CGE-AUD Reviews: What Auditors Are Saying After Passing

What is the CGE-AUD certification?

CGE-AUD, the Certified GRC Engineer Auditor Specialty, teaches auditors how to audit cloud-native, code-driven environments. The GRC Engineering Club Training Academy launched it on July 15, 2026. It covers seven domains, runs about 4 hours of video, and ends with a 50-question open-book exam (75 minutes, 70% to pass). There is no portfolio requirement and no prerequisite. It is free for GRC Engineering Club members and $350 standalone.

The domains map to what a modern audit actually touches: cloud and code literacy across AWS, Azure, and GCP, auditing infrastructure as code (Terraform and CloudFormation, including state and drift), auditing CI/CD pipelines, cloud-native monitoring and continuous controls, Claude Code and AI tooling for auditors, evidence evaluation in a GRC-engineered organization, and applied scenarios from SOC 2 Type II, ISO 27001, and PCI DSS audits. For how it compares to the classic audit credential, see CGE-AUD vs CISA.

"The infrastructure and control logic underneath it"

The most consistent theme across every review is what the certification tests. Susan Shepard, a certified holder and President of the Club's Boston chapter, put it most directly after passing:

"The exam tests something most audit certs don't touch: whether you can actually audit cloud-native, code-driven environments, not just read a SOC 2 report, but understand the infrastructure and control logic underneath it."

Chelsea Nwakibu, a SOC 2 and ISO 27001 lead auditor who added CGE-AUD to her LinkedIn headline alongside her existing credentials, framed the same idea from the working auditor's side:

"Today's audits go beyond policies and paperwork. They require understanding the technology behind the controls so you can evaluate whether they're actually effective in practice."

Ashish Bansal, an audit manager at Prescient Security who holds CISA, CISM, and CRISC, condensed it into three words in his review: "Code Over Screenshots."

"True assurance doesn't come from a snapshot or PDF. It comes from inspecting live JSON configs and Terraform repositories to audit the actual source of truth of security controls."

Adarian Dewberry, a security engineer and VP of the Raleigh chapter, described the method the course drills: comparing a control claim against the code, state, drift, and operational evidence rather than accepting that a control is "in place." That method is the same one we teach in our guide to auditing infrastructure as code.

The evidence moved, and the reviews are about evidence

Ask holders what stuck, and the answers are about evidence quality. John Flack, who works in GRC and technology risk, made the case against screenshot audits in the most quoted line of the launch:

"If eleventy-billion S3 buckets came from the same Terraform module, asking for twenty screenshots of them isn't rigor, but proving your mastery of the Windows snipping tool."

Darryl MacLeod, a vCISO at Kobalt.io, described the shift in where audit evidence lives:

"The job hasn't changed - verify the claim, trace it to the source, trust nothing you haven't tested yourself. What's changed is where the evidence lives: it's in a Terraform plan output now, not a binder on a shelf.. or a file in SharePoint."

Flack also flagged the counterintuitive part of pipeline evidence: a record marked FAIL may prove the control worked exactly as designed, because a poorly thought out change was blocked. Reading that kind of artifact correctly is a core skill in the CI/CD domain, covered in depth in our guide to auditing CI/CD pipelines.

Who is taking it? A wider group than auditors

The reviewer pool tells its own story. Jonathan Ally, a Marine Sergeant working as a junior assessor in the Federal Risk and Authorization Management Program (FedRAMP) and Cybersecurity Maturity Model Certification (CMMC) space, took the certification to better support his clients and said it "strengthened my understanding of auditing cloud-native, Infrastructure-as-Code (IaC), and DevSecOps environments." The certification is landing with federal-space assessors, not only commercial SOC 2 auditors.

Security engineers came at it from the other direction. Princeton Baker, a technical program manager and security engineer, used it to deepen the risk and governance side of a technical practice. Alan Luk, who works in GRC engineering on Microsoft Azure, reviewed it as valuable for both audiences at once: practitioners learn what auditor workpapers require, and auditors learn what evidence exists and how to test it. In his words, "this course bridges that gap and turns the relationship into a healthy partnership vs. a constant fight."

Aaron P., an ISO 42001 implementer and Marine Corps veteran who is no longer a practicing auditor, still found the angle that matters for practitioners: "I do feel a lot more confident about pointing auditors to better evidence now."

Add it up and the reviewer pool within the first four weeks covers the whole assurance ecosystem: a PCI Qualified Security Assessor (Atul Wable), a FedRAMP and CMMC assessor, SOC 2 and ISO 27001 auditors, a vCISO, security engineers, and working GRC practitioners. Sardar Farrukh, a senior GRC engineer, spoke to how it teaches: "the course made complex technical concepts approachable while keeping the focus on real-world auditing." Jessica Barnwell, who works in healthcare and cloud security GRC, called out the evidence skill specifically: learning "what sufficient and appropriate evidence should look like."

CGE-AUD and CGE-P: two sides of one stack

A pattern showed up in the reviews that nobody scripted: holders stacking the auditor specialty with CGE-P, the practitioner certification. Susan Shepard passed CGE-AUD, then passed CGE-P with the capstone submitted the same week. Aaron P. closed his review with "now onto the CGE-P to round it out." Adarian Dewberry summarized the relationship: CGE-P is focused on building engineered compliance systems, while CGE-AUD is focused on evaluating them.

The two certifications test different verbs. CGE-P asks whether you can ship a working compliance system: a capstone repository with infrastructure as code, policy as code, evidence automation, and control-to-code documentation. CGE-AUD asks whether you can evaluate one someone else shipped. The full landscape, including how CISA, CRISC, and cloud certifications fit around them, is in our guide to GRC engineering certifications.

Is CGE-AUD worth it?

Based on the public reviews so far: yes, if the environments you audit, assess, or answer to are cloud-native. Every reviewer quoted on this page works with cloud infrastructure in some form, and every one of them pointed at the same value: the ability to evaluate controls where they are actually implemented, in code, pipelines, and cloud services, rather than in the documents written about them.

The honest boundary is the same one the course sets for itself. CGE-AUD does not replace a broad audit credential, and it does not try to turn auditors into engineers. It teaches auditors to read engineered environments well enough to test them. If your audits still live entirely in policy documents and interview notes, start with the gap the reviewers describe and decide whether it applies to your work.

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