Essential Skills for GRC, Finance, Legal and Cyber in 2027 and 2028

This article answers one worry: if AI now drafts the policies, tests the controls, reviews the contracts and triages the alerts, what is left for a GRC, finance, legal or cyber professional to do? The answer is five human skills, ranked by how well they protect your job: professional judgment (called taste in the AI community), agency, follow-through, focus and resourcefulness. Each one sits where automation stops and accountability starts. Judgment decides which AI output is sound and defensible. Agency moves you from the person who samples 40 payments to the person who runs the agent that checks all 18,000. Follow-through makes the work land with the people who rely on it. Focus keeps you on the few exposures that matter, and resourcefulness lets you take on the unfamiliar projects others decline.

The key advice is to build these skills on one real project instead of reading about them. Pick one control you test by sampling today, write the decision it supports and who makes it, and run an agent across the whole population. Write down the rules you used to sort real exceptions from noise, because that is your judgment on paper. Keep humans on irreversible decisions, give every agent an owner, a boundary and a log, and stay with the work until the business actually uses it. Revisit the projects you ruled out, since the constraint that stopped them may be gone. Employers will pay for the professional who can show the exposure chosen, the decision supported and the person who relies on the result.

Consider a composite situation, not a real engagement. An internal auditor at a mid-sized manufacturer spends two weeks every quarter testing a sample of 40 payments out of roughly 18,000 for duplicates and approval breaches. That sample covers about 0.2 percent of the population, and everyone in the room knows it. An AI agent can now read all 18,000 payments overnight and hand the auditor a short list of exceptions by Monday morning. The two weeks of sampling are gone, and so is the part of the job that looked like work.

The question for 2027 and 2028 is what the auditor does with the other thirteen days. The short answer is five human skills, and I rank them here by how well they protect a GRC, finance, legal or cybersecurity career from displacement by automation of repetitive analysis, reporting and control reviews. In order of job-market relevance they are professional judgment, agency, follow-through, focus and resourcefulness. This article is for risk analysts, internal and external auditors, compliance officers, finance controllers, in-house lawyers and security engineers who want to know which habits employers will pay for once everyone has the same AI tools.

AI has removed the old excuses that kept capable professionals from acting on what they already understood: no time, no access, no technical skill. That makes the call to action simple. Revisit the projects you ruled out in the last three years, because the constraint that ruled them out may no longer exist. AI has expanded what is possible in risk management, auditing, compliance, cybersecurity, legal work and finance faster than most people have expanded what they are willing to attempt, and that gap is where your next promotion sits.

Agentic AI in Internal Audit, What to Automate, What to Keep

 

Consider an illustrative scenario, not a real engagement. A mid-sized distributor connects an audit agent to its ERP, its document repository and its ticketing tool. Within a week the agent has pulled invoices, receipts and approvals for 240 purchase orders and produced a tidy memo saying the procure-to-pay control passed. The audit manager reads it, likes it, and asks the only question that matters: which records did the agent open? Nobody can answer.

The short answer to the sequencing problem is this. Agentic AI should first take bounded, repeatable, evidence-based work: a finite set of documents, stable rules, and output you can check against a known result. It must not decide audit scope, judge whether evidence is sufficient, conclude that a control works, rate a finding, or close an issue. Those decisions belong to accountable auditors, and an agent can only prepare the ground for them.

This article is for internal auditors, chief audit executives and the managers and audit committee members who oversee them. After reading it you will be able to sort audit tasks into automate now, automate with review gates, and keep human. You will also have a short list of access rules, evidence requirements and escalation triggers to put in place before any agent touches a workpaper. The question to ask is not whether AI can replace internal auditors. Ask which audit activities are bounded enough to automate safely, and which decisions need independent professional judgment and a named person who answers for them.

 

SOX Controls Over AI

Consider a composite situation, not a real engagement. A controller opens the monthly bank reconciliation, and the matching tool shows 1,250 unmatched items out of 18,400 bank lines. The accounting manager reviewed every item and approved the package. The external auditor asks which version of the matching logic produced that list, whether the bank file was complete when the tool ran, and what the reviewer saw on screen. Nobody can answer. The matching feature arrived in an ERP update that the supplier switched on, and the SOX risk and control matrix still describes a spreadsheet.

If AI influences financial reporting, your organization must be able to show five things: where the AI is used, how it works, that its inputs and outputs are reliable, that changes to it are controlled, and that a human exercised oversight and left evidence of it. Each of those five becomes an auditor question, and this article takes them in the order a SOX program would address them. Treat the five questions as a practical synthesis of current auditor concerns. No official PCAOB or SEC checklist with five questions exists, and I would be wary of anyone who presents one. The article is written for controllers, SOX control owners, and internal auditors who need working answers before fieldwork starts.

You do not need a separate AI compliance program to get there. COSO released guidance on internal control over generative AI in February 2026 that applies its Internal Control Integrated Framework to generative AI, and it names the risks that matter most to financial reporting: prompt-based manipulation, opaque reasoning, model drift, and frequent configuration changes. SEC staff remarks at the December 2025 AICPA and CIMA conference, as summarized in an EY compendium, pointed the same way, with attention on model design, data, human oversight, and the way AI changes IT general controls. What follows turns that direction into an inventory, a control narrative standard, a validation plan, a change register, and a failure path you can build this quarter.

 

AI Governance Frameworks For Risk Managers

 

Corporate environments are adopting autonomous systems at a pace that outstrips traditional oversight mechanisms. Engineering teams ship automated workflows daily. Business units integrate external models into core operations without formal review. The resulting environment creates massive blind spots for risk professionals. You cannot manage what you cannot see, and you certainly cannot audit what you do not understand. The era of treating artificial intelligence as a mere productivity enhancement is over. It is now a foundational component of enterprise architecture. This shift demands a complete rethinking of control environments.

Risk managers, compliance officers, and cybersecurity experts must transition from passive observers to active architects of machine behavior. The theoretical debates about future capabilities no longer matter. The immediate reality involves managing current deployments that process sensitive data, execute financial transactions, and interact directly with customers. Professionals who master this transition will define the next decade of corporate governance. Those who fail will preside over catastrophic compliance failures and severe reputational damage.

This guide provides a direct, actionable blueprint for securing autonomous systems. We will explore five essential pillars of modern risk management. These pillars move beyond basic policy documents. They focus on the practical implementation of controls, the integration of global standards, and the strategic career positioning of governance leaders. You will learn how to validate machine outputs, secure third-party integrations, assign legal accountability, capture institutional context, and manage the hidden costs of automated code generation.

AI Agent Segregation of Duties Guide for GRC and SOX Compliance

 

Finance leaders are under constant pressure to cut costs, and automation is the fastest lever available. IT teams are asked to hand AI agents more autonomy every quarter, and in many workflows that autonomy now stretches across the full transaction lifecycle: an agent reads customer or financial data, produces a recommendation, approves it, executes the action through an API, and writes the log entry that documents what happened.

No serious organization would hand a single employee that combination of powers without a control wrapped around every step. Yet that is precisely the architecture some companies are building today, one agent deployment at a time, often without anyone deciding to do so on purpose. This piece walks through why that pattern is a genuine segregation of duties problem, what Sarbanes-Oxley actually requires when an agent touches a financially relevant process, and what a control owner can do about it in practice.

The Risk Management Blueprint: A Practitioner's Guide to Quantitative GRC

 

Risk management has a credibility problem. Not because the profession lacks talent, but because color-coded heat maps, ordinal scoring matrices, and quarterly dashboard reviews were never built to change decisions. They exist to document that a compliance process took place. Executive teams know this. They react accordingly by treating risk departments as corporate overhead instead of strategic assets.

I wrote this book to help my peers turn that dynamic around.

After 25 years leading risk functions and advising executive boards across complex multinational companies, I needed a manual that actually bridges advanced quantitative methods with the daily decisions that determine business outcomes. That drive is why The Risk Management Blueprint hit #9 among the most sold risk management books in the weeks after publishing.

At 867 pages, it gives practitioners a single unified methodology across every major risk domain, covering AI systems, cyber exposure, financial cash flows, sustainability transitions, and human behavior. The framework rests on probability theory, financial modeling, and decision science so you can swap subjective scores for numbers that stand up in the boardroom.

You can preview the first four chapters and access the book here: https://amzn.to/4ciag1F

This is not a textbook. It does not spend the majority of its pages diagnosing what is broken in the profession before gesturing toward improvement in a final chapter. More than 70 percent of the book's total length is allocated to domain applications and advanced analytical infrastructure, meaning the bulk of every page is spent on how to build, calibrate, and apply quantitative and predictive risk models across the decisions that actually shape organizational outcomes.

SOC 2 Is Not Security: A Critical Guide for GRC Managers

Let us be direct. SOC 2 is not a security certification. It is an attestation report issued under AICPA standards in which a licensed public accounting firm expresses an opinion on whether a service organization controls met the selected trust services criteria. The report does not declare that your product is safe. It does not certify that your penetration test was rigorous. It does not prove that your attack surface is small or that your customers are protected from a breach. It states that management described a system, selected criteria, asserted controls, and the auditor found those controls suitably designed and, for a Type II report, operating effectively during the specified period.

That distinction matters more than many teams are willing to admit. The report can create a polished artifact that procurement teams accept, but the underlying controls may still be thin, poorly scoped, or disconnected from the technical reality of the product. The phrase SOC 2 is the audit version of trust me bro became popular for a reason. When the PDF is stronger than the security program, the market starts rewarding documentation rather than operational resilience. As a GRC leader, your job is to reverse that sequence. Build the controls, operate them, collect evidence continuously, and let the SOC 2 report fall out as a byproduct rather than serving as the starting point.

This guide walks through the exact gaps that make SOC 2 incomplete as a security signal, how to read a report without wasting your review cycle, how to build a security-first program that makes SOC 2 the output, how to use continuous assurance strategically, and how to govern vendors that hand you a SOC 2 report and expect instant approval. The focus is practical because the risk owner in the room rarely needs another abstract debate. You need a method for using SOC 2 as one piece of evidence among many.

The article is intended for a global audience. SOC 2 is a US-origin AICPA attestation product, but it is now exchanged across borders by cloud providers, software vendors, data processors, and AI product teams. It often sits alongside ISO/IEC 27001, NIST Cybersecurity Framework, CIS Controls, GDPR, HIPAA, NIS2, and emerging AI governance obligations. That means the underlying discipline remains the same. Understand the limitations, own the controls, and never outsource your risk judgment to a report.

 

Stop Chasing Evidence to Start Informing Decision-Making

Walk into most GRC departments in large global companies and you'll find talented professionals spending their weeks on the same treadmill: updating a register, chasing a control owner for evidence, formatting a report nobody outside compliance will read. That work isn't worthless, audits need it and regulators expect it, but it has quietly become the entire job for a lot of practitioners, and that's a problem nobody in the function wants to say out loud. Paper compliance was built for a slower, less automated world. The world asking for your risk function’s input now needs something else: probabilistic insight that turns uncertainty into measurable exposure, decision thresholds, planning choices, and control responses that improve performance.

uncertainty → exposure → thresholds → decisions → treatment actions → performance 

 

AI Isn't Coming for GRC Jobs. It's Coming For The Manual Review Part of Every GRC Job

Here's the uncomfortable part nobody says out loud in a GRC conference room. AI is not replacing risk managers, compliance officers, auditors, cyber teams, controllers, or sustainability experts. It's replacing the manual review work that used to justify half of those job descriptions. What's left after that work disappears is judgment, and judgment is either your biggest career asset right now or the skill you never actually built because the manual work always came first.

Every one of these six professions is being pulled through the same transformation at the same time, just wearing different clothes. Risk teams are using AI to process larger volumes of exposure data faster than any analyst could by hand. Audit is automating the routine testing that used to eat most of fieldwork season. Cyber teams are automating alert triage and first-line response. Compliance is watching AI surface policy conflicts across thousands of documents in the time it used to take to review one contract. Controllers are automating reconciliations and close procedures. Sustainability teams are automating ESG data extraction and disclosure drafting.

None of that is a headcount story on its own. It becomes one for the people who don't adapt, because the professionals who can validate AI outputs, challenge exceptions, and decide where a human still has to sign off are becoming the only ones a board actually needs in the room.

 

A Practical Field Guide for Auditing SAP HR Systems

Auditing an SAP Human Capital Management (HCM) environment is one of the most consequential engagements an internal auditor or external reviewer can undertake. Payroll errors, unauthorized access to employee records, and misconfigured benefit plans can expose an organization to financial loss, regulatory penalties, and reputational damage,  all traceable to configuration decisions buried deep in a system that most auditors never fully explore.

This guide walks you through the major audit domains in SAP HCM in a logical, field-ready sequence. For each area, you will find the specific transaction codes (T-codes) to use, the tables and objects to examine, what to look for as a potential finding, and practical recommendations you can bring back to management. Whether you are new to SAP audits or refining an existing program, this guide gives you a structured, repeatable approach that covers configuration, authorization, and reporting controls.

A note on terminology: throughout this guide, references to the IMG mean the Implementation Guide, accessed via SPRO (System Customizing Implementation Guide). The IMG is where nearly all SAP configuration lives, and access to it is itself a significant control risk. Every section will remind you to check who can get in there, because the person who can change configuration often does not need to.

 

How to Stop Producing Risk Registers Nobody Uses

Enterprise Risk Management programs fail in the same quiet way. They produce polished registers, colorful heat maps, and quarterly reports that look impressive in board packs. Then the organization makes its next major capital allocation, acquisition, or vendor choice using a single-page summary with one projected number and zero reference to the risk framework that consumed thousands of hours to build.

I've watched this pattern destroy the credibility of risk functions across industries. The risk team works hard. Stakeholders get interviewed. Likelihood and impact get scored. And none of it touches the actual decisions that determine whether the organization wins or loses. The gap between risk reporting quality and decision quality is where ERM programs go to die.

This article addresses that gap directly. It provides a stage-by-stage implementation approach for building an ERM program that changes how your organization decides, plans, and allocates resources. Every recommendation comes from field-tested practice, not theory. If your ERM program currently produces documents that live in SharePoint between annual reviews, this post shows you how to fix that.

 

Skills for Compliance Officers, Risk Managers, and Auditors

7 Career Capabilities That Will Separate Compliance Officers Who Thrive in 2026 From Those Who Get Replaced by Algorithms

ING just announced 1,250 job cuts in its compliance operations. ABN Amro plans to replace 35% of its AML division with AI. The Dutch audit office published a report questioning whether the €1.4 billion the banking sector spends annually on anti-money laundering checks actually produces effective outcomes.

Read that last sentence again. The government auditor is asking whether the entire manual compliance model works.

This is not a future scenario. This is happening now, across multiple banks, in one of Europe's most regulated markets. And it raises a question that every compliance officer, risk manager, and internal auditor should be asking themselves today: if my primary value comes from executing manual processes that AI can do faster and more consistently, what exactly is my professional future?

The answer depends entirely on skills. Not certifications. Not years of experience. Skills.

I have spent the last fifteen years working with compliance functions across financial services, industrials, and technology companies. The pattern I see repeating is consistent: the professionals who can quantify risk, challenge AI outputs, and translate regulatory complexity into financial terms the business can act on are becoming more valuable every quarter. The ones who built careers around checklist execution, manual alert processing, and qualitative risk scoring are watching their roles disappear. Sometimes gradually. Sometimes overnight.

This post identifies the seven skills that will define professional survival and advancement in compliance, risk, and audit roles through 2026 and beyond. Each one is grounded in what I see organizations actually hiring for, paying premiums for, and struggling to find.

 

How to Use Large Language Models Securely in Risk Management, Compliance, Cybersecurity, and Audit

 

A compliance officer asked an LLM to analyze a vendor contract for GDPR obligations. The prompt included the full contract text. The contract contained employee names, personal email addresses, salary data from an embedded compensation schedule, and a confidential arbitration clause. All of it went into a third-party API. The compliance officer received a helpful analysis. The organization received a data privacy incident.

Nobody planned for this. The compliance officer was doing good work. The tool produced a useful output. And the organization now had regulated personal data sitting in an external system with no data processing agreement, no retention controls, and no way to request deletion.

That is the paradox of LLMs in GRC. The same capability that makes them powerful for regulatory analysis, risk assessment, and audit automation makes them dangerous when deployed without guardrails. An LLM will process whatever you feed it. It does not distinguish between public regulatory text and confidential personal data. It does not know that the regulation it cited does not exist. It does not understand that the risk score it generated was influenced by training data biases that systematically underweight emerging market vendors.

 

AI for GRC: 10 Use Cases Every Risk and Compliance Team Can Deploy in 90 Days

A compliance analyst at a mid-tier financial institution spent 14 hours last week reading regulatory updates. She flagged three items as potentially relevant to her business. She missed two others that directly affected the firm's cloud outsourcing arrangements. One of those triggered an enforcement action against a peer institution six weeks later.

That story repeats across thousands of GRC teams every week. The volume of regulatory change, vendor risk signals, control evidence, and incident data has exceeded human processing capacity. Not because the people lack skill. Because the volume is physically impossible to cover manually with the rigor the work demands.

AI changes this equation. Not by replacing human judgment, but by compressing the time between a risk signal appearing and a qualified human evaluating it. The 10 use cases in this post are not theoretical. GRC leaders at financial institutions, technology companies, and manufacturing firms are running three to five of these today, cutting manual hours by 30-60% while improving coverage across the full risk population.

Each use case includes the practical workflow, the authoritative framework it maps to, and the implementation path you can follow starting this week.

 

SAP S/4HANA: AIS Audit Information System, Analytics, Continuous Monitoring, and RPA

How to Use SAP S/4HANA Audit Tools, Data Analytics, RPA, and GRC Solutions

Most SAP audits still leave value on the table. The team knows the controls. The team knows the transactions. The team can walk a process and sample documents. But they still work too manually. They ask for too much evidence from the business. They spot issues late. They test samples where they could test populations. They rely on screenshots where SAP already stores the answer.

That is where audit tools, analytics, continuous monitoring, and automation change the game.

I have seen relatively small audit teams outperform larger ones simply because they knew how to use the SAP Audit Information System, how to interrogate the data model, how to run direct analytics against real transactions, and how to automate evidence collection and control testing where it made sense. The difference was not talent alone. It was method.

This article sets out a practical framework for using SAP S/4HANA audit tools and techniques to improve speed, consistency, and insight. It covers the Audit Information System, direct data analysis, the SAP data dictionary, process mining, SAP GRC products, continuous auditing and monitoring, and RPA. As requested, I include transaction codes, tables, and key technical field references where they matter.

 

How to Audit the SAP S/4HANA Forecast-to-Stock Cycle

Audit Controls for the SAP S/4HANA Forecast-to-Stock Cycle

Inventory audits are rarely just about counting boxes. They are about trust. Trust that the quantities in SAP S/4HANA reflect physical reality. Trust that movements are valid. Trust that scrapped material is actually scrapped. Trust that stock in transit exists. Trust that inventory valuation is right, period cutoffs are right, and adjustments are not hiding mistakes or theft.

That is why the forecast-to-stock cycle matters so much, even when most audit work in this area ends up focusing on inventory management rather than forecasting.

I have seen inventory environments where the count procedures looked disciplined but the underlying movement controls were weak. The result was predictable. Repeated write-offs. Unexplained adjustments. Warehouse frustration. Management arguing over whether the issue was process, system, or people. I have also seen the reverse. Well-designed movement controls, cycle counting discipline, material master governance, and better reporting reduced inventory noise sharply before year-end counts ever began.

This article gives you a practical framework for auditing the SAP S/4HANA forecast-to-stock cycle, with emphasis on inventory management. It covers the key S/4HANA changes, enterprise structure, material master, movement types, security, configurable controls, and the most useful audit reports. As requested, I include transaction codes, key tables, technical field names, and practical implementation guidance throughout.

 

How to Audit the SAP S/4HANA Purchase-to-Pay Cycle

 

Practical Audit Controls for the SAP S/4HANA Purchase-to-Pay Cycle

Few audit areas get management’s attention faster than purchase-to-pay. The reason is simple. Cash is leaving the company. When controls are weak, the damage is usually visible in money, not theory. Duplicate payments. Overpayments. Invalid vendors. Missed discounts. Manual payments. Invoice blocks cleared too easily. Purchase orders changed after approval. Those are not abstract control concerns. They are operating losses.

That is why a strong SAP S/4HANA purchase-to-pay audit can be one of the most valuable reviews in the annual plan.

I have seen organizations recover meaningful cash just by tightening duplicate invoice checks, vendor master controls, and release strategy gaps. I have also seen teams focus too narrowly on invoice processing and miss the actual cause of the problem, which often sits earlier in the flow. In vendor setup. In purchasing info records. In source lists. In movement types. In tolerance settings. In who can create, approve, receive, and pay.

This article gives you a practical framework for auditing the SAP S/4HANA purchase-to-pay cycle. It covers the S/4HANA changes that matter, enterprise structure, master data, security, common configurable controls, and high-value reports. As requested, it includes transaction codes, relevant tables, authorization objects, and full technical names where they help the work become actionable.

 

How to Audit the SAP S/4HANA Order-to-Cash Cycle

Practical Audit Controls for the SAP S/4HANA Order-to-Cash Cycle

Revenue problems rarely begin in the income statement.

They begin earlier. In customer master data. In pricing conditions. In credit limits. In copy control. In blocked deliveries that no one resolves. In incomplete sales documents that sit too long. In manual overrides that looked harmless at the time.

That is why a strong SAP S/4HANA order-to-cash audit is never just a sales process walkthrough. It is a control review across sales, shipping, billing, receivables, customer master data, pricing, credit management, and the handoff into financial accounting.

I have seen organizations with healthy top-line growth discover margin leakage only after audit tested pricing overrides and free-of-charge processes in detail. I have also seen teams with good commercial discipline still struggle because customer business partner data, incompleteness procedures, or credit checking were only partially configured. The process looked fine on paper. The exceptions told a different story.

This article gives you a practical framework for auditing the SAP S/4HANA order-to-cash cycle. It covers new S/4HANA features, enterprise structure, master data, security, common configurable controls, high-value reports, and the technical details needed for a serious audit or GRC review. As requested, I include transaction codes, tables, authorization objects, and field-level references where they are relevant.

 

How to Audit the SAP S/4HANA Record-to-Report Cycle

Practical Audit Controls for the SAP S/4HANA Record-to-Report Cycle

Most finance audits focus on the final reports. That is too late. If you want reliable financial reporting in SAP S/4HANA, you need to look earlier. At posting periods. At journal entry controls. At field status logic. At validation rules. At asset settings. At master data. At who can post, who can reopen a period, and who can change document fields after the fact. The balance sheet only tells you the ending story. The controls tell you whether the story can be trusted.

I have seen finance teams with excellent close discipline still struggle because SAP S/4HANA was left at default settings that did not match the business. I have also seen the opposite. A well-configured environment cut period-end stress sharply because errors were prevented before they became close issues. That is the real promise of a strong record-to-report design. Fewer surprises. Better evidence. More confidence in the numbers.

This article sets out a practical framework for auditing the SAP S/4HANA record-to-report cycle. It covers statutory and managerial reporting, enterprise structure, master data, security, common configurable controls, useful reports, and the technical details auditors and GRC teams actually need. As requested, I include transaction codes, relevant tables, key technical field names, and plain-language descriptions.

 

How to Audit IT General Controls, Basis Settings, and SAP S/4HANA Security

 Audit Guide for SAP S/4HANA IT General Controls, Basis Settings, and Security

A minimum password length of 4 characters. SAP_ALL assigned to 11 dialog users. Table logging disabled in production. The system change option set to modifiable. And the client lock on the production client removed six times during the audit period with no documentation explaining why.

That was a single SAP S/4HANA audit. One client. One system. And every one of those findings existed because nobody checked the foundational layer before testing the business process controls sitting on top of it.

Here is the problem. Organizations spend weeks testing purchase order release strategies, three-way match configurations, and payment approval workflows. They validate that configurable controls are set correctly and that users follow documented procedures. Then an auditor discovers that a developer had debugging access in production, that the system was unlocked for modification three times in the last quarter, and that RFC connections from the development system point directly at production data. Every business process control conclusion becomes unreliable because the foundation was never validated.

ITGCs and Basis security settings are that foundation. If they fail, everything above them in the audit pyramid becomes suspect. This post covers the complete audit approach for IT General Controls, Basis settings, transport controls, logging frameworks, profile parameters, and the SAP authorization concept, with every T-code, table, field, and parameter you need to execute a thorough review.