When existing logistics concepts, plans, or offers are on the table, it is often worthwhile to seek an independent outside perspective. A professional second opinion helps to verify assumptions, realistically assess economic viability, and identify risks at an early stage.

Feasibility, investment levels, and alternatives are systematically analyzed and transparently classified. This creates a reliable basis for decision-making for management and project managers—especially for far-reaching or cost-intensive projects.

Whether services should be provided internally or outsourced is a strategic decision with long-term implications. A structured make-or-buy analysis comprehensively considers costs, flexibility, resources, quality requirements, and risks.

This analysis takes into account not only financial indicators, but also organizational consequences and strategic objectives. The result is a clearly comprehensible recommendation that takes both economic and entrepreneurial aspects into account.

Production and logistics networks must be efficient, economical, and future-proof. Network studies analyze and systematically evaluate locations, transport flows, service levels, and cost structures.

Various scenarios are developed and compared with each other in order to transparently illustrate the effects on inventories, throughput times, investments, and operating costs. The goal is a robust network design that combines efficiency and security of supply.

An efficient supply chain can only be created when all elements along the value chain are coordinated. That is why processes are viewed holistically, from supplier to customer, interfaces are examined, and bottlenecks or media breaks are identified.

On this basis, concrete measures are developed to increase transparency, reduce throughput times, and strengthen the resilience of the entire supply chain.

Even without new construction or complete redesign, existing warehouses can be significantly improved. Layout, processes, inventory, organization, and technology used are analyzed and specifically developed further.

The goal is to increase throughput and space efficiency, stabilize processes, and sustainably increase profitability—with as little disruption to ongoing operations as possible.

The introduction or further development of logistics IT systems involves more than just technology. First, requirements are clearly defined and processes are precisely described. Based on this, suitable solutions for WMS, MFS, or TMS are evaluated in a structured manner.

It is crucial that IT systems are tailored to actual volumes, processes, and strategic goals. This helps to avoid wrong decisions and create sustainable, viable system solutions.

In logistics projects, structural, technical, and operational requirements must be brought together at an early stage. The client is supported in strategic and operational matters—from the concept phase to implementation.

Logistical requirements are specified, prioritized, and clearly communicated to planners, general contractors, and other parties involved. This ensures that the client's interests are protected and that the logistical objectives are consistently implemented.