IT Audit and Governance

For weeks you've told me what actually slows you down on an audit, how to test a control technically, and scoping. So I've building something for it. https://ctrls.report It's a full walkthrough of how I audit one control end to end, segregation of duties over production changes. The process, who to interview, the exact test steps, including where the evidence sits in AWS, Azure and GCP, and how to tell a pass from an exception. Think of it as the shop window for a set of practical Cloud audit toolkits I'm building for ISO 27001: real working papers and evidence templates, the kind you copy and use on Monday, not theory. Two things. First, take a look and tell me what you think. Second, if you'd want first access and the launch discount, comment "EARLY" or drop me a DM. I'm putting the list together now. And one quick question to follow shortly.

Quick one. This channel is 9 years old and I want what I publish here to be far more useful and practical. I’m planning hands-on material on how to actually audit real systems against ISO 27001, SOC 2 and PCI DSS, not theory, the real working-paper level. To aim it properly, I’ll be posting a few short, anonymous polls over the coming weeks, about 20 seconds each. Your votes shape what I build next. First one is above. Thanks for being here.

Who would find an introductory IT Audit webinar useful in 2026? — what IT audit looks like in practice — what different directions exist — what skills actually matter — expectations vs reality If this sounds useful, please leave a comment or react with 👍

🚀 Level Up Your SaaS Security The DevSecOps Hardening Blueprint You made it clear in the recent poll. Audit readiness is serious work and it only holds value when it is continuous. Here is the practical blueprint you can apply in any scaling SaaS environment, especially those using GitHub and Azure. 🔐 Phase One Secure the source of truth Code integrity • Track and log every code change in the version control platform • Keep an auditable trail for future readiness evidence Mandatory review • Require two reviewers using strong authentication to approve changes • Ensure reviewers cannot approve their own changes Stale approval control • Remove approvals automatically when new commits are added Access control • Limit creation and deletion of repositories to trusted maintainers • Verify permissions regularly Least privilege • Block force pushes • Restrict branch deletions • Keep protection rules documented Sensitive data protection • Use automated scanning to detect secrets or credentials in code Documentation • Add a security file to public repositories explaining how to report issues ⚙️ Phase Two Harden the build and release process Mandatory gates • Require all automated checks to pass before merging • Include security scans as standard practice Vulnerability scanning • Run automated security scans on assets and track remediation • Keep reports as audit evidence Dependency management • Scan all open source libraries for vulnerabilities and licence issues Infrastructure as code scanning • Scan Terraform or Azure templates for insecure settings Pipeline integrity • Verify external build dependencies through checksums or signed sources Automated deployment • Use automated and versioned deployment scripts • Avoid manual changes in production paths ☁️ Phase Three Strengthen the Azure environment Transport security • Enforce redirection to secure transport and use current versions of TLS Secret management • Store all secrets in Azure key vaults • Limit access to a small trusted group Access restriction • Disable file transfer protocol based deployments • Restrict production access to qualified personnel only Secure administration • Use Azure bastion for remote access to virtual machines Runtime and operating system patching • Keep all runtimes and system images current and supported Threat detection • Enable Microsoft defender plans across containers, storage, and key vaults 📌 Final thought This blueprint forms the base of a reliable DevSecOps model. When these controls operate consistently and you keep evidence of that operation, you move from basic readiness to genuine ongoing assurance.

Audit Readiness Pricing – What the Numbers Actually Tell Us 82 professionals voted and the results are pretty clear. 🧩 34% said $8K to $20K feels realistic for proper readiness 📄 26% said $20K to $40K is fair if it includes documentation and advisory 🏢 18% expect $40K and above for larger or multi framework setups So about three quarters of respondents believe proper readiness work sits somewhere in the $10K to $40K range. That tells us something important. Most organisations now understand that audit readiness is not a quick checklist or a copy and paste set of policies. It is structured, analytical, and takes real time to do right. The bigger truth is that readiness is not a one time project. Controls evolve, evidence needs refreshing, and processes mature between audits. That is what separates teams who only get through audits from those who actually grow through them. Because readiness without continuity is just expensive theatre.

A Tool Worth Adding to Your Audit Toolkit 🧩 Hi everyone 👋 I found an open-source project called AuditKit that’s worth sharing. I really liked the thinking behind it, simple, practical, and focused on automating the right parts of compliance. It scans AWS, Azure, and Microsoft 365 environments against frameworks like SOC2, PCI-DSS, NIST 800-53, HIPAA, and CMMC. You get instant audit-ready reports showing your compliance score and what needs fixing. Most of it is free to use. Only CMMC Level 2 is paid, and that’s for teams working with DoD or Controlled Unclassified Information. If you’re doing anything related to compliance or audit readiness, it’s definitely worth trying. 👉 https://github.com/guardian-nexus/auditkit

Quick heads up for those dealing with IT audits around software development or vendor risk. NIST special publication 800 218 outlines a secure software development framework that is now being referenced more often in regulated environments. It is not about ticking boxes. It focuses on how security practices are built into development from start to finish. Key areas worth paying attention to: • secure coding practices and how they are enforced • threat modelling and planning before code is pushed • verification of code and infrastructure before and after release • how this all connects back to governance and risk processes Definitely worth reviewing if you are assessing development teams or software supply chains. 🔗 NIST 800 218 full document

🎯 Core IT Audit & Cybersecurity Frameworks – What You Actually Need to Know 🔐 Whether you’re at a 5-person startup or a 5,000-employee enterprise, cyber risks are real and frameworks are how we manage them. 👇 Here’s a quick, no-nonsense rundown for IT audit newbies and pros alike: 📌 Small Companies ✔ Start with Cyber Essentials (UK) or CIS Controls IG1 ✔ Use NIST CSF as a mental checklist (Identify → Recover) ✔ Don’t waste time on full ISO 27001 cherry-pick the useful parts ✅ Focus on patching, access control, backups, and staff awareness 💸 Most tools and checklists are free 📌 Medium Companies 🧱 Begin aligning with ISO 27001 – certification optional at first 🧰 Combine NIST CSF + CIS Controls for a flexible toolkit 📈 Use frameworks to drive continuous improvement and get buy-in 🎯 Think about lightweight governance, maybe start with Cyber Essentials Plus 📊 Map multiple requirements (e.g. ISO, NIST, PCI) into one control set 📌 Large Enterprises 🏛️ ISO 27001 is the baseline; extend with ISO 27017/27701 etc. 📚 Use NIST SP 800-53 for detailed control depth 📈 COBIT for IT governance & audit integration 📉 Maintain a unified controls library comply once, report many ways 📅 Continuous audit, mature risk processes, and integrated GRC systems 📎 Common Pitfalls ⛔ Thinking frameworks = certification ⛔ Buying tech without fixing people/process gaps ⛔ Overcomplicating when basic controls aren’t in place 🛠 Free but powerful options: ✅ CIS Controls (technical checklists) ✅ NIST CSF (framework to grow into) ✅ Cyber Essentials self-assessment ✅ ISO-aligned policies without going for the cert (yet) 📢 Want examples, visuals, cheat-sheets & tips from the field? 👉 Read the full version on Patreon https://www.patreon.com/posts/it-audit-basics-127797507

ISO/IEC 27017: Auditing Security in the Cloud Not all cloud risks live in data centres. Some live in misconfigurations, unclear roles, and forgotten logs. That’s where ISO/IEC 27017 comes in. ISO 27017 = ISO 27001 + Cloud Context It builds on ISO 27001 but zooms in on how security should work between cloud providers and customers. Audit Focus Areas with ISO 27017 1. Shared Responsibility Model Who’s responsible for what? Check contracts, SLAs, and documentation for clarity. 2. Virtual Environment Protection Are virtual machines, containers, or storage instances segregated and secured? 3. Customer Configuration Control Does the customer know what they must secure (e.g. access control, backups)? 4. Administrator Activity Logging Is admin activity auditable in the cloud console or API? Who watches the watchers? 5. Asset Return & Deletion Are cloud assets wiped or returned securely after termination? Use ISO/IEC 27017 to challenge vague answers like “Our cloud provider handles that.” Follow up with: “Where’s the evidence of that in your contract or logs?” Cloud audits aren’t about trust—they’re about traceability. Check the file attached

🔹 Strengthening Docker Security: A Practical IT Audit Guide 🔹 🚀 Securing your Docker environment is no longer optional—it’s essential. Whether you’re an IT auditor, security specialist, or system administrator, misconfigurations can lead to serious security risks, exposing your organisation to attacks. This post introduces a structured Docker security checklist covering seven key security domains—a must-have tool for conducting IT security audits. 📌 Why This Checklist Matters for IT Auditors A single misconfiguration can put your entire system at risk. Some common vulnerabilities include: ❌ Running containers as root, increasing the risk of privilege escalation. ❌ Excessive permissions on files and directories, allowing unauthorised modifications. ❌ Exposing unnecessary network ports, making it easier for attackers to infiltrate. ❌ Mounting sensitive host directories, giving containers access to critical system files. 🔹 Our Docker security checklist is designed to help IT auditors identify and remediate these risks quickly and efficiently. 📌 Overview of the Docker Security Checklist This checklist is designed to systematically evaluate security controls in seven critical areas. 📌 1️⃣ Host Configuration ✅ Limit root access to the Docker host. ✅ Enable audit logging to track security events. 📌 2️⃣ Docker Daemon Configuration ✅ Ensure the daemon runs as a non-root user. ✅ Restrict the default seccomp profile for additional security. 📌 3️⃣ Docker Daemon Configuration Files ✅ Restrict access to daemon.json (set ownership to root:root). ✅ Ensure Docker socket (docker.sock) is not mounted inside containers. 📌 4️⃣ Container Images and Build File Configuration ✅ Use trusted, signed base images. ✅ Avoid using latest tags—always pin versions to prevent running outdated images. 📌 5️⃣ Container Runtime Configuration ✅ Limit Linux capabilities—containers should not run with excessive privileges. ✅ Enforce a read-only root filesystem to prevent modifications at runtime. 📌 6️⃣ Docker Security Operations ✅ Enable Content Trust (DOCKER_CONTENT_TRUST=1) to sign and verify images. ✅ Regularly scan images for vulnerabilities using tools like Trivy or Clair. 📌 7️⃣ Docker Swarm Configuration ✅ Disable Swarm mode if not required (docker swarm leave). ✅ Enforce role-based access control (RBAC) to restrict Swarm node management. Each check includes audit steps, commands, and remediation guidance, making it a practical tool for IT auditors. 📌 How You Can Get Involved ✅ Run the audit commands and check if your environment is secure. ✅ Share your findings in the Telegram group and discuss with peers. ✅ Join live Q&A sessions to gain deeper insights into Docker security. ✅ Participate in weekly challenges to sharpen your audit skills. 🔹 Join the discussion, secure your Docker environment, and become an expert in container security! 🔹

🛡️ Exclusive Guide: IT Infrastructure Audit Program🛡️ I am happy to publish an in-depth IT Infrastructure Audit Plan tailored to help you streamline your auditing processes and ensure your organisation's IT environment is compliant, secure, and efficient. 🔒 Here's what’s inside: 📝 Domain-specific Checklists: Covering policy enforcement, backup verification, security audits, disaster recovery, and more. ⚙️ Structured Audit Approach: Step-by-step guidance from preparation to reporting. 📊 Compliance Alignment: Insights to align your audit with standards like ISO 27001, GDPR, and NIST CSF. 🌟 Actionable Recommendations: Practical tips to enhance your organisation’s IT governance. ✨ What’s new? Learn how to: Analyse support tickets for trends and solutions. Validate recovery point and time objectives (RPOs/RTOs). Conduct effective simulation tests for disaster recovery plans. 💼 Whether you’re an IT auditor or a compliance professional, this guide is your ultimate resource for identifying risks, improving processes, and enhancing resilience. 📥 Join the discussion in our Telegram channel for updates and insights. Let’s audit smarter, not harder! Thank you for your continued support! 💡 #ITAudit #PatreonExclusive #Compliance #GRC #Security

Which topic you'd like to be covered in the next post. Leave it in comments. 🙂

Which topic you'd like to be covered in the next post. Leave it in comments. 🙂