Warehouse management and control software helps businesses coordinate inventory, orders, people, and warehouse equipment. A warehouse management system (WMS) typically manages stock records and fulfillment workflows, while a warehouse control system (WCS) directs or coordinates compatible automation equipment. The right choice depends on your processes, facility layout, existing business systems, and plans for storage or automation—not simply the number of features in a product brochure.
You can find more information on our web, so please take a look.
In this guide, we explain the core software functions, integration questions, selection steps, and supplier checks that support a practical B2B evaluation. We also cover how to assess software alongside racking, shelving, and automation requirements. Use the examples as planning prompts, not as universal specifications or performance guarantees.
This guide is intended for B2B buyers evaluating warehouse software for a new facility, an operational upgrade, or a warehouse automation project. It can help operations, IT, procurement, and engineering teams align their requirements before requesting proposals. It is also relevant to businesses reviewing whether their existing inventory and order processes are supported by their current systems.
Use it as a starting point rather than a substitute for technical discovery. Software scope, integration effort, and equipment compatibility vary by facility and supplier. Confirm requirements directly with the vendors responsible for each part of your proposed solution.
A WMS provides tools for managing warehouse activities such as receiving, putaway, inventory tracking, replenishment, picking, packing, and dispatch. Depending on the product and configuration, it may support location rules, barcode scanning, task assignment, cycle counting, and operational reporting. The exact functions available can differ between vendors and product editions.
For example, a receiving workflow might record an inbound shipment, verify items against expected quantities, and assign stock to a storage location. The system’s value depends on whether that workflow reflects how the facility actually works. Buyers should check how the software handles exceptions such as damaged goods, short shipments, or inventory that cannot be identified immediately.
A WCS is generally used to coordinate the movement of work between compatible automation equipment and higher-level warehouse or business systems. Depending on project scope, equipment may include conveyors, sortation, automated storage and retrieval systems, or other material-handling technologies. Buyers should ask which system owns each decision, what data is exchanged, and how faults or equipment stoppages are communicated.
WMS and WCS capabilities can be packaged differently by different suppliers. Some projects use separate products; others use software with overlapping functions. Request a clear responsibility map so that inventory logic, order management, equipment control, and exception handling are not left between systems.
Assess features against tasks, not labels. A vendor may describe a function as “real-time,” for example, but your team should clarify which events update, what interfaces are involved, and whether any delays or dependencies apply. Ask for a demonstration using your own representative workflows and exception cases.
List the systems that need to exchange information with the proposed software. Common examples include enterprise resource planning (ERP), order management, transport management, e-commerce platforms, labor tools, and equipment controls. For each connection, document the data involved, the direction of exchange, the expected timing, and who is responsible for building and supporting the interface.
HEGERLS contains other products and information you need, so please check it out.
Prepare sample records for products, locations, orders, and inventory. As a planning exercise, a buyer might test 500 SKU records across several storage types to check whether item attributes and location structures are represented correctly. This is an illustrative test size, not a recommended minimum; use data that reflects your operation and its complexity.
Software decisions are connected to the physical warehouse. Rack and shelf layouts, location identifiers, load requirements, picking methods, and material-handling equipment can all affect how work is organized in the system. Confirm that the location model and operating workflows reflect the proposed facility design before finalizing requirements.
For an automated project, create an equipment and interface list before commercial sign-off. A practical discovery exercise could document three operating shifts if the facility intends to use that schedule, including the handoffs and support arrangements relevant to each shift. The number is an example for planning; it should be replaced by the buyer’s actual operating pattern.
For testing, buyers can define a sample workload such as 100 orders in a test cycle and agree on which steps, data, and exceptions must be demonstrated. This is a buyer-defined evaluation example, not a performance benchmark. The test should reflect expected order profiles and should be agreed with vendors before results are compared.
Software pricing may depend on factors such as licensing or subscription terms, number of users or facilities, required modules, integrations, equipment interfaces, implementation services, and support arrangements. Ask suppliers to separate recurring charges from setup, customization, hardware, and optional services. A low initial quote may not cover the full scope needed for a working deployment.
There is no universal minimum order quantity or lead time for software projects. Delivery schedules depend on requirements, data readiness, integration complexity, equipment procurement, testing, and customer approvals. Request a project plan with assumptions, milestones, dependencies, acceptance criteria, and responsibilities rather than relying on a single estimated completion date.
HEGERLS works in warehouse storage and automation solutions, including stacking racks and shelves. For projects where software selection is connected to a new or redesigned warehouse, buyers can discuss how storage layout, location planning, and automation requirements should be considered alongside operational workflows. Confirm the specific products, software scope, interfaces, and services available for your project directly with the HEGERLS team.
When requesting a proposal, share the facility layout or concept, product and order profiles, storage requirements, existing systems, and intended automation scope. This gives suppliers a clearer basis for identifying questions and defining project boundaries. It also helps your team compare proposals on a consistent set of assumptions.
The right warehouse management and control software is the solution that fits your workflows, inventory model, facility, equipment, and integration needs. Start by separating WMS responsibilities from WCS and equipment-control responsibilities, then document system interfaces and test real operating scenarios. Evaluate total project scope—including implementation, training, support, and physical storage requirements—alongside software features and price.
Your next step is to prepare a requirements brief and request scenario-based demonstrations from shortlisted suppliers. If your project includes racking, shelving, or warehouse automation, involve those solution partners early so that software decisions can be checked against the facility design. Contact HEGERLS to discuss your warehouse storage and automation requirements as part of your evaluation.
Want more information on Warehouse Management & Control Software? Feel free to contact us.