Industries/CPG/Use Case

Forecast Demand at 90%+ Accuracy — Consumer Brands

Tera Bullion builds ML demand forecasting for CPG brands: models trained on your actual sales history, seasonality, and market signals — not industry averages — targeting 90%+ forecast accuracy across every channel you sell through. The result is fewer stockouts in your best weeks, less capital buried in dead inventory, and purchasing decisions made on numbers instead of nerve.

Measured90%+ forecast accuracy

What is guessing demand actually costing you?

Demand planning at most consumer brands is a spreadsheet with last year's numbers, a gut adjustment, and a prayer. The cost shows up on both ends: you're stocked out during your best week — velocity you paid marketing dollars to create, handed to a competitor — or you're sitting on dead inventory, capital buried in a warehouse while invoices come due.

The cruel part is that both failures come from the same root: purchasing decisions made months ahead on information that's mostly vibes. Meanwhile the actual answer sits unread in your own history — every season, promotion, and channel swing you've ever had, recorded in the POS exports and marketplace reports nobody has unified.

Why don't the obvious fixes work?

Padding the buy ("order 20% extra to be safe") doesn't eliminate risk — it converts stockout risk into dead-stock risk at a markup. Safety stock across every SKU is the most expensive insurance policy a brand can carry.

The built-in forecast in your inventory tool is a moving average wearing a dashboard. It extrapolates the recent past, so it's precisely wrong at the moments that matter — promotions, seasonal ramps, and channel shifts — the events that make or break a quarter.

Hiring a demand planner without fixing the data means paying a professional to reconcile five spreadsheets before they can begin. The judgment is valuable; the archaeology isn't. Give a planner a unified warehouse and a trained model and their value multiplies.

The common failure: forecasting is treated as an opinion problem when it's a data problem. Your channels already know what demand looks like — they've just never been in one place, learning-ready.

What do we actually build?

  • A unified channel warehouse first: commerce platforms, marketplace exports, distributor EDI, and retail POS in one place — the foundation every answer depends on.
  • Forecasting models per SKU and channel, trained on your history, seasonality, and promotional calendar — targeting 90%+ accuracy, measured openly against actuals.
  • A single demand picture rolled up for purchasing: what to order, when, per channel — with the confidence range shown, not hidden.
  • Accuracy tracking on a dashboard, so the model earns trust with receipts instead of asking for it.
  • Replenishment triggers and low-stock alerts wired into the same pipeline, because a forecast that doesn't reach the purchase order is trivia.

What changes operationally?

Before: purchasing pulls last year's spreadsheet → adjusts on instinct → over-buys the slow SKUs and under-buys the fast ones → the best week of the year ends in a stockout → the warehouse absorbs the misses.

After: the model reads every channel's history and calendar → purchasing gets a per-SKU demand picture with confidence ranges → orders track reality → your best weeks stay in stock and your capital stops sleeping in the warehouse.

The measured targets: 90%+ forecast accuracy, SKU-level visibility across every channel — and for one client, the visibility layer alone paid for the engagement in its first month.

Who is this not for?

  • Brands with very thin sales history — models need seasons to learn from. Young brands start with channel visibility and grow into forecasting; we'll tell you which phase you're actually in.
  • Single-channel, few-SKU operations — if you sell one hero product through one channel, a trained model is more machinery than the problem needs. The warehouse-and-dashboard layer may still pay; the models can wait.
  • Teams that will override every forecast on instinct — the system earns trust through measured accuracy, but only if the numbers are allowed to reach the purchase order.

If you're multi-channel with real history and your quarters swing on inventory calls, this is where ML pays hardest in CPG — because every point of forecast accuracy is margin recovered from both ends at once.

Buyer Questions

Asked Before Every Engagement

What data does the forecasting model need?

Your sales history across channels — commerce platform exports, marketplace reports, distributor EDI, retail POS — plus calendar context like promotions and seasonality. If it exports, we can warehouse it; unifying those sources is the first phase of the build and pays for itself in visibility alone.

How can you claim 90%+ accuracy?

Because the models train on your actual sales history and seasonality, not category averages. Our forecasting builds target 90%+ accuracy, and the number is measured honestly — forecast versus actuals, per SKU, visible on a dashboard you can check any week. Accuracy also compounds: every season of data makes the model sharper.

We sell DTC, on Amazon, and through retail. Can one model handle that?

That's the design case. Channels behave differently — DTC responds to your marketing, retail to placement and promotion, marketplaces to their own weather. The system forecasts per channel and rolls up to a single demand picture, so purchasing sees one number built from real channel behavior.

How is this different from the forecasting in our inventory software?

Built-in forecasting is usually a moving average with a settings page — it extrapolates last quarter. A trained model learns your seasonality, promotional lift, and channel dynamics, and it's evaluated against your actuals rather than trusted on faith. The difference shows up in your best weeks, which are exactly the ones averages miss.

We're an emerging brand. Is this premature?

The honest answer: forecasting needs sales history to learn from, so very young brands usually start with the channel-visibility layer — one dashboard replacing five logins — and add models as data accumulates. One client's SKU-level visibility paid for the engagement in its first month, before forecasting even entered the picture.

Do we own the models and the data stack?

Completely. Warehouse, dashboards, and models are built in your accounts, documented, and handed off — no black boxes, no lock-in, no hostage data. If we part ways, everything keeps running and it's all yours.

What does it cost?

Scoped to your channel count and SKU complexity, which is why we start with a free build plan. Tell us how you forecast today and where it hurts — we'll map the build and the number it has to beat.

See What Guessing Demand Is Costing You

Tell us how this works in your operation today. We'll send back a build plan — no pitch deck, no fluff, just engineering.

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