Why a business needs a WMS and how it saves money

For a small warehouse with a limited assortment, Excel or simplified accounting is enough.

But as the business grows, challenges appear: - Complex storage schemes.

Goods occupy different types of slots, with pallets, racks, temperature zones, and hazard zones used.

It is impossible to keep all this in your head, so you need - WMS Solutions. - Large transaction volume. Incoming receipts, transfers, picking tasks, shipping, inventory.

Managers must know where everything is, who took it, and what remains. - Reduced processing time.

Customers expect fast shipping and accurate deadlines.

Every extra step in the warehouse increases picking time. - Errors in picking and fulfillment.

The warehouse is part of the chain: order data comes from ERP or the online store, stock data goes to CRM and the website, and delivery data goes to the transport system. A WMS system automates warehouse management.

It answers three key questions: where the item is, what to do with it, and who should do it.

This is achieved through the following capabilities: - Location-based storage management.

The system knows which slot each item is in and suggests the optimal storage locations. - Task planning and allocation.

The system assigns tasks (unloading, putaway, picking, packing) to specific employees, taking into account their workload and qualifications. - Real-time stock control.

Stock availability data can be shared with ERP, stores, and sales teams. - Picking route optimization.

The picker route is calculated to minimize time and distance. - Batch, serial number, and expiration date management.

To understand how WMS works, let us look at the main modules and processes: 1. Receiving.

After checking, the system suggests putaway locations based on the item type and optimal warehouse distribution. 2. Putaway.

The system manages location-based storage:

• knows
• which slots are free
• which storage types are available (for example
• pallets
• shelves
• cold zones)

The employee does not search for a location manually - WMS directs them to a specific slot. 3. Warehouse operations.

All moves, re-sorts, and picking operations are recorded in the system.

This makes it possible to see movement history, eliminate lost goods, and analyze warehouse efficiency. 4. Order picking.

Based on customer orders, the system creates item picking tasks (pick list), calculates the optimal warehouse route, and distributes tasks among pickers.

This reduces picking time and lowers errors. 5. Packing and shipping.

To verify actual stock, WMS offers periodic and rolling inventories, where part of the warehouse is checked without stopping operations.

This helps detect discrepancies in time. 7. Returns management.

Processing customer returns (RMA) and returns from production requires registration, condition checking, and a decision on the item's next step: return to stock, dispose of it, or send it for rework. 8. Reporting and analytics. WMS provides reports on turnover, fast- and slow-moving items, employee productivity, and warehouse occupancy.

This helps plan purchases, optimize logistics, and identify bottlenecks.

Situation before implementation: - More than 8,000 SKU. - Goods were placed from employees' memory. -

Picking errors reached 6-7% - customer returns and marketplace penalties. -

Inventory used to take a week: the warehouse was effectively idle. What we did: -

Implemented location-based storage and labeled slots. -

Configured task routing in WMS: the system itself distributes picking and receiving. -

Integrated WMS with the online store and ERP. Result after 6 months: -

Picking errors dropped to 1.5-2%. -

Inventory time - from one week to 2 days. -

Order shipping sped up by 30%. -

Employees started keeping records in the system, and dependence on key staff decreased.

Implementing a WMS is a major project that affects not only IT, but the entire warehouse. Important: - Prepare the warehouse.

Location-based storage requires slot labeling and a clear zone structure.

Spend time on training. - Move in stages. You do not have to implement everything at once.

Start with receiving and storage, then add picking and shipping. - Allow time for errors.

The first months may reveal configuration errors and mismatches in business processes.

If staff ignore the system, there will be no effect.

Warehouse logistics is constantly evolving.

Main development directions: - Automation and robotics.Vostok-Service Group implemented a WMS based on 1C and set up a robotic picking area.

Robots bring in pallets of goods, and pickers complete orders without unnecessary movement around the warehouse.

Result - picking speed increased by 2.5 times, the number of errors decreased, and shipping became stable and fast. - Internet of Things (IoT).In warehouses of companies working with pharmaceuticals and food, WMS is integrated with temperature and humidity sensors.

If there is a deviation, the system automatically notifies the responsible people and suggests moving the item to the appropriate zone. - Machine learning.Modern WMS learn from past orders, delays, and common errors, and reallocate resources: changing routes, priorities, and storage zones.

This has already been implemented by some 3PL logistics providers in

In CIS - it helps reduce workload during peak periods without increasing headcount. - AR/VR technologies.Still rare in CIS, but pilot projects are already underway: pickers work in AR glasses, where they see the path to the slot, the item list, and stock levels - all in view.