25 Questions to Ask an AI Implementation Vendor Before Signing

Use these 25 questions to pressure-test an AI implementation vendor before signing. The goal is to expose workflow fit, access risk, ROI proof, delivery ownership, and post-launch accountability.

5 min read
Chris Fitkin
By Chris Fitkin Partner & Co-Founder

The point of vendor questions is not to make procurement longer. It is to reveal whether the vendor can turn AI into a production workflow before you give them budget, access, and political capital.

Good AI implementation vendors can answer specific questions about business process, source systems, permissions, human review, measurement, and operations. Weak vendors stay at the level of demos, models, and generic transformation language.

McKinsey’s 2025 State of AI research gives buyers a practical warning: AI use is common, but enterprise value is still scarce. Only 39% of respondents report EBIT impact at the enterprise level, while high performers are roughly 3x more likely to redesign workflows and 3x more likely to have senior leaders demonstrating ownership. Vendor diligence should test for those behaviors. Metacto’s Operational AI framing asks whether the vendor can tie the work to revenue, cost, quality, speed, or risk, not whether they can produce an impressive demo.

Ask questions that require evidence

The best questions force the vendor to show an artifact: a workflow map, access plan, pilot metric, security model, launch plan, or operating cadence.

Workflow fit

  1. Which specific workflow would you recommend we automate first, and why?

  2. What evidence would make you tell us not to build this workflow yet?

  3. How do you map the current workflow before designing the AI-assisted version?

  4. What real examples from our process would you need to inspect before scoping?

  5. How do you separate a process problem from an AI implementation problem?

These questions should lead to a concrete first-workflow discussion. If the vendor cannot help choose or narrow the workflow, require an Opportunity Mapping step before implementation: ranked opportunity map, stakeholder and system review, context and risk assessment, value case, target-state workflow, and first-build recommendation.

Context and data access

  1. Which systems would the workflow need to read from?

  2. Which systems would it need permission to write back to, if any?

  3. How do you handle role-based access, sensitive records, and restricted data?

  4. How do you keep context current when source systems change?

  5. What data should the AI explicitly not use?

The vendor should treat context as a design problem, not a connector checklist. Metacto’s Context Engineering is the right standard because production workflows need three layers working together: context from connected systems and role-based access, intelligence from agents and human review, and control through evals, feedback loops, cost visibility, security, and compliance.

Security, governance, and human review

  1. What actions require human approval?

  2. How are AI outputs logged, reviewed, and audited?

  3. What is your approach to model provider terms, data retention, and environment separation?

  4. How do you handle prompt injection, bad source data, and low-confidence outputs?

  5. What happens when the workflow fails or produces an unsafe recommendation?

Do not accept “human in the loop” as a complete answer. Ask who reviews what, when, with what authority, and how that review is recorded.

Delivery and ownership

  1. Who from your team is accountable for workflow design, engineering, QA, security coordination, and launch?

  2. Who from our team must be involved each week?

  3. What will you deliver by week two, week four, and launch?

  4. How do you define acceptance criteria for the first release?

  5. What documentation and handoff artifacts do we receive?

This is where a delivery model such as Lightning Pods changes the commercial question. The buyer should understand whether the vendor is providing hands, advice, or a compact execution unit of senior operators plus purpose-built agents that owns an outcome in a 30-60 day shipping window.

ROI and operations

  1. What baseline do you need before you can estimate ROI?

  2. Which metric will decide whether the pilot expands?

  3. How will you monitor quality, usage, errors, and adoption after launch?

  4. Who owns incidents, drift, and improvement once the workflow is live?

  5. What would make you recommend stopping after the pilot?

These final questions are the ones most likely to save money. A strong vendor is comfortable with stop criteria because the goal is operating value, not endless implementation.

Vendor answer quality

Use weak answers as prompts for evidence. If the evidence never appears, do not sign.

If the vendor says: We can automate many processes

Interpretation
They may be selling breadth before proving workflow fit
Follow-up
Ask them to choose one workflow and defend the baseline

If the vendor says: We just need access to your systems

Interpretation
They may not understand permission and governance constraints
Follow-up
Ask for a least-privilege access plan

If the vendor says: ROI depends on adoption

Interpretation
True but incomplete
Follow-up
Ask for the adoption plan, owner, and metric

If the vendor says: Your team can own it after launch

Interpretation
The operations model may be missing
Follow-up
Ask for monitoring, support, incident, and improvement ownership

How to use the list

Do not ask all 25 questions as a script in the first sales call. Use them to structure due diligence. In the first conversation, listen for whether the vendor naturally asks about workflow, context, risk, and measurement. In the second, ask for artifacts. Before signing, make the important answers part of the statement of work.

The vendor does not need perfect certainty before work begins. They do need a disciplined way to reduce uncertainty. That is what you are buying.

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Chris Fitkin

Chris Fitkin

Partner & Co-Founder

Chris Fitkin is a Partner and Co-Founder at Metacto, where he leads the firm's Operational AI practice. He works with private equity sponsors and operating teams to find the workflows worth funding, build the business case, and ship governed AI systems that create measurable value. His background spans engineering leadership, internal operations automation, and technical due diligence, including sell-side diligence for a mid-nine-figure private equity transaction.

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