This tongue-in-cheek question, of course, is meant to expose the fact that in many businesses “higher productivity” is still understood in a very one-sided, simplistic way: as the need to walk faster, work harder physically and literally clock more kilometres up and down the aisles.
But is this the right path for logistics to take? In environments that rely solely on traditional paper-based documentation and lack any digital management system, work is often organized in exactly this way, driven by sheer muscle power. Modern logistics, however, follows an entirely different philosophy, built on the principle of working smarter, not harder. The key to achieving this is implementing a WMS, which shifts the focus from exhausting physical speed to optimizing end-to-end business processes.
How does a WMS transform operational efficiency?
Instead of expecting staff to run ever faster between the racks, modern warehouse management systems offer advanced technological and algorithmic tools that eliminate wasted effort altogether:
Smart order aggregation and consolidation: The traditional approach is to pick each order individually, forcing the picker to visit the same locations again and again. A WMS introduces advanced picking modes such as multi-order picking (handling several orders at once), batch picking (picking goods for multiple orders into a single tote, then sorting them at a workstation) and wave picking (releasing orders in waves). As a result, the operator picks items for many orders in a single pass, dramatically reducing travel distance.
Algorithmic pick path optimization: In a traditional warehouse, workers move around the facility at their own discretion or based on patchy knowledge of where stock is located, which leads to wandering. A WMS calculates the optimal pick route using a precise mathematical algorithm. Fewer unnecessary steps mean less fatigue for staff, while delivering a much higher pace and greater picking accuracy.
Parallel task execution across the team: Large, complex orders can be automatically split by the system across multiple independent warehouse zones and then fulfilled simultaneously by several operators. This enables the entire shipment to be picked in record time without creating bottlenecks.
Shifting the burden of work organization to the system: The greatest benefit of implementing a WMS is taking the pressure of planning off the warehouse operative and handing it over to intelligent algorithms. All organizational changes become fully transparent to operators, who don’t need to analyse the whole process; they simply focus on precise, individual tasks directed by their mobile terminal. At the same time, management gains invaluable, continuous access to detailed analytics that help uncover further savings.
And when conventional path optimization and smart algorithms are no longer enough to keep up with growing sales volumes, the natural next step is to invest in advanced warehouse automation and Goods-to-Person (GTP) systems, in which the goods physically travel to a stationary operator’s workstation.
In the face of ever-increasing market demands, time pressure and rising labour costs, every organization should ask itself a fundamental question: do outdated practices and reliance on workers’ physical effort alone still make sense? It’s high time to move beyond traditional methods and embrace technology that delivers real, lasting efficiency gains across the entire business.
Are you also facing challenges in optimizing your order picking processes? We’d love to exchange experiences and help you find the right solutions.
