Augmented Analytics: The Category, the Claims, and What Ships

Augmented Analytics: The Category, the Claims, and What Ships

The term no longer separates products. Four capabilities sit underneath it and they differ enormously in difficulty. How to tell which ones a vendor actually ships.

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Contents

What the term means, and what it has come to mean

Augmented analytics is Gartner's 2017 label for BI systems that use machine learning to automate parts of data preparation, insight discovery, and explanation. The original definition was specific: the software finds patterns you did not ask for and describes them in language.

Nine years later the term is applied to almost anything with a model attached. A trend line with a forecast extension is sold as augmented analytics. So is a full anomaly detection and root cause system. The label no longer separates products, so you have to evaluate the capabilities underneath it.

There are four. They differ enormously in difficulty and in how often they actually ship working.

The four capabilities, ranked by how hard they are

Automated insight generation

The system scans your data and surfaces what changed. "Northeast margin down 40bp week over week."

This is the easiest of the four and it ships widely and works. The catch is volume. A 400-store chain with 20 metrics and 30 categories has 240,000 cells. Naive threshold detection on that surface produces thousands of alerts a week, which is the same as producing none.

The real question for a vendor is not whether it detects. It is what the alert volume looks like at your dimensionality after tuning, and whether the ranking of what matters is any good.

Natural language query

Ask in English, get an answer. Covered at length elsewhere; the short version is that it works in proportion to the semantic layer beneath it and not much in proportion to the model.

Automated explanation

Not what changed but why. "Margin is down because eleven SKUs moved to a new vendor cost and retail price did not follow."

This is substantially harder than detection and it is where most products stop short. Watch for the substitution: many tools present a contribution decomposition as an explanation. "Northeast contributed 62% of the decline" is arithmetic, not causation. It tells you where, which you knew, not why.

Genuine explanation requires multi-step decomposition where each query depends on the last result. Ask any vendor to show you a case with more than three chained steps.

Automated action

Detect, explain, then do something. Rare, and rightly so, given that end-to-end accuracy through a detection and diagnosis chain lands around 70%. Acting unsupervised on 70% against systems of record is not a defensible design in retail.

The shippable version is a proposed action with a human approval gate and a logged write-back.

Why augmented analytics deployments stall

Three recurring causes, none of them model quality.

Alert volume. Covered above and it is the leading killer. A system that surfaces 400 anomalies a week gets filtered to a folder in six weeks. The product needs opinionated ranking and suppression of things already known, and most do not have it because ranking requires knowing what the business cares about.

No owner for the finding. The system flags a margin leak. It arrives in a shared inbox. Everyone assumes someone else is on it. Nothing happens. This is an organizational design failure that no vendor will raise during a sales cycle, and it accounts for more stalled deployments than any technical issue.

The finding is not specific enough to act on. "Margin is down in the Northeast" cannot be acted on by anyone. "These eleven SKUs at these fourteen stores are priced below the new vendor cost, fix the retail price" can. The gap between those two sentences is the difference between a product people use and a product people cancel.

How to evaluate, concretely

Run this on your own data during a trial. It takes a week and it separates products fast.

  1. Alert volume at your dimensionality. Connect real data, let it run seven days, count what it surfaces. If it is over 50 a week for a mid-market chain, ask what tuning gets it to 10 and whether the 10 are the right ones.
  2. Precision on a known set. Pick five problems you found last quarter the hard way. Did the system surface them? This is recall and it is the number vendors avoid.
  3. Explanation depth. Take one surfaced finding and count the reasoning steps. One step is detection. Two is decomposition. Four or more is genuine root cause.
  4. Specificity of the output. Can a category manager act on the finding without doing further analysis? If it needs an analyst to become actionable, you have bought an alerting system and still need the analyst.
  5. Time to first real finding. Measured from contract, not from data connection. Vendors quote the second number. Yours will include six weeks of getting access to the ERP.

What it is worth

The honest business case is coverage of the long tail, not analyst replacement.

A mid-market retailer generates several hundred investigable anomalies a month and staffs enough analysts to look at perhaps fifteen properly. The ones that get looked at are the large obvious ones. The tail is unexamined, and the tail is where 60 to 70% of the cumulative loss sits, distributed across cases individually too small to justify an investigation.

Catching forty additional leaks a year at $8K to $40K each is $320K to $1.6M. That is the number to build a business case on, and it does not require anyone to lose a job.

Key takeaways

  • Augmented analytics no longer separates products. Evaluate the four capabilities underneath: insight generation, natural language query, explanation, and action.
  • Detection is easy and ships widely. The hard part is volume: a 400-store chain with 20 metrics and 30 categories has 240,000 cells, and naive detection produces thousands of weekly alerts, which equals zero alerts.
  • Watch for contribution decomposition sold as explanation. "Northeast contributed 62% of the decline" is arithmetic and tells you where, not why. Real explanation needs chained queries where each depends on the last result.
  • Deployments stall on alert volume, no named owner for findings, and findings too vague to act on. None of these are model problems and no vendor raises them during a sales cycle.
  • "Margin is down in the Northeast" is unactionable. "These eleven SKUs at these fourteen stores are priced below new vendor cost" is actionable. That gap decides renewal.
  • Evaluate on your own data for a week: alert volume at your dimensionality, recall against five problems you already found, reasoning-step depth, output specificity, and time to first finding measured from contract rather than data connection.
  • The business case is long-tail coverage. Roughly 60 to 70% of cumulative loss sits in cases individually too small to staff. Forty extra catches a year at $8K to $40K is $320K to $1.6M.

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Questions about findings specific enough to act on.

Augmented analytics is Gartner's 2017 term for BI systems that use machine learning to automate parts of data preparation, insight discovery, and explanation. Nine years on it is applied to almost anything with a model attached, from a forecast trend line to a full root cause system, so the label no longer separates products and you have to evaluate the four capabilities underneath it.

Four. Automated insight generation, which surfaces what changed and ships widely. Natural language query, which works in proportion to the semantic layer beneath it. Automated explanation, which is substantially harder and where most products stop short. And automated action, which is rare and rightly so given end-to-end accuracy around 70%.

Three reasons, none of them model quality. Alert volume, since a 400-store chain with 20 metrics and 30 categories has 240,000 cells and naive detection produces thousands of weekly alerts. No named owner for a finding, so it lands in a shared inbox and nothing happens. And findings too vague to act on, because "margin is down in the Northeast" cannot be acted on by anyone.

Run a week on your own data. Count alert volume at your real dimensionality and ask what tuning gets it to ten useful ones. Test recall against five problems you already found the hard way. Count reasoning steps on one finding, where one step is detection and four or more is genuine root cause. Check whether a category manager can act without further analysis. And measure time to first finding from contract, not from data connection.

Long-tail coverage rather than analyst replacement. A mid-market retailer generates several hundred investigable anomalies a month and staffs enough analysts to examine about fifteen. Roughly 60 to 70% of cumulative loss sits in the unexamined tail, in cases individually too small to justify an investigation. Forty additional catches a year at $8K to $40K each is $320K to $1.6M.

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