Businesses should understand and address material process problems before automating with AI—but “fix” does not mean perfect every workflow first. It means knowing what the work is for, how it runs, where it fails, who is affected and what risks the business can accept. That understanding makes it possible to decide whether AI is suitable, define a bounded use case and judge whether it works.
What “fix the process first” should mean
It is a practical decision principle, not a rule that every workflow must be polished before technology can help. A process is sufficiently understood to consider AI when the business can describe its purpose, normal path, exceptions, handoffs, constraints and desired outcome. Material defects—such as unclear ownership, inconsistent inputs or uncontrolled risks—should be addressed or explicitly accounted for before expanding automation.
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This preparation can also reveal that the right next step is not AI. A small, governed experiment can help resolve uncertainty, but it should have a defined purpose, responsible owners and measures rather than being an unmonitored deployment.
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Why workflow clarity matters for AI
Automation can scale a bad handoff
If nobody knows who owns an exception or what counts as a correct result, an AI system will not resolve that ambiguity by itself. It may instead make the unclear step faster, harder to notice or more consequential. Mapping the work helps expose where a human decision, a policy clarification or a conventional tool is needed.
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“AI” is not one task or one level of risk
A narrowly defined system that classifies incoming requests is different from an open-ended assistant that can advise employees or customers. Scope affects what can go wrong, what must be reviewed and how performance should be evaluated. NIST’s AI Risk Management Framework (AI RMF) Playbook advises organizations to weigh benefits against negative risks and decide whether AI is appropriate for the task at all. That decision can be to proceed, narrow the task, choose a simpler approach or not use AI. NIST AI RMF Playbook: Map and Manage
Success needs a baseline
Without knowing the current level of quality, time, cost or another task-relevant measure, a business cannot tell whether automation has improved the work. The right measures depend on the task; no universal KPI set fits every workflow.
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A practical preparation sequence
The following is a usable sequence based on NIST guidance, not a checklist mandated by NIST or a guarantee of success.
- Describe the workflow. Record how work starts, the usual steps, the intended outcome, exceptions, handoffs and current human decisions.
- Set the objective and baseline. State what should improve and document current quality, turnaround time, operating cost or other relevant measures.
- Map context and exposure. Identify affected people, data, connected systems, likely failure modes, organizational policies and applicable sector rules.
- Make a go/no-go choice. Compare AI with a human-led process or simpler conventional automation. Record why the expected benefits justify the risks—or why they do not.
- Bound the use case. If proceeding, choose a specific task. Define who reviews outputs, who can override them, how exceptions are escalated, what the fallback is and what error levels are acceptable.
- Test before release. Use conditions representative of the intended operating context. Document test methods, metrics, tools and limitations; do not assume a successful demonstration establishes production readiness.
- Monitor and adjust. Check actual behavior and user feedback after deployment. Review results and risks regularly, then improve, constrain or stop the system if it misses its purpose or exceeds the organization’s risk tolerance.
NIST frames AI risk work through four related functions—Govern, Map, Measure and Manage—not as a universal sequence of steps. Its guidance emphasizes context, documented testing, evaluation and monitoring across the AI lifecycle. NIST AI Risk Management Framework NIST AI RMF Playbook
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What to compare before choosing an approach
Evaluate manual work, conventional automation and AI-enabled automation against the same task-specific criteria. A single score can conceal important trade-offs, so record the evidence and decision behind each option.
| Comparison area | Question to ask |
|---|---|
| Output quality | What errors occur, how serious are they, and how will correctness be checked? |
| Time and operating cost | Does the option improve the total workflow, including review and correction? |
| Exceptions | Can unusual cases be recognized and routed safely? |
| Deployment context | Does performance hold under the actual data, users and operating conditions? |
| Human control | Who reviews, overrides or escalates a result, and when? |
| Data and security | What information is exposed, and what privacy or security controls apply? |
| Traceability | Can the business understand or reconstruct how a consequential output was produced? |
| Impact on people | Could the approach affect users unevenly or create accessibility barriers? |
| Recovery and shutdown | Can the organization detect problems, revert to a fallback and stop the system? |
These criteria reflect relevant NIST risk and trustworthiness concerns; NIST does not prescribe one universal comparison scorecard. NIST AI RMF Playbook: Map 3 NIST AI RMF Playbook: Measure
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Governance is part of the process
Decide who owns the business outcome, system oversight, testing, escalation and review. Make clear who can approve changes, who handles incidents and who can pause or stop the automation. Keep human oversight where the potential consequences or uncertainty make it necessary.
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Clear out junk files and repair common Windows errorsFree Scan →Scan for outdated or missing drivers - takes under a minuteDriver Scan →Repair Windows errors before they cause bigger problemsFix Now →NIST’s Govern function is cross-cutting: it informs the other AI RMF functions, and risk management continues through the system lifecycle. The framework is voluntary, so organizations can use it as a structure without treating it as a certification or a substitute for applicable laws and internal requirements. NIST AI Risk Management Framework
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What a real implementation example can—and cannot—show
A NIST-hosted, Workday-authored case study describes Workday mapping the AI RMF against existing controls, convening stakeholders across functions, clarifying responsibilities, using the framework in guidance and product risk evaluation, and developing a questionnaire for third-party AI tools. Jim Stratton, Workday’s chief technology officer, described the framework as a benchmark for the company’s approach. This is a company-reported account, not independent evidence that the practices caused a particular business result; the case study also says NIST does not validate or endorse an individual organization’s approach.
NIST-hosted Workday AI RMF case study
Framework status and scope
NIST released AI RMF 1.0 on January 26, 2023, for voluntary use. NIST’s status page says the framework is being revised and records the Generative AI Profile release on July 26, 2024. Check that page for current status before relying on a particular version or profile. NIST AI RMF status and resources
The framework offers a way to organize risk work; it does not establish that AI is right for a given task, guarantee a result or replace sector-specific obligations. For complex or high-impact workflows, a business may benefit from specialist process redesign or AI governance advice, but consulting is not a prerequisite for every bounded, low-risk experiment.
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