Book a free consultation (opens in a new tab)

Predictive Analytics

Predictive Analytics: A Score for the One Decision You Make Every Week

Most predictive analytics pitches promise to forecast the whole business.

  • 1Decision, scored well
  • YourHistory, not a generic benchmark
  • 6-9 wkTo a first working model
  • ExplainedDrivers behind every score

Why It Matters

A narrow model beats a broad promise

A model that knows exactly what it is scoring

Instead of a general-purpose analytics platform, the model is built around one decision you already make, such as approving a credit limit or scheduling maintenance. That focus is what makes it testable against real past outcomes and trustworthy enough to actually use.

  • One clearly defined decision, not a broad promise.
  • Tested against outcomes you already know.
  • Accuracy measured honestly, not oversold.

You can see why the score is what it is

A score with no explanation is hard to trust and impossible to challenge. Every score comes with the main factors that pushed it up or down, in plain language, so the person making the decision can weigh the score against what they know that the model does not.

  • Main drivers shown behind every score.
  • Explained in plain business language.
  • The person's own knowledge stays part of the decision.

Learned from what actually happened, not assumptions

The model is trained on past cases where the real outcome is already known, such as which invoices were actually paid late or which machines actually failed.

  • Trained on your own historical, known-outcome cases.
  • Reflects your business, not an industry average.
  • Retrained as new outcomes become available over time.

Every score comes with its own reasoning

Rather than a single opaque number, each score is broken down into the factors that contributed to it, ranked by how much they mattered. This lets the person using the score sanity-check it against context the model does not have.

  • Contributing factors ranked and shown per score.
  • Presented in plain business language, not statistics.
  • Built to be checked, not simply accepted.

Measured against reality, not just at launch

Every prediction is eventually compared against what actually happened, and that comparison is tracked openly over time. If accuracy drifts as conditions change, this shows up in the tracking rather than being discovered months later in a bad decision.

  • Predictions compared against real outcomes over time.
  • Accuracy visible, not hidden behind a one-time claim.
  • Drift detected early, prompting a retraining cycle.

The decisions most worth a predictive model

  • Payment and credit risk

    Scoring the likelihood a customer pays late, to guide credit terms and collection priority.

  • Equipment failure risk

    Scoring which machines are likely to need maintenance soon, from sensor and usage data.

  • Deal and lead scoring

    Scoring which leads or open deals are likely to close, to guide where sales spends time.

  • Churn and attrition risk

    Scoring which customers or employees are showing signs of leaving, early enough to act.

  • Stock-out risk

    Scoring which items are likely to run short against demand before the next reorder.

  • Quality risk

    Scoring which batches or orders carry a higher risk of a quality issue, based on past patterns.

From past outcomes to a score you can use tomorrow

  1. Define the decision

    We agree exactly what the model should score and how the score will be used.

  2. Gather known outcomes

    We pull the past cases where the actual outcome is already known from your systems.

  3. Build and test

    We build the model and test its accuracy against outcomes it has not seen.

  4. Add the explanation layer

    We surface the drivers behind each score, in language the decision-maker actually uses.

  5. Deploy and monitor

    The model runs live, and its accuracy is tracked against real outcomes going forward.

What a working predictive score changes

  • Earlier

    Sight of a risk before it lands

  • Focused

    Attention on the highest-risk cases

  • Explained

    Reasoning behind every score

  • Tested

    Accuracy against real outcomes

  • Consistent

    Criteria applied to every case

  • Human

    Judgement still makes the call

Why teams choose TCB Infotech for predictive analytics

  • We start with your real outcomes

    We build ERP systems, so we know how to pull clean, known-outcome data out of them.

  • Narrow scope, tested properly

    One decision, built and tested against outcomes you already know, not a broad promise.

  • Drivers, not black boxes

    Every score is explained in language the person using it actually understands.

  • Honest about accuracy

    We report what the model can and cannot do, and track its real-world accuracy afterward.

  • Model-agnostic build

    We choose the approach that fits your data and hosting rules, with no lock-in to one vendor.

Predictive analytics questions

What is predictive analytics?

It is a model built from your own historical data that scores the likelihood of a specific outcome, such as a customer defaulting, a machine failing or a deal closing. The score is meant to support a decision a person already makes, not replace their judgement.

How is this different from the forecasting service?

Forecasting projects a number forward over time, such as next quarter's revenue. Predictive analytics scores an individual case, such as this specific customer's risk of late payment, so it is built around a decision rather than a trend line.

What decisions can a predictive model support?

Any decision where you have enough past examples with known outcomes, such as which customers are likely to pay late, which leads are likely to close, or which machines are likely to need maintenance soon.

Can we see why the model gave a particular score?

Yes. Every score is shown with the main factors that drove it, in plain language, so the person using the score can understand and challenge it rather than accept a number on faith.

How much data do we need?

It depends on the decision, but a useful starting model usually needs a few hundred past cases with a known outcome. We assess your available data honestly before committing to a build.

How long does a first model take to build?

A first model for one well-defined decision usually takes six to nine weeks, including testing against outcomes you already know before it is trusted on new cases.

Related

The other services in this section, and related pages from TCB Infotech.

Find the Decision Worth Scoring

No commitment. A practical look at what your data could support.