Retail and distribution networks face a level of scale and complexity that grows exponentially with every additional node: central and regional warehouses, cross-docks, their own replenishment routes and operating windows. The simple question “how much stock, and where?” — already difficult in a single warehouse — becomes an equation with thousands of variables across the network: shortage risk versus excess cost, service levels versus inventory limits, storage and picking costs versus transport cost and cadence, plus seasonality and volatile demand.

There is also a daily question: transfer or buy? A transfer may restore availability faster and improve transport utilization, but it creates handling cost and can reduce availability at the source location. A new purchase may capture a price break, MOQ or attractive buying window, but it ties up capital, adds lead time and can create excess stock once the delivery arrives. Calculating that trade-off manually for every SKU across every location, with variable demand and lead times, is simply not realistic.
Warehousing, handling and transport costs are often blurred inside P&L, so companies fall back on simple, understandable rules that can be expensive in practice. Meanwhile, manually balancing shortages and surpluses for every node × SKU combination is impossible at scale. The typical symptoms are familiar: excess stock in one place and shortages in another, partially filled trucks, overloaded warehouse shifts, inconsistent e-commerce reservations and minimum presentation stock in stores, while decisions made by different teams fail to add up to one business result.
This is exactly the environment in which Nadii creates order through a single decision logic. Our probabilistic AI combines demand, supply, costs and operational constraints in one model and continuously selects the micro-decisions with the best overall business outcome: when, how much, from where and to where inventory should move — including whether it is better to transfer or buy. For every scenario — when and how much inventory may arrive and what demand may occur — Nadii assigns probabilities and compares the financial consequences across service, margin, working capital, transport and lead-time risk.
The system automatically balances excesses and shortages across channels, protects e-commerce reservations, maintains minimum presentation stock in stores and schedules shipments to smooth workload peaks and avoid overloading warehouses. It provides one source of truth and full transparency: a complete audit trail for every change and precise before/after indicators showing the effect of decisions on margin, cash and availability.
With cloud architecture and deep ERP/WMS integrations, Nadii scales without requiring a larger planning team: more decisions happen automatically, while people focus on strategy rather than firefighting. If this complexity feels familiar, we can show how the same challenges can be turned into more predictable availability with lower total inventory and a better financial result.
In a distribution network, workload peaks appear when orders and deliveries accumulate in the same receiving and dispatch windows. Everyday disruption adds to the problem: absenteeism and labor shortages, carrier delays, weather-related blockages, or sudden increases and decreases in demand after a campaign or competitor move. Operational flexibility is essential — but it should not come at any cost.
Nadii is designed for these imperfect, real-world conditions. It combines demand forecasts for seasonality, promotions and events with supply forecasts based on probabilistic lead times and supplier service levels such as On Time In Full. It also reflects warehouse throughput, loading and unloading capacity, and carrier constraints.
Based on this, Nadii forecasts node workload in advance and actively shapes flows: moving batches to earlier or later windows, consolidating shipments into full logistics units, adjusting route frequency and size, balancing dispatches between warehouses and — where relevant — coordinating the pace of marketing activity with operational capacity. At the core is one cost-probabilistic decision: when, how much, from where and to where inventory should move. The same decision smooths workload, protects on-time availability and minimizes total cost.
Excess stock in one location and shortages in another create a double cost: lost sales on one side and frozen capital on the other. In omnichannel retail, priorities also conflict — e-commerce, marketplaces, stores and B2B have different SLAs, commissions and effects on customer experience and brand reputation.
Nadii looks at the network end to end and treats inventory as a shared resource rather than a set of isolated silos. It can therefore balance stock through relocations before triggering additional purchases, while managing intelligent reservations by channel so online demand does not consume stock needed in stores — and vice versa.
The logic combines consistent demand and supply forecasts with costs. Demand is forecast by channel and location, including promotions, seasonality and events; supply reflects lead times and supplier service levels. Nadii then compares the alternatives: is it faster and more economical to transfer inventory from A to B, or to buy from the supplier? When temporary shortages affect less strategic items, the system estimates potential lost sales and the cost of each option — including margin, customer impact, fees or penalties, transport cost and campaign consequences — then adjusts buffers and reservations to minimize the total business impact.
The balancing scenario is considered already when an order proposal is created. That means fewer unnecessary purchases, more sales from the inventory you already own, and less capital trapped in the wrong place.
One Nadii decision connects demand and supply forecasts, costs, channel SLAs and relocation opportunities. The benefits therefore do not happen independently: the same move can improve availability, avoid a new purchase and release working capital.
Promotions can completely reshape demand: short-lived sales spikes, demand pulled forward from the weeks after a campaign, planogram requirements and mandatory presentation stock. Traditional planning often smooths the history and loses the true campaign effect — leading to empty shelves during the promotion and excess stock after it.
Nadii approaches the problem end to end. It builds daily forecasts for each product in each store and channel, separating the effects of promotion, seasonality and substitution. Those forecasts are combined with the campaign calendar, presentation-stock and planogram requirements, and supply realities such as lead times, supplier service levels and minimum order quantities. Nadii can therefore plan the initial build-up before a campaign and adjust replenishment during the promotion according to actual sales pace, while protecting the required shelf presence.
The system automatically identifies the last safe order date, forecasts the post-campaign stock run-down and — where justified — recommends transfers between stores instead of new purchases. It also supports reservations for individual channels such as stores, e-commerce and B2B so they do not unintentionally consume one another's inventory. Excess stock in one location is considered for relocation before another order is placed.
Every recommendation weighs shortage risk against excess cost while respecting logistical constraints and campaign objectives. Reporting makes the cost of presentation stock visible and highlights cases where it is disproportionate to the sales potential of the store. The result is better availability during the campaign, less leftover stock afterwards, less capital tied up, stronger margin and smoother operations.
In short, Nadii connects demand and supply forecasts, shelf-exposure requirements, the marketing calendar and costs in one operational decision. Promotions can then drive profit instead of leaving inventory behind.
With tens of thousands of SKUs across hundreds of locations, manually tuning replenishment policies simply does not scale. Decision-makers struggle to know whether policies are being executed as intended, while operational teams struggle to explain the trade-offs between availability, transport costs, minimum volumes and deadlines. The natural temptation is to simplify the logic so calculations remain manageable — at the cost of precision and money.
Nadii was designed for this scale. At its core are cost-probabilistic algorithms developed by ML specialists who hold Kaggle Grandmaster titles. By default, the system automates repeatable work: it adjusts replenishment policies, cleans data anomalies, creates order proposals and sends them to the ERP. Where EDI is unavailable, it can generate purchase orders in the supplier's required format for email or print. MOQ, pack sizes, multiple currencies, tariffs and supplier discounts are considered automatically, and items can be consolidated into full transport units.
Nadii's engine uses computing power according to business importance. A flexible server pool allows critical products and nodes to be recalculated more frequently and with greater precision, while less important items can be processed less frequently without changing the underlying cost-probabilistic objective. This creates scale without falling back on simplistic rules, while keeping every recommendation transparent: users can see why it was generated and which trade-offs were accepted.
The algorithms consider the full range of relevant drivers: seasonality, campaigns, events, competitor prices and availability, supplier lead times and service levels, warehouse and transport constraints, marketplace rules, presentation minima and more. As a result, small changes in demand, supply or cost can quickly translate into micro-decisions about allocation, reservations, dispatch schedules, relocations and purchasing.
Recalculation frequency is configurable: daily, several times per day or every few days, depending on the category, channel and operating model. Users intervene where human judgment adds real value — new products, exceptions and strategic decisions — while the rest happens automatically in the background with a complete decision trail.
Nadii structures the assortment from portfolio level down to the individual SKU. For every SKU and location, it manages a status such as active, sell-through, order-on-demand or discontinued. These statuses can be synchronized with the ERP or maintained independently. Sales and inventory planning can therefore reflect the real commercial status of each item, while reporting shows performance and inventory movements by status to support decisions about which products should remain in the assortment.
In parallel, Nadii manages the product lifecycle: ramp-up for new products, in-season availability and controlled ramp-down. For shelf-life-sensitive items, the system signals risk early, identifies the appropriate last-order date and — where justified — proposes transfers so inventory is sold before expiry instead of being written off.
If you sell kits or sets, Nadii connects demand for the finished kit with demand for each component. It forecasts both levels, monitors inventory and proposes purchases accordingly, reducing the risk that one missing component blocks sales of the entire kit. It can also support simple assembly or picking so the purchasing plan remains aligned with kit sales.
In short, Nadii combines statuses, lifecycle, kits and shelf-exposure rules in one decision logic. The result is a clearer assortment, more stable availability and capital allocated where it can actually generate sales.
Central warehouse, region, store or online channel — Nadii provides probabilistic forecasts at the level required for each decision. Models combine sales history with information about promotions, prices, seasonality and special events. In parallel, Nadii forecasts supply through lead-time distributions and supplier service levels so decisions reflect real uncertainty on both sides of the equation.
In the short term, the system uses confirmed orders and reservations. Over longer horizons, continuously learning models take over. Nadii monitors forecast performance and automatically switches methods when the demand regime changes — for example after the launch of a campaign or at the start of a season. Decisions are therefore not based on one deterministic number, but on probability distributions and financial consequences: shortage risk versus excess cost.
Sales, purchasing and logistics often work toward different KPIs. Nadii provides a shared dashboard that explains the drivers behind performance: forecast error, deliberate purchasing into a discount through Smart Buying, supplier delays, or warehouse and transport constraints. Every recommendation has a cost rationale — lost margin, excess-inventory cost, transport cost and cash impact — together with a complete audit trail showing who changed what and why.
Data and decisions can be sent automatically to BI or a Data Lake. Roles and permissions ensure that management sees the macro picture while operations receive concrete actions, comments and alerts only where intervention genuinely adds value.
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