Logistics skills shortage: 5 immediate levers to relieve your warehouse today

The shortage of skilled workers in logistics affects many medium-sized companies where processes are already under pressure: in order picking, internal transport and shift coverage. Vacancies remain unfilled, sickness absences have an immediate impact on delivery capability and quality.

The good news: not every bottleneck requires a new building or full automation. In practice, there are concrete immediate levers that can be used to noticeably relieve warehouse teams - often within a few months. The key is to start where the workload, repetition and susceptibility to errors are particularly high. The following five levers have proven their worth in implemented projects.

Lever 1: Automate repetitive picking with precision

The biggest personnel lever is often in article picking. Monotonous picking processes tie up valuable working time, especially with a high variety of items and constant throughput. At the same time, this is where most errors occur due to a lack of concentration when performing repetitive tasks over a period of hours.
Picking robots take over precisely these repeatable tasks with consistent quality. Employees remain in the process, but switch to supervisory, qualified roles. This reduces error rates and stabilizes shifts - especially when staff availability changes. The technology works without fatigue, while people concentrate on exceptions, monitoring, process optimization and robot maintenance.

The crucial point: don't want to automate everything. The focus is on the 70 to 80 percent of items that can be standardized, not on special cases. Rectangular cartons with sufficient tare weight, small load carriers, standardized consumer goods - these items can be processed reliably using technology. Manual processes are often the better choice for unstable packaging or items weighing less than 30 grams. Practice shows: A system of this type pays for itself within 12 to 18 months with a workload of just 1.5 shifts. Availability is over 98 percent and manual interventions are rare. What is often underestimated: The ability to plan returns. You once again know reliably what throughput is possible tomorrow.

Lever 2: Reduce walking distances instead of adding shifts

In addition to the picking process, moving goods from A to B is an underestimated bottleneck. Internal transportation often ties up more staff than necessary. Long distances between storage zones, picking and packing cost time and concentration. These activities tie up capacity but do not create any direct added value.

Autonomous mobile robots take on these transportation tasks flexibly and scalably. They work around the clock, adhere to defined priorities and noticeably relieve the team. The effects are particularly noticeable in mixed operation with manual zones: less idling, less stress, more predictability. The systems run according to fixed routes or react dynamically to requirements.
The lever lies not in maximum speed, but in constant availability. While people need breaks and get tired, transport systems keep the material flow steady. This reduces waiting times at transfer points and stabilizes throughput. This advantage is particularly evident when staff are absent.

Another aspect: the integration of such systems is often quicker than expected. Modern solutions no longer require an elaborate ground infrastructure, but are guided visually or by sensor technology. This reduces both investment costs and commissioning times. The next lever shows what such approaches look like in practice.

Lever 3: Orchestrating people and technology instead of letting them work side by side

Relief is only effective if technology and people work well together. Automation falls flat when systems work in isolation. Different cycle times, manual interim solutions or Excel lists create new dependencies instead of resolving old ones.

A central control system ensures that robots, conveyor technology and manual workstations work according to the same rules. Priorities, buffers and handovers are coordinated with software support. This takes the pressure off managers and reduces the amount of coordination required on a day-to-day basis. The system automatically regulates what used to be done by shouting or using whiteboards.

The effect can be seen in several dimensions. Less manual intervention means fewer disruptions to the process. Clear rules create more stable throughput - even when staff are absent. Employees can concentrate on their core tasks instead of constantly switching between systems. Transparency increases: Where do orders stand? Where are bottlenecks occurring? Which areas are running smoothly? 

This integration is particularly successful when a Warehouse Management System acts as a higher-level instance. It knows stocks, orders and capacities. It controls automated and manual areas according to standardized logic. It reports back priorities and ensures balancing between zones. It is precisely this orchestration that makes the difference between isolated technology and real relief.

Lever 4: Start small with modular entry-level setups

Many companies hesitate because they perceive automation as a major project. However, measures can provide relief if the entry point remains pragmatic. In practice, modular approaches that can be expanded step by step have proven their worth - without immediately turning the entire warehouse process upside down.

One example of this is automated small parts warehouses. They store items in plastic containers and bring them to picking stations as required. Robots move on a grid over stacked containers, retrieve the required items and deliver them to where they are needed. This reduces the space required by up to 75 percent and largely eliminates walking distances for employees.
The special feature of such systems: They are completely modular. The number of robots and workstations determines the throughput rate. This means you can start with a manageable configuration and expand as required. No new construction, no months of decommissioning, no all-or-nothing approach.

The Austrian online retailer SportOkay has chosen this approach. The challenge: growing order volumes with limited staff availability. The solution: an expandable small parts storage system that could be integrated into the existing structure. The benefits were realized early on - not just years later. At the same time, the option remained open to add further components as volumes increased. For example, SportOkay later installed so-called moving racks, shelves on AGVs for skis and bicycles, for example.
Such setups can be installed as a stand-alone solution for a sub-area or integrated into an existing overall concept. The decisive factor is the clearly defined project scope with measurable goals. Which articles? What throughput? Which interfaces to existing systems? This clarity accelerates decisions and reduces risks.

Would you like to understand which modular approaches could suit your warehouse structure? The complete guide contains a checklist for shift protection and orientation questions for system selection. Download the guide now

Lever 5: Reduce complexity through integrative implementation partners

Technology alone is not enough - responsibility must be clearly defined. A frequent stumbling block is the coordination of many trades: mechanics, robotics, software, IT connection, service. The more interfaces between suppliers, the higher the risk of delays and additional costs.

A general contractor with end-to-end responsibility significantly reduces this complexity. Planning, implementation, integration and service interlock. For decision-makers, this means less coordination effort, clear liability and lower project risk. Instead of having to mediate between five partners, there is one point of contact for the entire process.

This is a decisive factor, especially when there is a shortage of specialists. Internally, there is often simply a lack of resources for parallel projects with many participants. Anyone who has to ensure day-to-day operations and manage an automation project at the same time needs clear structures. An integrated partner takes over this orchestration and relieves the internal team.

An approach that offers mechanics, robotics, warehouse management software and service from a single source has proven its worth. This eliminates interface discussions between system suppliers. Updates, maintenance and support are coordinated. There are no discussions about responsibilities in the event of faults. Responsibility is clear - from the initial analysis to ongoing operation.

Relief is coming with just a few levers, not more staff

The shortage of skilled workers in logistics cannot be solved in the short term - but it can be effectively mitigated. Targeted automation in areas where workload and repetition dominate will quickly stabilize operations. The five levers show: Relief does not require a major project. Modular entry points that become productive within months are often enough.

Three factors are crucial. Firstly, focus on the areas with the greatest personnel leverage - repetitive picking and internal transportation are usually at the top of the list. Secondly: Clean integration instead of isolated stand-alone solutions - only orchestrated systems provide sustainable relief. Thirdly: clear responsibility for the implementation partner - tying up complexity internally further exacerbates the shortage of skilled workers.

Not every lever works in every warehouse. The decisive factor is where automation quickly relieves the burden and has a stable effect. The complete guide shows which processes can be automated in the short term, how to get started pragmatically and which steps have proven successful in practice. 

Find out more here
 

Further links

IntraBLOGistics: Logistics 4.0 - a game changer or can it go away?

Pick-by-Robot - smart connection between man and machine

Reference Siemens Rastatt: AutoStore system with fully automated KLT goods receipt