Videos and articles on logistics, transport and supply chain

Logistics processes are becoming increasingly important in almost all industries. Whether it's storage, transport, or digital control of supply chains, modern solutions ensure efficiency, availability, and smooth processes.

Solutions, networks and innovations for modern freight transport

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Digital systems for modern logistics processes

Digitalization is fundamentally changing the logistics industry – from planning and execution to analysis. New software solutions and platforms create real-time transparency and increase efficiency along the entire supply chain. Companies are increasingly relying on digital tools to optimize material flows, resources, and routes – whether in warehouse management, transport, or returns management.

• Logistics platforms for automated transport planning
• Software for real-time data analysis and tracking
• Digital solutions for load carrier and returns management

At the same time, it is becoming clear how important modular, scalable IT infrastructures are – not only for large corporations, but also for small and medium-sized enterprises. The challenges range from data integration and interfaces to ERP systems to AI-supported forecast analysis.

Automation and robotics in intralogistics and transport

With the increasing demand for speed and precision, the requirements for internal logistics processes are also rising. Autonomous mobile robots, flexible palletizing systems, and automated warehouse solutions are being used in more and more industries. The focus is on both safety and efficiency, for example, when navigating AMRs through warehouses or picking orders in high-bay warehouses.

• Mobile robotics for transport and warehouse logistics
• Palletizing robots and flexible end-of-line systems
• Automated small parts warehouses and shuttle systems

The combination of intelligent sensor technology, visual navigation, and cloud-based control enables a previously unattainable level of flexibility – with advantages for production sites as well as for global goods flows.

Sustainable transport solutions and networked supply chains

The pressure to decarbonize does not stop at the logistics industry. Whether alternative drive systems, reusable packaging, or optimized route planning – many innovations today aim to achieve efficiency while reducing the ecological footprint. At the same time, the issue of resilience is becoming increasingly important: supply chains should not only be networked, but also resistant to disruptions.

• Networked transport concepts and intelligent fleet management
• Sustainable packaging solutions and circular systems
• New forms of mobility for urban logistics

These developments affect not only transport service providers, but the entire shipping industry. New partnerships, platform strategies, and international networks are crucial for making logistics future-proof and sustainable.

Logistics as a professional field: definition, tasks, and significance for companies

The definition of logistics encompasses much more than the mere transport of goods. It describes the holistic planning, management, and control of material, information, and goods flows—from the point of origin to the end point at the customer. Key tasks include demand-driven supply, optimal use of resources, and coordination of all processes involved along the value chain. In practice, this ranges from procurement and warehousing to delivery and returns processing. Closely linked to this development is supply chain management, which adds a strategic perspective to logistics. The aim is to coordinate entire supply chains across companies and make them resilient. Distribution logistics in particular demonstrates how important transparent processes and reliable control are in order to meet delivery times, ensure service quality, and keep costs under control at the same time. Efficient warehouse structures, intelligent IT systems, and data-based forecasts play a central role in this. As complexity increases, so does the demand for qualified specialists. A degree in logistics or supply chain management not only teaches the fundamentals of business administration, but also provides a technical understanding of digital systems, automation, and process optimization. Graduates work at the interface between IT, production, and transport and play a key role in ensuring that logistics processes function reliably, economically, and in a customer-oriented manner. This makes it clear that logistics has long been a strategic success factor for companies in all industries.