Built From the Inside

Ridgeline Cyber Defence is built by practitioners who defend real environments — not a training company that researches security topics.

Practitionerauthored
34courses
348modules
Continuouslyupdated
Primary Author

About the Primary Author

Ridgeline's primary author is a cybersecurity practitioner with over fifteen years of experience bridging the gap between technical security operations and organisational risk strategy. Unlike most security leaders who step away from the technology once they move into management, the primary author stays fluent in both offensive and defensive operations — which means the training on this platform is written from inside the practice, not from one level removed from it.

The day-to-day practice involves running and managing security operations in a hybrid environment spanning Microsoft 365, Azure, and Linux — owning the detection engineering pipeline, directing proactive threat hunting against the MITRE ATT&CK framework, and acting as the incident manager during high-severity events. The investigation work is hands-on: reading the artefacts, running the tooling, reconstructing the timelines. The DFIR work is not delegated. The background before security was network engineering (CCNP Cisco) and that foundation runs through everything Ridgeline builds — every architecture in these courses is designed by someone who understands the packet as well as the playbook.

Translating complex technical threats into clear business risks for executive stakeholders is daily practice. So is translating business context back into defensible architectures, detection strategies, and response playbooks. The courses on this platform — the methodologies, the investigation techniques, the design architectures — are the reference material built for that work, then shaped into courses once the patterns were clear.

What this means for the training: The detection rules on this platform were tuned in production. The investigation methodology was extracted from real forensic engagements. The conditional access architectures were deployed to protect actual users. The anti-forensic detection patterns were written because an investigator needed them under pressure. Nothing in the course library was written as marketing copy first and then dressed up as training — the causality runs the other way.

Certifications

Management & Architecture

CISM CISSP-ISSAP CISSP SSCP (ISC2) Cybersecurity Architect Expert

Technical & Operations

CEH CHFI SC-200 Security Operations Analyst Identity & Access Administrator

Cloud & Privacy

CCSP CDPSE (ISACA)

Network & Infrastructure

CCNP (Cisco) CCNA Security
Core Leadership Competencies

Strategic Program Management

Operational transformation — leading SOC modernisation to cloud-native architectures. Governance alignment with NIST CSF, ISO 27001, CIS Controls, and GDPR. Enterprise risk assessment and third-party risk management programs that quantify and reduce organisational exposure.

Security Operations Leadership

Incident manager during high-severity breaches — coordinating containment, forensic investigation, and executive communication, while performing the technical DFIR work directly. Detection engineering pipeline ownership. Proactive threat hunting against MITRE ATT&CK to uncover persistent threats before they impact business continuity.

Team Development

Building and mentoring cross-functional security teams, fostering a culture of continuous learning and purple-team thinking. Translating technical depth into management capability — which is why the training on this platform is built for practitioners who want to stay technical as their careers advance.

Position

The Gap in Security Professional Development

On one side: certification-focused courses that test recall but don't produce anything you deploy — no detection rules, no architecture decisions, no investigation playbooks. On the other: premium instructor-led training priced at levels that require corporate sponsorship and exclude individual practitioners.

Between those two tiers — nothing. No structured, self-paced professional development that produces operational artifacts at a price practitioners can justify themselves.

Ridgeline Cyber exists to fill that gap. Every course produces deployable artifacts — architecture decisions, detection rules, investigation playbooks, hardening configurations. The content works for anyone who wants to learn the subject, from IT administrators transitioning into security to experienced practitioners building specialist depth. The practice model runs in your own environment with your own tools. The price respects that most practitioners invest in their own development.

The model is deliberately different from the complete-once-and-forget pattern. Courses are comprehensive reference material, not surface-level walkthroughs, and they are continuously updated as tools, attacks, and best practice evolve. This is a professional development library you return to whenever the work demands it — not a syllabus to tick off.

Lab Philosophy

You Finish With a Working Lab on Your Own Hardware

Most professional development platforms provide temporary cloud labs — a pre-configured browser environment that you access for a few hours and lose when the session ends. Ridgeline takes a fundamentally different approach. We don’t host labs. Instead, we guide you through building a complete security operations lab on your own hardware. You own it. It stays on your machine permanently, runs the same tools you use at work, and serves every course on the platform.

It stays with you
Your lab environment stays on your machine permanently. You return to it between modules, between courses, and during real incidents. The investigation artifacts you generated last month are still there. The detection rules you deployed are still running. Nothing expires, nothing resets.
Production tools
Your lab runs the exact tools you use at work — the same version of KAPE, the same EZ Tools, the same Volatility 3 plugins, the same Sysmon configuration. When you investigate an artifact in the lab at 20:00, you investigate the same artifact type with the same tool at 02:00 during a real incident.
The setup is the learning
Building a domain controller, configuring DNS, setting up Sentinel, and installing forensic tools — these are operational skills that transfer directly to production work. A browser lab hides this complexity. Our approach teaches it.
You own the environment
No session limits. No usage caps. No vendor deciding which tools are available. You control the network topology, the audit policy, the installed software, and the attack simulations. You break things and fix them. That is how you build confidence.

The Lab Setup Guide walks you through the entire build: VMware Workstation Pro (free), Windows 11 + Server 2022 with Active Directory, Ubuntu 24.04, M365 developer tenant, Sentinel, and the full forensic toolchain. Total cost: free. One environment for every course on the platform — and it’s yours to keep.

Approach

How We Build Training

Written, not video
Searchable. Copyable. Referenceable during a live incident at 02:00. Updated the same day a tool changes.
Scenario-driven
Complete attack scenarios from initial alert through containment and reporting. Based on real attacks investigated in production environments — sanitized names, real methodology.
Production-ready outputs
Every KQL query, PowerShell script, and configuration command works in your environment today. The training you complete becomes the reference library you use in production.
Practitioner-designed
Not "Microsoft recommends this configuration." Instead: "Here is what this configuration actually did when we were under attack, here is what it missed, and here is what we changed afterward."