Highjump Wms brings together the practical considerations that affect this decision, from condition and timing to the available evidence.
The exact-match query highjump wms points to a product with a long history and more than one current name. Buyers searching it usually want to know what the software does, who owns it now, and whether it still fits a warehouse operation in 2026. This guide answers those questions from published vendor and review material, and it flags where the public record is thin.
Highjump Wms. What Matters Before You Choose
Three facts shape every buying decision around this product. First, the software changed hands: Körber acquired HighJump Software, and the warehouse product later moved under the Infios name. Second, the platform spans several modules rather than one licence, so scope drives cost. Third, published pricing is not available, which means budget work starts with a vendor conversation rather than a price list.
A practical sequence for evaluating the platform looks like this:
- Confirm which product name and version the vendor is currently selling, because HighJump, Körber WMS, and Infios WM describe the same lineage at different points in time.
- Map the warehouse's actual flows — receiving, put-away, picking, packing, shipping, and returns — against the modules the vendor quotes.
- Check integration requirements against the existing ERP, ecommerce platform, and shipping systems before any demo.
- Ask how deployment works. cloud, on-premise, or a mix, since the product has been offered in more than one model.
- Request reference sites of similar size and sector, then verify the modules those sites actually run.
- Price the implementation, training, and support separately from the licence, because those line items often decide the total.
Each step removes a category of risk. Skipping the first one is the most common mistake, because a team can spend weeks evaluating documentation for a product name that no longer matches the current commercial offering.
What Is Highjump Wms?
HighJump WMS is a warehouse management system: software that directs inventory movement, labour, and order flow inside a distribution or fulfilment facility. Published reviews describe it as helping companies organise warehouse space, equipment, and employees so operations run efficiently. The platform has been offered as both cloud and on-premise software, and it has served 3PL, distribution, manufacturing, and ecommerce operations.
The module set is broad. Review coverage names performance management with benchmarking and KPIs, yard management, labour management, containerisation, slotting, voice enablement, wave planning, and RFID integration. That breadth is the product's main strength and its main complication: a small warehouse rarely needs all of it, while a complex multi-site operation may need most of it.
Who owns the product now
Körber acquired HighJump Software, a supply chain software specialist. The warehouse product then continued under Körber Supply Chain Software branding before moving to the Infios name. Independent software profiles now list it as Infios WM, formerly HighJump WMS and Körber Supply Chain Software. For a buyer, the practical consequence is that contracts, support portals, and documentation may sit under any of those names depending on when the relationship started.
Where the name still appears
The HighJump name remains in job listings, integration documentation, and third-party help articles. Extensiv's help centre, for example, documents HighJump as a cloud-based warehouse management system used by warehouse and 3PL companies providing fulfilment services, covering sales order download, shipment tracking, and inventory management. That persistence matters during hiring and integration work, because experienced staff and existing connectors may still be catalogued under the older name.
Choosing the Right Highjump Wms Fit
Fit depends less on feature count than on operational shape. The table below compares the situations where the platform's published capabilities line up well against those where they do not.
| Warehouse situation | Alignment with published capabilities |
|---|---|
| Multi-site distribution with complex labour planning | Strong. Labour management, performance benchmarking, and wave planning are documented modules. |
| 3PL serving multiple clients from one facility | Strong. The product is widely documented in 3PL and fulfilment contexts. |
| Ecommerce fulfilment with voice or RF picking | Strong. Voice enablement and RFID integration are named capabilities. |
| Yard-heavy operation with trailer scheduling | Relevant. Yard management is a documented module. |
| Small single-site warehouse with simple flows | Weak. Review coverage notes the platform is not aimed at every warehouse size, and lighter alternatives exist. |
| Team without implementation capacity | Weak. Enterprise WMS deployments require internal project ownership and training time. |
Two constraints deserve attention before shortlisting. The first is implementation effort: enterprise warehouse systems touch receiving, inventory, labour, and shipping at once, so a phased rollout is usually safer than a single cutover. The second is support experience. Published user review summaries include complaints about support responsiveness, which makes the support agreement and escalation path worth reading closely rather than assuming.
Deployment and integration questions
Deployment has been offered in cloud and on-premise forms, and the choice affects both cost structure and IT workload. Integration is the other decisive area: the platform connects to ERP systems, ecommerce platforms, and shipping tools, and the effort required depends on how standard those connections are. A buyer should ask which integrations are pre-built, which need custom work, and who maintains them after go-live.
Cost expectations
Published pricing for the platform is not available. Review sites direct buyers to contact the vendor for pricing information, and cost depends on modules, user count, deployment model, and implementation scope. Any budget built before a scoped vendor conversation is an estimate, not a quotation.
Practical Considerations for
Several operational details separate a smooth deployment from a difficult one.
Training is a named part of the vendor's offering, and it is not optional overhead. Warehouse staff interact with the system every shift, so picking, receiving, and shipping screens need to match how the floor actually works. Voice-directed picking in particular changes how workers interact with the system, and it needs its own rollout plan.
Data migration is the second consideration. Item masters, location maps, and historical inventory balances have to be cleaned before they enter a new system, because a WMS enforces the rules it is given. Slotting and wave planning only produce good results when the underlying item and order data is accurate.
Reporting is the third. Performance management and KPI benchmarking are documented capabilities, but the metrics that matter differ by operation: a 3PL tracks client-level service levels, while a manufacturer tracks component availability. Agreeing on those metrics before configuration prevents rework later.
Finally, the naming history has a practical edge. Contracts, support tickets, and integration documentation may reference HighJump, Körber, or Infios. Keeping that mapping clear inside the project team avoids confusion when a vendor portal or help article uses a different label than the one in the purchase agreement.
Making an Informed Choice About
The platform suits operations with enough complexity to justify its module depth: multi-site distribution, 3PL fulfilment, and ecommerce operations with labour and yard demands. It fits less well where flows are simple and internal implementation capacity is limited, because the same depth that creates value also creates configuration and training work.
A sound evaluation ends with three verified items: the current product name and version under contract, a written module list matched to actual warehouse flows, and a support agreement with defined response expectations. Everything else — demos, references, and documentation — supports those three.
For teams in Malaysia weighing warehouse and operations software alongside broader automation work, Blackstone Intelligence builds AI automation, workflow systems, and integrations from its base in Kuching, Sarawak, and publishes project evidence through its case studies.