonomy vs. over-engineering, independence requirements (SoD), and the need for intimate system knowledge. The Build vs. Buy vs. Partner decision requires considering context, cost effectiveness, and value provision.

Commoditization of Compliance affects how GRC is sold to non-security stakeholders, with different impacts on enterprises vs. SMBs. Prioritization with Scale remains an ongoing challenge as programs grow.

Related Concepts

This section connects GRC Engineering to adjacent fields and ideas that complement or enhance its approach.

DevSecOps provides Comparison to GRC Engineering while highlighting Additional Value Add possible through integration. Systems Thinking enables practitioners to Understand the Big Picture, Identify Moving Parts, and recognize Interrelations.

Model Context Protocol offers frameworks for Automated Verification and Cross-System Integration. AI Agents are emerging as powerful tools for Evidence Collection and Remediation Assistance. Trust Management Platforms provide Contextual Analysis capabilities, while Assurance represents the confidence in security controls that GRC Engineering enables.

Origin & Evolution

This section covers the history and development of the GRC Engineering movement.

The Podcast Genesis marks the formal beginning of the conversation, leading to Community Building through LinkedIn Groups, Discord Community, the Newsletter, and growing Organic Interest. Momentum Building captures the growth trajectory of the concept.

The Shift from Traditional GRC acknowledges its inheritance from IT/Financial Auditing while recognizing the Disruption Needed and Evolution Beyond Documentation. The GRC Engineering Manifesto serves as a cornerstone by Defining Core Principles, Establishing Common Language, and Creating Shared Vision.

How to Use This Mindmap

  1. Orientation: Start with Definition & Purpose to understand what GRC Engineering aims to achieve

  2. Deep Dive: Explore specific sections based on your current challenges or interests

  3. Gap Analysis: Compare your organization's current approach against the concepts and activities outlined

  4. Roadmap Development: Use the Implementation & Scaling section to guide your program's evolution

  5. Stakeholder Communication: Share relevant sections with different audiences to build understanding and alignment

Feel free to download this mindmap for your reference and share it with colleagues who are interested in transforming their GRC approach.

Changelog

  • 01/05/2025: Publication of GRC Engineering Mindmap v1.0