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Information Technology in Intralogistics: Trends, Opportunities & Current Developments

Knowledge

Information Technology as the Backbone of Modern Intralogistics

Digitalization has fundamentally transformed intralogistics. Information technology is no longer merely a supporting tool; it has become the central backbone connecting all processes. The integration of material flow, automation, and human interaction creates transparency, accelerates processes, and enhances safety. This enables data-driven decision-making across the entire value chain.

In modern warehouse and production environments, a high-performance IT infrastructure is essential. It forms the foundation for scalable automation and resilient operations.

Digital tools connecting people, processes, and material flows.

Core Areas of IT in Logistics

Information technology in intralogistics is built on four closely interlinked pillars:

Warehouse Management Systems (WMS): The heart of warehouse control. WMS coordinate inventory, manage picking and replenishment processes, and ensure transparency across all material movements.
Scanners & Mobile Devices: Handheld scanners, wearables, and terminals enable seamless real-time data capture and serve as the interface between people and systems—crucial for process reliability and efficiency.
Network Infrastructure: Stable WLAN and IoT infrastructures are indispensable for real-time communication, system integration, and smooth operations in automated environments.
Cybersecurity & Data Protection: As connectivity increases, so does the attack surface. IT security has become a strategic factor in safeguarding data integrity, system availability, and operational stability.

Current Trends & Challenges

The rapid evolution of IT in intralogistics confronts companies with strategic decisions. Three key topics currently dominate:

Cloud vs. On-Premises: Cloud solutions offer scalability and flexibility, while on-premises systems remain essential for sensitive and regulated data. Many organizations rely on hybrid models to combine both approaches.
Real-Time Data for Automation: Immediate data processing is critical for autonomous systems, AI applications, and adaptive process control. Real-time data forms the basis for accurate decision-making and efficient material flows.
IT Security as a Priority: Growing connectivity increases the risk of cyberattacks, making IT security a key factor in supply chain resilience.

Outlook

Information technology in intralogistics is evolving toward greater connectivity, deeper AI integration, and higher security requirements. Companies that strategically align their IT architecture create the foundation for flexible, automated, and future-ready processes.

Conclusion

Information technology is the backbone of modern intralogistics. Companies that invest today in flexible, secure, and connected IT systems lay the groundwork for resilient processes, scalable automation, and a future-proof supply chain.

How can Motion-Mining® Support the Selection Process?

Selecting a suitable IT solution is often a complex task. Motion-Mining® provides an objective, data-driven basis for decision-making.

Actual process flows are analyzed with a focus beyond purely theoretical planning aspects.
Critical points where real-time data is essential are identified.
Relevant interfaces for seamless system integration are highlighted.

This approach transforms IT strategy into a well-founded, practical decision based on real operational data. In addition, MotionMiners SOLUTIONS offers an overview of more than 100 systems from leading manufacturers, including detailed specifications—enabling fast and targeted solution selection.