Use case · Pack-Price Architecture

Price, pack, and channel are one decision. They are almost never optimized as one.

In an affordability-driven market, the pack-price ladder is the single highest-leverage lever a beverage business has, and the hardest to reason about, because every move trades volume against margin against retailer economics against competitor gap.

Step

02 of 03

Answers

what will happen

Engine

Prediction Engine

Status

in progress

Step 02 · Prediction Engine

In progress

What will happen?

Estimate demand elasticity per pack, per channel.

Elasticity and cross-elasticity models (including cannibalisation between own packs) with confidence intervals, so a price move can be scoped before it is made.

Demand response to price, with confidence band Illustrative figures

demand

price →

Terms on this page

Elasticity
How much demand for a pack changes when its price changes.
Cross-elasticity
How much demand for one pack changes when another pack’s price changes.
Cannibalisation
One of the business’s own packs taking volume from another.
Confidence interval
The range the true value is likely to fall within.

How the Prediction Engine gets there

  1. 01Three inputs: results already surfaced by the Analytics Engine, the underlying database, and the user’s prompt.
  2. 02Our proprietary agentic structure reads the shape of the data (task type, target, features, volume) and composes a prediction specification.
  3. 03It selects candidate models, or an ensemble, from a curated catalog, then runs a real ML workflow: preparation, training, validation, held-out testing.
  4. 04The lifecycle stays prompt-driven: promote a model into production, wire it into a dashboard, schedule re-forecasts and alerts.

In progress. Under active development now: agentic AutoML with calibrated, explainable output for real business prediction targets.

Explore the Prediction Engine

What changes

The relay today

Request routed to a tech lead, then a data team: gather, clean, build, validate, ship. Weeks or months pass.

With Theovya

A trained, validated model with honest metrics, while the question is still relevant.

This is the decision most FMCG businesses make once a year, in a room, with a spreadsheet. It can be made continuously, with the trade-offs computed instead of debated.

Use case · Pack-Price Architecture

Price, pack, and channel are one decision. They are almost never optimized as one.

In an affordability-driven market, the pack-price ladder is the single highest-leverage lever a beverage business has, and the hardest to reason about, because every move trades volume against margin against retailer economics against competitor gap.

Step

02 of 03

Answers

what will happen

Engine

Prediction Engine

Status

in progress

Step 02 · Prediction Engine

In progress

What will happen?

Estimate demand elasticity per pack, per channel.

Elasticity and cross-elasticity models (including cannibalisation between own packs) with confidence intervals, so a price move can be scoped before it is made.

Demand response to price, with confidence band Illustrative figures

demand

price →

Terms on this page

Elasticity
How much demand for a pack changes when its price changes.
Cross-elasticity
How much demand for one pack changes when another pack’s price changes.
Cannibalisation
One of the business’s own packs taking volume from another.
Confidence interval
The range the true value is likely to fall within.

How the Prediction Engine gets there

  1. 01Three inputs: results already surfaced by the Analytics Engine, the underlying database, and the user’s prompt.
  2. 02Our proprietary agentic structure reads the shape of the data (task type, target, features, volume) and composes a prediction specification.
  3. 03It selects candidate models, or an ensemble, from a curated catalog, then runs a real ML workflow: preparation, training, validation, held-out testing.
  4. 04The lifecycle stays prompt-driven: promote a model into production, wire it into a dashboard, schedule re-forecasts and alerts.

In progress. Under active development now: agentic AutoML with calibrated, explainable output for real business prediction targets.

Explore the Prediction Engine

What changes

The relay today

Request routed to a tech lead, then a data team: gather, clean, build, validate, ship. Weeks or months pass.

With Theovya

A trained, validated model with honest metrics, while the question is still relevant.

This is the decision most FMCG businesses make once a year, in a room, with a spreadsheet. It can be made continuously, with the trade-offs computed instead of debated.