Perimattic

Demand OS Industries

Demand planning artificial intelligence software, pre-configured for your vertical

Retail demand patterns are nothing like spare-parts forecasting. Demand OS ships with industry templates — model choices, segmentation defaults, and planning cadences tuned to how your category actually behaves.

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Which industries does demand planning AI software serve?

Demand planning artificial intelligence software serves any business that buys, makes, or moves physical inventory. Perimattic Demand OS ships pre-configured templates for five verticals — retail, manufacturing, CPG, distribution & wholesale, and ecommerce — because each has fundamentally different demand patterns: a retailer forecasts promotional uplift at store level, while a manufacturer forecasts intermittent spare-parts demand constrained by production capacity. The same AI engine powers all five; the templates change the model weighting, planning hierarchy, and data connectors.

Retail

Promotional uplift, seasonal spikes, and store-level replenishment. The retail template ships promotion-aware forecasting, cannibalization modeling, and store/DC hierarchies out of the box.

Promotion planningSeasonal spikesStore-level replenishmentMarkdown timing
Manufacturing

Long-tail spare-parts forecasting, production scheduling, and MRP integration. Croston-class models for intermittent demand, constrained by line capacity and supplier lead times.

Spare-parts long tailProduction schedulingMRP integration
CPG

Trade promotion management, category management, and retailer collaboration. Forecasts that separate baseline from promoted volume and reconcile with retailer POS.

Trade promotionsCategory managementRetailer POS
Distribution & Wholesale

Distribution & Wholesale

Explore Distribution & Wholesale

Multi-echelon inventory, customer demand volatility, and lead-time variance. Echelon-aware safety stock that stops the bullwhip before it reaches your suppliers.

Multi-echelon inventoryLead-time varianceCustomer volatility
Ecommerce

Daily demand signals, rapid SKU proliferation, and returns-adjusted forecasting. Cold-start models for a catalog that changes weekly, netted for expected returns.

Daily signalsSKU proliferationReturns-adjusted

What an industry template changes

Same platform, different defaults. A template tunes the pieces that vary most by vertical, so the pilot starts from your reality, not a blank slate.

Model library weighting
Croston for intermittent spare parts; promotion-aware ML for retail; returns-adjusted baselines for ecommerce.
Segmentation defaults
ABC-XYZ thresholds and review cadences set to the demand variability typical of your category.
Planning hierarchy
Store/DC/region for retail, plant/line for manufacturing, echelon-aware for distribution networks.
Signal connectors
POS and promo calendars for retail/CPG; MRP and supplier lead times for manufacturing and wholesale.

How demand planning AI adapts to each industry's demand pattern

The reason generic forecasting fails: demand behaves differently in every vertical. Demand planning artificial intelligence software has to match its models, signals, and planning grain to the pattern — this is what that looks like per industry.

Industry
Dominant demand pattern
AI models favored
Key signals ingested
Retail
Promotion-driven spikes layered on store-shaped seasonality; markdown-sensitive tails
Promotion-aware gradient boosting; seasonal ML per store cluster
Daily POS, promo calendar, weather, local events
Manufacturing
Intermittent long-tail spare parts; lumpy OEM orders; capacity-constrained supply
Croston-class intermittent models; constrained optimization
MRP, supplier lead times, machine/install base data
CPG
Trade-promotion uplift with cannibalization; retailer ordering vs. consumer offtake gap
Baseline/promoted-volume decomposition; halo & cannibalization ML
Retailer POS, syndicated data, trade calendar
Distribution
Aggregated customer volatility; lead-time variance; multi-echelon bullwhip
Echelon-aware probabilistic forecasting; safety-stock optimization
Customer order books, carrier lead times, branch demand
Ecommerce
Daily volatility, fast SKU churn, returns-inflated gross demand
Cold-start analogous matching; returns-adjusted baselines
Daily orders, sessions/traffic, returns, marketplace feeds

Frequently Asked Questions

Industry questions, answered

What is the best demand planning artificial intelligence software for retail?+
The best retail demand planning AI is one that models promotions natively — uplift, cannibalization, and halo effects — and forecasts at store/SKU grain, not just chain level. Demand OS ships a retail template with promotion-aware models, store-cluster seasonality, and daily POS demand sensing out of the box.
Does demand planning AI work for intermittent spare-parts demand?+
Yes, but only with the right model class. Smooth-demand methods fail on lumpy series; Demand OS automatically routes intermittent SKUs to Croston-class and probabilistic models, and sets safety stock from the demand distribution rather than a flat average.
Do we need a separate tool for each business unit or vertical?+
No. One Demand OS instance runs multiple industry templates side by side — a distributor with an ecommerce channel, or a manufacturer with aftermarket parts, plans both in one system with per-segment model defaults.
How is an industry template different from a custom implementation?+
A template is pre-built configuration, not custom code: model library weighting, ABC-XYZ thresholds, planning hierarchy, and connector defaults tuned for the vertical. That is why a scoped pilot goes live in 4–8 weeks instead of the 6–24 months of consulting-led builds.
Which ERPs does the software integrate with in these industries?+
Native connectors for SAP, Oracle, Microsoft Dynamics 365, and NetSuite, plus Salesforce, Snowflake, Power BI, Tableau, Slack, and Teams — with CSV/SFTP for legacy or industry-specific systems like MRP and WMS feeds.

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See Demand OS configured for your vertical

A demo on your own SKUs shows exactly what the industry template changes — model weighting, planning hierarchy, and signal connectors. A scoped pilot proves the difference in 4–8 weeks.