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A practical checklist for checking AI-generated technical answers

Technical answers from large language models often blend correct statements with untested assumptions and outdated details. A short, repeatable checklist helps teams isolate claims that can be checked, flag assumptions that need testing, and confirm sources before reuse.

Separate claims from the rest of the output

Start by copying the AI response into a document and highlighting every factual statement. Mark sentences that assert a specific result, number, behavior, or relationship. Leave opinions, suggestions, and filler unmarked.

This separation step prevents mixing solid information with speculative language. It also creates a clear map of what later steps must address. Teams can then focus effort only on the highlighted material rather than the entire response.

The process works best when done in a single pass without immediate judgment. Returning later to re-read the unmarked text can reveal overlooked assertions that were initially treated as filler.

Before you ship Never treat an AI answer as settled until every claim, assumption, test, and source has been examined.

List every assumption the answer relies on

Read the highlighted claims again and write down what must be true for each one to hold. These hidden requirements are the assumptions. Common examples include 'the library version is current' or 'the input data matches the training distribution.'

Making assumptions explicit turns vague concerns into concrete items that can be tested or accepted. It also surfaces dependencies that may differ across environments or teams.

When an assumption cannot be stated clearly, the related claim should be treated as unverifiable until more context is available. This prevents carrying forward statements whose conditions remain unknown.

Design quick tests for the claims that matter

For each claim that affects correctness or safety, create a minimal test. The test can be a code snippet, a query against official documentation, or a small experiment. Record the expected result before running the test.

Keeping tests small reduces the chance that the verification step itself introduces new errors. It also makes it easier to repeat the check later if the answer is reused in a different setting.

Documenting both the test and its outcome next to the original claim creates an audit trail. Future reviewers can see exactly what was checked and what result was obtained without re-deriving the test.

Verify sources with primary references

Trace every cited fact back to an official source. Prefer vendor documentation, standards bodies, and peer-reviewed papers over secondary summaries. When the AI names a source, open it and confirm the exact statement appears.

Primary references reduce the risk of propagating errors that appear in summaries or forum posts. They also provide the most current wording and any qualifying conditions that may have been omitted.

When a source is missing or the link is broken, the claim should be marked for further research rather than accepted on the strength of the AI output alone.

Decide what can be reused and what needs human review

After the checks, tag each claim as verified, assumed, or rejected. Only reuse sections where every supporting claim is verified and every assumption has been tested or explicitly accepted by the team. Rejected claims require rewriting or further research.

A short log of verified claims and their sources makes future audits faster. It also helps new team members understand which parts of the answer have already been examined.

If more than one critical assumption remains untested, treat the whole answer as provisional. This conservative approach prevents partial verification from creating a false sense of completeness.

Sources

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