[Paper Review] An Integrated View on the Future of Logistics and Information Technology

Paul Grefen, Wout Hofman+3 more|arXiv (Cornell University)|May 31, 2018

Big Data and Business Intelligence6 references3 citations

TL;DR

This paper presents an integrated vision for the future of logistics and information technology by identifying key mega-trends in logistics and relevant IT technologies, introducing logistics meta-concepts linked to business engineering, and synthesizing them into a unified model. The core contribution is a framework emphasizing data platforms and open standards as foundational for interoperability and innovation in next-generation logistics systems.

ABSTRACT

In this position paper, we present our vision on the future of the logistics business domain and the use of information technology (IT) in this domain. The vision is based on extensive experience with Dutch and European logistics in various contexts and from various perspectives. We expect that the vision also holds for logistics outside Europe. We build our vision in a number of steps. First, we make an inventory of the most important trends in the logistics domain - we call these mega-trends. Next, we do the same for the information technology domain, restricted to technologies that have relevance for logistics. Then, we introduce logistics meta-concepts that we use to describe our vision and relate them to business engineering. We use these three ingredients to analyze leading concepts that we currently observe in the logistics domain. Next, we consolidate all elements into a model that represents our vision of the integrated future of logistics and IT. We elaborate on the role of data platforms and open standards in this integrated vision.

Motivation & Objective

• To develop a comprehensive, forward-looking vision for the evolution of logistics and information technology in alignment with real-world European and Dutch logistics experiences.
• To identify and analyze the most significant mega-trends shaping the logistics domain and the corresponding transformative IT technologies.
• To establish a conceptual foundation using logistics meta-concepts grounded in business engineering principles for modeling future logistics systems.
• To synthesize trends, technologies, and meta-concepts into a cohesive model of integrated logistics and IT.
• To emphasize the critical role of data platforms and open standards in enabling interoperability, scalability, and innovation in future logistics ecosystems.

Proposed method

• Systematically inventorying mega-trends in the logistics domain through empirical and experiential analysis of Dutch and European logistics contexts.
• Identifying relevant information technology trends with direct applicability to logistics, focusing on those enabling digital transformation.
• Introducing and formalizing logistics meta-concepts (e.g., logistics processes, data flows, system integration) to structure the vision and align with business engineering methodologies.
• Mapping observed leading-edge logistics concepts (e.g., real-time tracking, dynamic routing) to the meta-concept framework to assess their integration potential.
• Constructing a unified model that integrates logistics mega-trends, IT technologies, and meta-concepts into a coherent vision for future logistics-IT convergence.
• Highlighting data platforms and open standards as central enablers within the model, ensuring extensibility, reusability, and cross-organizational collaboration.

Experimental results

Research questions

• RQ1 What are the most significant mega-trends currently transforming the logistics domain, and how do they interact with emerging IT capabilities?
• RQ2 How can logistics meta-concepts be defined and applied to model future logistics systems in a way that supports business engineering principles?
• RQ3 What role do data platforms and open standards play in enabling the integration of logistics and IT in future supply chains?
• RQ4 How can existing innovative logistics concepts be systematically evaluated and aligned within a unified future vision?
• RQ5 To what extent is the proposed vision transferable beyond Europe, given its foundation in Dutch and European logistics experiences?

Key findings

• The paper identifies key mega-trends in logistics such as increasing demand for real-time visibility, sustainability pressures, and the rise of on-demand logistics, which are reshaping operational models.
• Relevant IT technologies include cloud computing, IoT, AI/ML, and blockchain, which collectively enable automation, traceability, and dynamic decision-making in logistics.
• The proposed meta-concept framework provides a structured way to model logistics systems, enhancing clarity and alignment with business engineering practices.
• The integrated model demonstrates that data platforms are essential for aggregating and harmonizing data across heterogeneous logistics systems, enabling real-time insights and orchestration.
• Open standards are identified as critical enablers for interoperability, reducing vendor lock-in, and supporting the creation of open, collaborative logistics ecosystems.
• The vision is considered broadly applicable beyond Europe, based on the generalizability of the identified trends and technological enablers.