The warehouse directly affects profit: order processing increases costs, creates product losses, and causes shipping delays. If processes are not well organized, the business overpays for mistakes and extra actions. We explain how warehouse automation reduces costs, speeds up order processing, and improves inventory accuracy. We will show which solutions suit warehouses of different sizes, how implementation works, and which mistakes prevent the project from paying off.
Warehouse automation with WMS: how to cut costs, speed up order processing and improve inventory accuracy
How warehouse automation with WMS lowers costs, speeds up order processing and improves accounting accuracy.
- Warehouse Automation: What Drives Business Efficiency
- What changes in numbers
- How business makes money from it
- What problems automation helps solve
Blog
Operational Pain Matters More Than the Dictionary Definition
These materials connect WMS, TMS, 1C and construction to clear metrics: marketplace fines, stock accuracy, EPD and manageable integrations.
WMS
Receiving, picking, packing and shipment are examined through the lens of marketplace fine risk and SLA loss.
Slotting
A wrong bin turns into extra travel for the picker, lower productivity and picking errors.
TMS/ERP/Construction
EPD, EDI and GIS EPD are tied to an integration architecture without fragile point-to-point exchanges.
critical pain pointoperational gaparchitecturemetricmove to the solution
Warehouse Automation: What Drives Business Efficiency
-
Warehouse Automation is the move from manual control to a system that independently organizes key processes: deciding where to place goods, who should pick them, and how to speed up shipping.
-
Location-based storage, barcode scanning, and mobile data terminals fully replace manual entry in spreadsheets and logs. Warehouse Management System (WMS) assigns tasks to employees, plots routes through the warehouse, and shows stock levels in real time.
-
The system records every action automatically, from receiving to shipping.
-
This eliminates errors, downtime, and unnecessary movement.
-
The real purpose of automation is results.
-
The process affects three metrics: order processing cost, operational speed, and inventory accuracy.
What changes in numbers
Cost reduction
Companies reduce warehouse costs after implementing WMS by 20-40%. Employees walk less through the warehouse, complete tasks faster, and do not waste time on constant recounts. Productivity grows by more than 2x, and workload drops noticeably.
Speed growth
The system speeds up order picking and shipping by 60-80%. It groups orders, builds short routes, and eliminates repeated walking. The employee does not search for goods - they follow a clear route and scan the items.
Accurate tracking
With manual work, stock discrepancies reach 3-5%. After WMS implementation, accuracy reaches up to 99.9%. Picking errors are reduced to a minimum, and the company receives fewer returns and complaints.
On average, a warehouse processes 70% more orders after automation.
How business makes money from it
- reduce losses from shortages and write-offs;
- reduce the number of returns;
- spend less time and money on unscheduled recounts;
- ship orders faster and increase repeat sales.
What problems automation helps solve
Discuss your challenge with an architect
Before implementation, you need to understand exactly where you are losing money and time. Below are 5 main signs that directly point to hidden losses:
Five Signs of Hidden Losses
Stock discrepancies
If you regularly find shortages or item mix-ups, employees are entering data manually and getting confused. The system requires every operation to be scanned and records it in the database immediately.
Slow order picking
When staff spend a long time searching for goods, it indicates a lack of location-based storage and structured movement routes. WMS shows where to go and in what order to pick items.
Dependence on people
If work stops without an experienced warehouse clerk, the knowledge is not embedded in the system. Automation captures the rules and makes the process clear to any employee.
Shipping delays
This is a direct result of the lack of yard and flow management. The software helps plan sequencing and reduces idle time.
Write-offs and expired goods
If you lose goods because of expiration dates, no one is tracking batches. The system monitors dates and suggests what should be shipped first.
Types of Warehouse Automation Systems: From Basic Tracking to Robots
-
According to Expert Market Research, the warehouse automation market will grow to by 2035 93.7 billion
-
Business is accelerating this growth: e-commerce is expanding, specialists are in short supply, and mistakes are becoming more expensive.
-
To avoid wasting money, you need to understand which systems really solve warehouse tasks.
-
We will look at 4 main classes of solutions - from basic tracking to full control over processes and equipment.
Four classes of solutions
1. Inventory management software
The software stores data: what came in, what went out, and how much remains. The employee enters all actions manually. This kind of system does not manage the warehouse; it only records facts. Suitable if: the warehouse is small (up to 300 m2), the assortment is up to 500 items, the team has 2-3 people, and shipments are up to 50 per day. Where problems arise: employees make mistakes when entering data; goods are hard to find because there is no clear storage structure; operational speed drops as order volume grows.
ERP with a warehouse module
ERP unites warehouse, sales, procurement, and finance. Managers see stock immediately, and accounting receives data without delays. However, the warehouse inside ERP usually only records operations. The software does not suggest where to put goods or how to pick an order faster. The solution is suitable if: integration with finance and sales matters; the warehouse is not overloaded with operations. If workload grows, challenges may arise: employees spend more time picking; there are no prompts for where to place goods; it is difficult to monitor team performance in real time.
WMS systems
WMS manages the warehouse instead of just recording data. The system decides where to place goods, builds the picking route, and monitors execution through scanners. Experts note, that moving to WMS reduces warehouse costs by about 30% and speeds up operations by 40% or more. The solution takes into account: product dimensions and weight; expiration date; demand frequency; warehouse workload. When to implement: shipments approach 200-500 per day; picking errors appear; the warehouse grows and becomes more complex.
Platforms with robots
Warehouses with high order volume use a platform that connects WMS, WCS, and RMS into one control environment. WCS manages conveyors, sorters, and robotic loaders. RMS coordinates robotic equipment. WMS issues business tasks, and WCS and RMS deliver them to each execution device. Suitable for companies with: large distribution centers; tens of thousands of orders every day; minimal human involvement.
Let's compare warehouse automation systems by key functions
The longer a business runs on basic tracking, the more it loses - in speed, money, and quality.
| System | Key function | On what kind of warehouse it works |
|---|---|---|
| Inventory management software | Recording inbound, outbound, and stock balances | Up to 500 SKUs, up to 300 m2, up to 50 shipments per day |
| ERP with a warehouse module | Inventory tracking integrated with finance and procurement | Mid-sized business, up to 5,000 SKUs, basic storage |
| Standalone WMS | Real-time warehouse management | From 1,000 SKUs, from 1,000 m2, high intensity |
| WMS+WCS+RMS platform | End-to-end management of the warehouse, staff, and equipment | Large distribution centers, from 10,000 SKUs, robotic zones |
Step-by-step implementation plan: from audit to launch
We will look at a step-by-step WMS implementation plan using the example of a large industrial holding that produces building materials and manages a network of eight warehouses. Its item master includes more than 15,000 SKUs, and about 700 orders pass through every day.
Seven Steps to Implement WMS
-
01
Process audit
The project team observes warehouse operations and records employees' actual routes. It turns out that pickers spend a long time searching for goods and cover unnecessary distances. Finding a single item takes up to seven minutes because it is not tied to a storage location. They also calculate losses from mispicks and shortages and see a significant impact on turnover. Based on this information, they decide which processes should be changed first.
-
02
Warehouse layout marking and the move to location-based storage
The warehouse is divided into receiving, storage, picking, damaged goods, and shipping zones. Each slot gets a unique number. High-turnover items are placed closer to shipping, reducing the distance for both equipment and staff. Employees begin working according to a clear scheme rather than memory, which creates the basis for WMS operation.
-
03
Choosing an Integrator and WMS
The holding company chooses an external integrator to configure the connection between WMS, ERP, the transportation system, and warehouse equipment. At the start, the integrator defines the requirements for warehouse logic: goods movement routes, putaway rules, and shipping priorities. Then the WMS is adapted to these processes rather than forcing the warehouse to fit standard system functionality. As a result, the company launches the productive environment faster and avoids lengthy post-launch customizations.
-
04
Infrastructure and equipment preparation
The warehouse upgrades Wi-Fi to provide stable coverage in all areas. Mobile data terminals and gate equipment are installed. All devices are tested under load, simulating peak periods. Connectivity and equipment performance are checked in different areas of the warehouse, reducing the risk of failures after system launch.
-
05
WMS integration with ERP
WMS is connected to ERP and two-way data exchange is configured. ERP sends orders, item master data, and reference tables, while WMS returns actual operations. During testing, discrepancies in encoding and units of measure are identified. Data transformation rules are configured so the systems work in sync. After that, tracking becomes accurate and stable.
-
06
Training and test operation
Employees are trained directly at their workstations using real tasks. A test mode is launched where WMS and the old system run in parallel. This helps specialists identify errors in system workflows. The integrator refines the logic without stopping the warehouse. The process becomes stable before moving to production use.
-
07
Launch and support
After launch, a support team works on the warehouse. In the first days, performance drops as employees adapt. Then metrics return to previous levels and begin to grow. Order picking time and the number of errors decrease. After a week, processes stabilize, and the warehouse returns to its previous productivity thanks to precise routing and location-based storage.
Discuss your challenge with an architect
Mistakes That Reduce Warehouse Automation ROI
According to McKinsey estimates, about 67% of digital transformation projects fail to meet their goals: the problem is often not the system, but the decisions made before launch. Below, we break down where businesses lose money and how to avoid it.
Four mistakes that reduce ROI
Mistake 1. Automating disorganized processes
A company implements WMS but does not change the warehouse's basic operating rules: storage remains chaotic, packaging varies, and receiving happens without clear procedures. As a result, the system speeds up operations, but it also scales errors and process inconsistency faster. To avoid this, first analyze how goods move through the warehouse. Introduce location-based storage, define receiving, putaway, and shipping rules, standardize packaging, and only then connect WMS.
Mistake 2. Copying someone else's solution
A company copies a competitor: it uses the same WMS, putaway scheme, picking logic, and automation. But warehouses differ in layout, item assortment, order volume, and processes - a solution that works for one may not solve another company's tasks. Define which losses you want to eliminate: where time is lost, where errors occur, and where volume becomes unmanageable. Choose the tool and operating logic for those tasks.
Mistake 3. Trying to implement it in-house
An internal IT team rarely has experience setting up warehouse processes and integrating equipment. As a result, the project drags on, the budget grows, and the system does not work as needed. Choose an integrator with experience in your industry. They should not just install the system, but connect it with ERP, transport, mobile data terminals, and equipment, and adapt the processes to real operations.
Mistake 4. Buying a system oversized for years ahead
A company chooses an overly complex WMS for future needs. As a result, it pays for functions it does not use, setup takes longer, and launch is delayed. Assess the current workload: order volume, peak levels, and number of SKUs. Choose a system that can be expanded gradually - add modules and connect new areas without replacing the entire solution.
Automation Projects: Experience from a Retail Chain and Logistics Operator
Using real examples, we will see how IT solutions and robotics affect key warehouse metrics: speeding up order processing, increasing capacity utilization, and reducing errors.
FM Logistic: How a B2B Portal and WMS Integration Accelerated Order Processing
Situation: «FM Logistic» serves more than 1,000 organizations across 27 warehouse sites in CIS. Three teams were working inside the company at the same time
WMS systems
, as well as several delivery platforms.
The systems did not exchange information directly.
Customers could not track order status in real time, and employees manually transferred data from one system to another.
Errors occurred at every stage (from receiving to shipping), and they had to be fixed during operations. Solution: our experts developed B2B Portal based on Magento 2.3 and connected it with WMS and delivery services, including Shiptor, CIS Post, Lamoda, and DPD.
The portal became the point where all data on orders, stock, and returns comes together.
The specialists configured real-time data exchange between all systems, displayed current order statuses and stock levels in the portal, connected mobile scanners, and implemented a labeling module.
Pallet shipping was automated: the solution accounts for weight and generates shipping documents without manual entry.
The integration was extended down to warehouse equipment. In the mezzanine warehouse in
In Chekhov, orders are picked on the upper levels and sent down by conveyor.
Dynamic scales record the weight of each box and immediately send the data to Magento, delivery systems, and the customer, so staff do not perform manual entry or make mistakes.
In addition, the team set up payment calculation through the Magento and ERP connection, and also implemented EDI, to automate data exchange with retail chains.
FM Logistic result
- Order processing volume doubled, and the system supports growth of up to +200%.
- Pallet inventory accuracy reached 99.7%.
- Scanning one pallet takes 2.13 seconds on average.
- Customers see order statuses in real time.
- More than 25 million items were labeled in a year.
- Costs were reduced by eliminating manual entry and speeding up document flow.
The company connected all systems and equipment into one environment, removed manual operations, and sped up order processing without redesigning warehouse logic.
Magnit: How Warehouse Robotics Changes Retail Economics
-
Situation: Magnit operates 55 distribution centers.
-
The network was growing, and the existing warehouses could not handle the workload.
-
Manual picking slowed order processing, and fragmented software did not allow real-time flow management.
-
The company set a goal: launch a facility where robotics could be tested and then the solutions replicated at other sites. Solution: the partner team delivered a comprehensive automation project in which warehouse and equipment management were handed over to a single software and hardware platform based on CIS-developed WMS and WCS.
-
The company launched a new distribution center in
-
in the Moscow region with an area of 86,000 m2.
-
A mezzanine was installed in the warehouse with storage for more than 35,000 SKUs from 1,100 suppliers.
-
A conveyor line more than 2 km long receives, moves, and sorts goods, processing over 60,000 boxes per day. WMS coordinates warehouse processes, while the equipment control system directly manages conveyors and sorters, synchronizing them with orders.
-
During picking, employees use a pick-to-light system - light indicators that show what to pick and where to pick it from, allowing several orders to be picked at once.
-
The warehouse automatically measures product weight and dimensions to avoid wasting time on manual operations.
-
Robots move goods inside the warehouse, clean the premises, and help with inventory counts.
Magnit result
- The warehouse processes up to 1,200 tons of cargo per day, with the ability to scale up to 3,000 tons.
- The center serves almost 8,000 stores and distributes goods across regional warehouses.
- Operational productivity increased by 30-40%.
- Employees transfer data between stages faster and make fewer mistakes.
Magnit did not just expand warehouse space; it changed the operating model itself: automated key operations, sped up order processing, and laid the foundation for scaling robotics to other sites.
Discuss your challenge with an architect
Discuss the article: Warehouse Automation with WMS: How to Reduce...
Related solutions
Articles on the topic
- How to Choose a PIM System: Criteria and Comparison Methodology
- Location-based storage, WMS, and warehouse slotting: how to eliminate unnecessary movement and improve logistics efficiency
- WMS for marketplace fulfillment: warehouse automation, location-based storage, and integration with 1C
- WMS market growth in CIS: why businesses lose clients and profit without warehouse automation
