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Your Guide on How to Prepare Your Company's Data for AI

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Your Guide on How to Prepare Your Company's Data for AI

Publish date

Publish date

The bet almost every company is making right now: the last AI pilot stalled because the data was messy, and a cleanup project fixes it.

What’s actually true:

  • Gartner puts the failure rate tied to inadequate data readiness at up to 60%.
  • Most cleanup projects only touch the fraction of company knowledge that was already structured: the tables, the schemas, the database rows.
  • The rest, emails, exception notes, the policy PDF nobody’s opened in three years, ships into production completely untouched.

 

Four distinct pipeline failures cause this, and each one is invisible from a spreadsheet. Here’s what this covers:

  1. Why the way a document gets cut apart can break its own meaning
  2. Why clean isn’t the same as owned and dated
  3. The one failure mode that costs the most because it never looks broken
  4. Why ready depends on the decision, not the dataset

 

Quick definition. A document doesn’t stay one file once AI touches it. It gets cut into smaller passages, chunks, and each chunk becomes an embedding, a string of numbers capturing what it means, so the system can find it later by meaning, not keyword. The diagram below shows that full path, document, chunks, embeddings and metadata, a retrieval filter, and one of two outcomes depending on whether that filter checked for staleness.

1. The boundary problem: a chunk can split meaning right down the middle

Chunking decides where one passage ends and the next begins. Most default settings do it by size, roughly every 300 to 500 tokens, with no awareness of what’s inside.

What breaks:

  • Tables get cut mid-row.
  • Numbered exceptions get separated from the sentence that qualifies them.
  • Clauses that only make sense next to the line above them get split apart.

Steps to check this, this week:

  1. Pick your single highest-value document type, a loan file, a clinical note, a permit form.
  2. Run one through your actual chunking process.
  3. Pull four or five resulting chunks.
  4. Read each one against the source, focused on tables, numbered lists, and dependent clauses.
  5. The file loaded tells you nothing. Only reading the actual chunks does.

2. The ownership problem: clean isn’t the same as owned and dated

Most companies can’t name who’s responsible for a document staying accurate, or when it’s next due for a check.

The five things a file needs before it’s actually AI-usable:

  • Owner — one named person responsible for it
  • Check-by date — a point after which it needs confirming, not blindly trusted
  • Who can see it — flags anything private before it gets exposed
  • What used it — a record of which AI tools actually pulled from it
  • What the words mean — same term, same meaning, every time it shows up

Most companies can name zero of the five for most of what they hold.

Fix it like this:

  1. List the documents feeding your top three to five AI use cases only, not the archive.
  2. Assign one named owner per document type.
  3. Tie the recheck to something already on a calendar, a renewal, an annual review, not a new task nobody will run voluntarily.

This is precisely what we do, before an agent goes anywhere near production data: get every document owned, dated, and tagged so nothing stale slips through unflagged. It’s not a feature we bolt on afterward, it’s the first thing we build. We’ve written before about what happens when an assistant has no memory of how your company actually works, The Amnesiac Genius, and this is the other half of that same problem.

3. The confidence problem: the costliest failure never looks broken

There’s a name for this in production AI: context poisoning. A fluent, confident answer built on a source that’s dead or superseded, delivered in the exact same tone as a correct one.

Why it’s worse than a missing answer:

  • A missing answer gets questioned.
  • A confident one usually doesn’t.

Here’s the fix:

  1. Require citation grounding on anything decision-relevant, every answer names the specific chunk it drew from.
  2. Sample your high-stakes answers monthly.
  3. Pull the citation on each. Check its last-verified date against today.
  4. Without grounding switched on by default, this failure only surfaces after it’s already cost something.

4. The threshold problem: ready is a setting, not a property of data

The diagram below shows one customer record feeding two jobs. A marketing recommendation can run broad and loose, a miss costs nothing. A credit decision needs the identical data tuned for precision, with a mandatory human sign-off. Same data. Different bar.

How to set the bar:

  1. Before scoring any dataset AI-ready, name the specific decision it feeds.
  2. Set the bar by what a wrong answer costs and who it lands on.
  3. Tune retrieval for reach where a miss is cheap, for precision where it isn’t.
  4. Require a human gate on the expensive ones.

 

Where to start, by stage

Before your first pilot

Map chunking and metadata for one document type

One agent already in production

Turn on citation grounding for every answer that matters

Scaling past one use case

Tune retrieval per case, gate the expensive ones behind a human

This is exactly what we do. We find the gap before it costs you a decision. Let’s talk.

 


Sources

    1. Gartner, AI-ready data findings, 2026 Hype Cycle for AI

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