The Beverage Distribution Software Stack: How Routing, Inventory, and Order Management Fit Together

Now let’s delve into the interaction of routing, inventory and order management throughout the beverage distribution process:

Step 1: The Customer Places an Order

The process begins when a customer, such as a retailer, restaurant, hotel, or another business, places an order. The request may arrive through a sales representative, retailer portal, EDI connection, mobile application, customer service team, or recurring order schedule.

The order management system records the customer, delivery address, SKUs, quantities, requested delivery date, pricing, and delivery instructions.

It also validates contract pricing, promotions, discounts, taxes, credit limits, payment terms, and customer-specific product restrictions. Delivery windows, unloading requirements, access instructions, and order priority are added before the order moves forward.

After validation, the order becomes available for inventory allocation and delivery planning.

Step 2: Inventory Availability Is Checked

The inventory management system verifies whether the requested products are available at the assigned warehouse, depot, or distribution center.

It checks available stock rather than total stock. Damaged products, expired batches, quarantined items, and inventory already reserved for other orders are excluded.

The system can also verify batch numbers, expiry dates, warehouse locations, package sizes, reusable containers, and customer shelf-life requirements.

Available products are reserved against the order. This prevents the same inventory from being promised to another customer.

Any shortage triggers an exception. The distributor may reduce the quantity, transfer stock from another warehouse, approve an alternative product, split the delivery, or delay part of the order.

Step 3: Orders Are Grouped for Delivery

Orders which have been confirmed are arranged by delivery date, depot, service area, customer location and vehicle needs.

Every order is given delivery conditions like:

• Customer receiving hours
  
  
• Order priority
  
  
• Service time
  
  
• Vehicle type
  
  
• Temperature requirements
  
  
• Road access restrictions
  
  
• Driver qualifications
  
  

The large supermarket orders might need the use of pallet trucks, while the smaller orders to the store might be appropriate for compact vehicles.

The service time is also estimated for each stop. Sometimes it can take just a few minutes to deliver a simple case. A delivery that includes pallets, returns, collecting payments, or replenishing the shelves could take longer. The completed order pool provides the necessary information to the routing software to create practical routes.

Step 4: Routes Are Optimized

Order Confirmation is the process of converting orders to delivery routes using routing software. It decides which car/driver should be used for each customer and the order in which they should be used.

The platform considers:

• Customer locations
  
  
• Delivery time windows
  
  
• Vehicle weight and volume limits
  
  
• Pallet capacity
  
  
• Driver shifts
  
  
• Stop service times
  
  
• Traffic conditions
  
  
• Road restrictions
  
  
• Depot operating hours
  
  
• Customer priority
  
  

The software also determines if each vehicle is able to hold the case volume, product weight and number of pallets.

After its approval, the route plan is communicated to the drivers and the warehouse teams. If there is a change to the order later, then the capacity will need to be validated or the route recalculated.

Step 5: Warehouse Loads Are Created

The warehouse management system receives the approved route plan and creates route-specific picking and loading instructions.

Pick lists identify the required SKUs, quantities, batches, storage locations, and customer orders. Barcode scanning helps workers verify that the correct products and quantities are chosen.

Products are then pre-positioned by route, with delivery order. While orders are typically placed in the early stops first, the products at the later stops are still more readily available.

Additionally, the load plan can take into account:

• Product weight
  
  
• Pallet position
  
  
• Case stability
  
  
• Temperature zones
  
  
• Fragile packaging
  
  
• Vehicle axle limits
  
  
• Space for returns and empty containers
  
  

Final load verification compares the physical stock with the route manifest. Confirmed quantities become the vehicle’s opening inventory.

Step 6: Drivers Execute the Route

Drivers receive the route through a mobile Direct Store Delivery application.

The application provides:

• Stop sequence
  
  
• Navigation
  
  
• Customer orders
  
  
• Delivery instructions
  
  
• Planned arrival times
  
  
• Vehicle inventory
  
  
• Payment information
  
  
• Returnable container balances
  
  

Dispatchers track vehicle location, vehicle progress to stops, and delays to stops. The original plan can be impacted by traffic congestion, customer closures, long unloading times or vehicle issues.

Routing software may recalculate arrival times or adjust the stop sequence. Urgent deliveries can also be assigned after checking vehicle location, remaining capacity, available stock, driver hours, and delivery windows.

Drivers update each stop as arrived, completed, delayed, refused, partially delivered, or unsuccessful.

Step 7: Delivery Data Is Recorded

The driver records what actually happened at each customer location.

The application captures delivered quantities and any differences from the original order. These differences may result from damaged products, rejected items, missing stock, substitutions, or customer-requested changes.

Delivery records may include:

• Delivered products
  
  
• Short deliveries
  
  
• Rejected items
  
  
• Damaged stock
  
  
• Customer returns
  
  
• Empty crates, bottles, or kegs
  
  
• Digital signatures
  
  
• Delivery photographs
  
  
• Arrival and departure times
  
  
• Payment details
  
  
• Refusal reasons
  
  

Electronic proof of delivery confirms that the customer received the order. It may include a signature, timestamp, GPS data, recipient name, barcode scan, or photograph.

Delivered products are deducted from the vehicle’s inventory. Returns and reusable containers are added to the vehicle record.

These updates give dispatchers, customer service teams, and inventory managers a real-time view of route activity.

Example: How the Software Stack Handles a Beverage Order

A supermarket orders 60 cases of juice, 100 cases of bottled water, and 40 cases of soft drinks for delivery on Friday morning.

The order management system verifies the customer’s pricing, credit terms, delivery window, and product requirements. The inventory system then checks stock availability and reserves the confirmed quantities.

Only 50 cases of juice are available at the assigned depot. The system flags the shortage and recommends transferring the remaining cases from a nearby warehouse or approving a suitable alternative.

After confirmation, the order is assigned to a vehicle with sufficient pallet, weight, and volume capacity. The supermarket receives an early delivery slot because it only accepts deliveries between 7:00 a.m. and 9:00 a.m.

The warehouse system generates the pick list and loading sequence. Products for later stops are loaded first so the supermarket’s order remains easily accessible.

The driver receives the route, customer instructions, order details, and vehicle inventory through the DSD application. After delivery, the driver records the accepted quantities, collects empty crates, and captures a digital signature.

Route accounting then reconciles the delivered products, returns, and remaining vehicle stock. The ERP system generates the invoice, adjusts inventory, records revenue, and updates the customer’s balance.

This connected process allows the distributor to complete the order accurately without relying on separate spreadsheets, phone calls, or manual updates.