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Live demand-signal dashboard tracking SKU consumption

AI Demand Forecasting Software India

Forecast what demand will consume. Not what was ordered last quarter.

Enmovil's demand forecasting tools are an AI-native forecasting engine that ingests distributor offtake data, secondary sales signals, GST e-invoice demand patterns, and region-specific seasonality inputs — including monsoon demand shifts and FMCG festival demand spikes — and produces SKU-level consumption forecasts with auto-calculated MOQ, ROP, ROQ, and safety stock parameters that planners can act on immediately.

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The problem

Why sales-based demand forecasting fails at scale

Running on sales-based forecasts manually translated to stock parameters, you are one Diwali spike or monsoon dip away from a stockout your CFO did not see coming.

  1. Forecasts predict orders, not consumption

    Distributor offtake, secondary sales, and channel inventory norms never reach the model — so planners translate sales into stock decisions by hand, padding every buffer to compensate.

  2. Stock parameters set once, then drift

    MOQ, ROP, and safety stock get a quarterly ERP review at best. Monsoon dips and Diwali spikes make static parameters wrong until the cycle absorbs the error as a stockout.

  3. Padded safety stock, not calibrated buffers

    Without SKU-level forecast-error data, safety stock inflates across the catalogue — trapping 30% of working capital in inventory the demand variability does not warrant.

  4. Forecasts that age before they are used

    Monthly-snapshot forecasts can't react when secondary sales signal a mid-cycle shift. By the time the 20% variance shows, stock is already in the warehouse — and the correction is a write-down.

Enmovil's demand forecasting software replaces manual sales-based translation with a self-validating engine — real consumption signals in, six stock parameters out, driving every replenishment decision.

How it works

How demand forecasting tools work — Analyse. Predict. Output.

A three-stage pipeline: raw consumption signals in, self-validating ML forecast in the middle, six actionable stock parameters out.

Forecasting: How demand forecasting tools work — Analyse. Predict. Output.
  1. 01

    Analyse

    Per-SKU consumption data across distributor offtake, secondary sales velocity, channel inventory norms, GST e-invoice volumes, and region-specific seasonality — monsoon patterns and FMCG festival spikes included.

  2. 02

    Predict

    ML forecast for a configurable horizon, self-validated against accuracy targets before deployment. Outliers and structural demand shifts get flagged, not averaged away. MAPE tracked continuously at SKU, category, and portfolio level.

  3. 03

    Output

    Six stock parameters from the validated forecast — MOQ, ROP, ROQ, Max Stock, Min Stock, Safety Stock — recalculated when consumption or lead times cross a configurable threshold.

Technical details · capabilities and constraints
Consumption-Signal Forecasting
Per-SKU forecasts built on distributor offtake, secondary sales, GST e-invoice volumes, and historical consumption — not top-line sales orders. Lead-time changes factor in automatically.
So you canForecast on actual market consumption — not on what was ordered before a distributor's inventory build.
India Seasonality & Demand Pattern Detection
Monsoon shifts, FMCG festival spikes (Diwali, Eid, regional harvest cycles), and automotive spare parts buffer-building detected per SKU. SKU-level overrides where item patterns differ.
So you canBuild the right pre-festival buffer without a manual exercise — and release it when demand normalises.
Self-Validating Forecast Accuracy
Each forecast validates against a configurable MAPE target before deployment. SKUs outside the band get flagged with a root-cause hypothesis — intermittent demand, NPI, channel mix change.
So you canSend planner judgment to the SKUs that need it — not spread it across the full catalogue.
Six Auto-Calculated Stock Parameters
MOQ, ROP, ROQ, Max, Min, and Safety Stock derived from the current forecast and supply constraints. Bulk-approve parameter updates across flagged SKUs in one action.
So you canRetire the quarterly parameter review — get a continuous, forecast-driven update procurement can act on now.
Procurement & Replenishment Handoff
Recalibrated parameters push to inventory planning when changes cross the approval threshold. Procurement gets notified when ROP shifts affect open POs; full change log per SKU.
So you canWire the forecast straight into procurement — no manual translation between teams.

Demand planning software — Constraints configured once, applied automatically

Forecast Model Configuration

  • Planning horizon (weekly, monthly, rolling)
  • MAPE accuracy target per SKU or category
  • Model re-fit frequency on new observations
  • Intermittent-demand detection and alternate model assignment

External Demand Signal Inputs

  • Distributor offtake source and refresh frequency
  • Secondary sales channel integration and normalisation
  • GST e-invoice demand signal per category
  • Festival and monsoon adjustment per SKU or category

Parameter Calculation Rules

  • Safety stock methodology — service level vs demand variability
  • ROP — forecast consumption × lead time + safety stock
  • ROQ — order quantity against holding cost and order frequency
  • Max/Min — working capital ceiling and fulfilment floor per criticality

Handoff & Approval Configuration

  • Auto-update threshold (e.g. 10% parameter change)
  • Bulk-approve workflow for batch parameter refresh
  • Procurement notification triggers for open-PO impact
  • Audit trail retention per parameter change
Ask CADDIE

Ask your demand forecasting platform anything — Caddie AI

Caddie reads your live forecast — accuracy bands, parameter recalibration queues, consumption shifts, distributor offtake signals — and answers in plain language.

From Forecast Accuracy Gap to Recalibrated Parameters — One Conversation

caddie · forecasting
Which SKU categories are most off-forecast this month?
Three categories. FMCG — packaged beverages is 31% above forecast for the third straight week; secondary sales point to an accelerated Diwali pre-buy the model has not absorbed. Pharma — OTC analgesics is 19% below as modern trade pulls volume from traditional trade faster than expected. Automotive — consumables is on track at 4% variance.
1 / 4

Caddie wires live demand signals into the stock parameters behind every replenishment decision — no manual recalculation, no model-tuning session.

SEE CADDIE + DEMAND FORECASTING TOGETHER — Ask Caddie about your own forecast accuracy in a live demo →

Results

What forecast-driven parameters deliver for supply chain & procurement teams

  • 85–92%

    Forecast accuracy on active SKUs

  • 6

    Stock parameters auto-calculated per SKU per cycle

  • 0

    Manual parameter resets on quarterly review calendar

  • 0

    Stockouts on SKUs with active ROP monitoring

  • Live

    Parameter refresh on every forecast cycle

Ranges seen across Enmovil deployments · your KPIs are set against your own baseline

Case study · industrials

Scenario-driven demand forecasting and S&OP consensus for a global precision manufacturer

Manual reality

BEFORE — Sales-Based Manual Forecasting:

  1. Sales order-based demand forecast
  2. Planner manually translates to stock numbers
  3. ROP and Safety Stock entered in ERP
  4. Quarterly review (if scheduled)
  5. Drift between reviews causes stockouts or overstock

With Enmovil

AFTER — With Enmovil Demand Forecasting Tools:

  1. Consumption history and distributor offtake ingested
  2. ML forecast self-validates against accuracy target
  3. Six parameters auto-calculated and pushed to planning
  4. Parameters refresh on each forecast cycle
  5. Caddie alerts on pattern shifts before they become stockouts

The Operational Shift, Across Every Role

  • FOR INVENTORY & DEMAND PLANNERS

    Forecast-derived ROP, ROQ, and safety stock replace manual ERP parameters. When a festival spike hits secondary sales, the model recalibrates — and planner attention goes only to SKUs outside the accuracy band.

  • FOR PROCUREMENT TEAMS

    MOQ and ROQ give buyers a data-backed basis for order quantities sized to the current forecast. When a forecast shift affects an in-flight PO, procurement gets notified with the parameter change and open-PO impact.

  • FOR SUPPLY CHAIN & OPERATIONS LEADERS

    Consumption forecasts flow straight into replenishment and dispatch sizing — no manual translation between teams. Working-capital exposure from over-padded safety stock gets quantified at portfolio level.

  • FOR SUPPLY CHAIN LEADERSHIP & CFO

    Forecast accuracy, parameter drift, and working-capital exposure tracked at network level with SKU drilldown — making the link between MAPE improvement and capital release explicit and measurable.

Trusted by industry leaders

Industries served

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  • Motoryzacja

    Motoryzacja

    Dispatch Planning

  • FMCG

    FMCG

    Forecasting

  • Budownictwo

    Budownictwo

    Dispatch Planning

  • Przemysł

    Przemysł

    Tracking & Visibility

  • Farmacja

    Farmacja

    Tracking & Visibility

  • Ropa, gaz i energia

    Ropa, gaz i energia

    Dispatch Planning

  • Elektrotechnika

    Elektrotechnika

    Tracking & Visibility

  • Telekomunikacja

    Telekomunikacja

    Dispatch Planning

Questions

What buyers ask us first.

Asked in discovery calls, answered plainly.

  1. Enmovil's demand forecasting tools are an AI-native forecasting engine that ingests distributor offtake data, secondary sales signals, GST e-invoice demand patterns, and region-specific seasonality inputs — including monsoon demand shifts and FMCG festival demand spikes — and produces SKU-level consumption forecasts with auto-calculated MOQ, ROP, ROQ, and safety stock parameters that planners can act on immediately.

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