SolutionUpdated March 2026

AI demand forecasting that replaces spreadsheet guesswork

Build forecasting models that incorporate historical data, seasonal patterns, promotional calendars, market signals, and external variables. Granular, accurate, and adaptive to changing conditions.

See Our Approach

Your demand forecasts are wrong and it is costing you

Traditional demand forecasting uses historical averages and Excel models that cannot account for dozens of variables that affect demand: seasonal shifts, promotional impacts, competitor actions, weather, economic indicators. Forecast errors of 30-50% are common, leading to overstock (capital tied up in excess inventory) or stockouts (lost sales at the worst possible time).

30-50%

Typical forecast error range for spreadsheet-based methods

30%

Improvement in accuracy achievable with AI forecasting

10-15%

Of revenue lost to stockouts from poor demand planning

20-30%

Of inventory is excess stock from over-forecasting

How Optivus builds AI demand forecasting models

We build ML-powered forecasting models trained on your historical data and enriched with external signals. The models produce granular predictions (SKU-level, store-level, daily/weekly) that adapt as conditions change, not just at quarterly review cycles.

01

Data audit

Analyze your historical sales data, promotional calendars, and available external signals. Identify patterns and data quality issues.

02

Model development

Build forecasting models incorporating your specific demand drivers: seasonality, promotions, events, weather, economic indicators.

03

Validate and tune

Backtest against historical data. Measure accuracy against your current forecasting method. Tune until accuracy meets targets.

04

Deploy and integrate

Deploy models into your planning workflow. Integrate with ERP/inventory systems for automated reorder calculations.

Key capabilities

Multi-variable forecasting

Models that incorporate historical sales, seasonal patterns, promotional calendars, weather, economic indicators, and competitor activity.

Granular predictions

Forecasts at SKU-level, store-level, or region-level with daily, weekly, or monthly granularity. Match the precision your planning needs.

Promotion impact modeling

Quantify the impact of promotions, events, and marketing campaigns on demand. Plan inventory around promotional lifts.

Scenario planning

Run 'what if' scenarios: what happens if we run a promotion, open a new store, or a competitor launches a product?

New product forecasting

Forecast demand for products with no sales history using analogous products, market signals, and category patterns.

ERP/inventory integration

Connect forecasts directly to your ERP and inventory systems. Automated reorder point calculation and safety stock optimization.

Results you can expect

30%

Improvement in forecast accuracy vs spreadsheet methods

20-30%

Reduction in excess inventory

10-15%

Recovery of revenue lost to stockouts

3-6 weeks

Typical implementation timeline

Our AI implementation process

Every engagement follows the same four-phase structure.

01

Scope

Map the workflow, define success criteria, lock deliverables.

02

Build

Weekly working demos. Direct channel with the build team.

03

Ship

Production deployment on your cloud with monitoring.

04

Scale

Optimize on real usage. Expand to adjacent workflows.

Frequently asked questions

AI forecasting typically improves accuracy by 20-30% over spreadsheet-based methods. The improvement comes from incorporating more variables, detecting non-linear patterns, and adapting to changing conditions automatically.
At minimum: 2+ years of historical sales data. Better with: promotional calendars, pricing history, competitor data, weather data, economic indicators. We start by auditing your available data and building models on what you have.
Yes, using analogous products, category trends, and market signals. New product forecasting is less accurate than established product forecasting but significantly better than manual estimation.
Our models specifically account for Indian seasonal patterns: Diwali, Navratri, Independence Day, regional festivals, and their varying dates year over year. This is a significant advantage over simple seasonal adjustment methods.
ROI comes from two sources: reduced excess inventory (freeing working capital) and reduced stockouts (capturing lost sales). A 30% improvement in forecast accuracy typically translates to significant savings on both fronts. The exact ROI depends on your inventory value and margin structure.

Ready to get started?

Book a 25-minute call. Bring your workflow and we will show you exactly how we would approach it.

See What We Have Built