SPOKE: Advancing Logistics and Freight Transportation in Italy

Every day, thousands of trucks, ships, and trains move goods across Italy, powering industries and supply chains. But there’s a hidden cost—freight transport accounts for 36% of transport-related CO₂ emissions in Europe. Despite digital advancements, the sector still struggles with wasted energy, inefficient routes, and underutilized transport modes.

The solution isn’t just moving faster—it’s moving smarter. How can we rethink logistics to cut emissions, integrate AI, IoT, and blockchain, and optimize energy use without disrupting operations? The answer lies in technology, collaboration, and a fresh approach to logistics efficiency.

That’s where the Innovation in Logistics and Multimodal Node Operation project comes in—a multidisciplinary initiative, funded by the European Union Commission, bringing together top research groups from institutions like the University of Naples Parthenope, University of Napoli Federico II, Politecnico di Milano, Università della Svizzera italiana, and more. Our research group is actively contributing to this effort, working on solutions that bridge industry needs with cutting-edge innovations.

In today’s interview with Anaiz, we dive into how this project is leading this transformation—merging research and industry to create a greener, more energy-efficient freight system that benefits businesses and the planet alike.

Revolutionizing Logistics with Industry 4.0

Italy is home to 70,000 registered logistics companies, generating an annual turnover of over 80 billion euros. Despite the disruptions caused by COVID-19, this sector presents both significant opportunities for improvement and unprecedented challenges. The project’s main objective is to integrate emerging technologies into logistics and freight transportation, fully embracing Industry 4.0.

Industry 4.0 refers to the integration of intelligent technologies to optimize and enhance efficiency in manufacturing and logistics. However, while digitalization offers significant benefits, it also introduces new cybersecurity risks. Many of the devices currently in use are not cybersecurity-oriented, creating vulnerabilities when integrating IoT (Internet of Things), blockchain, and AI into multimodal logistics. One key goal of the SPOKE project is to develop cybersecurity-focused solutions that ensure a seamless and secure digital transformation.

Greener Logistics: Tackling the Sector’s Carbon Footprint

The transport sector accounts for 25% of total greenhouse gas emissions in Europe, with logistics and freight transportation contributing 36% of this figure. Achieving sustainability in this sector is particularly challenging due to supply chain disruptions, procurement risks, and limited investment opportunities.

The project aims to increase sustainability by:

• Rebalancing transportation modes through synchromodality and sustainable road transport solutions.
• Developing organizational strategies and leveraging new technologies to reduce the sector’s carbon footprint.
• Supporting policy-making to enhance legislative frameworks and infrastructure planning, ensuring long-term sustainability improvements.

Four Pillars Shaping the Future of Freight Transport

This project pursues a holistic development of future logistics and freight transportation, focusing on four main pillars:

1. Technological advancement – digitalization and data analytics.
2. Sustainability – environmental, social, and economic integration.
3. Operational efficiency and new business models – optimizing logistics.
4. Policy and governance – ensuring coordinated and effective policymaking.

Under these pillars, the project aims to:

• Develop a technology roadmap to assess and forecast the impact of new technologies and business models in logistics.
• Strengthen cybersecurity in digitalized logistics operations.
• Support policy initiatives by designing legislative guidelines and infrastructure plans.
• Enhance workforce development, ensuring knowledge transfer, innovation, and improved labor market competitiveness.

Harnessing Digital Twin Technology for Smarter Logistics

The project incorporates digital twin models, hardware systems, and smart technology ecosystems to create data-driven decision-making frameworks. This includes AI, blockchain, and IoT-based solutions, enabling efficient and optimized logistics networks.

Several major industry players are already involved, contributing extensive consumer data from port-based logistics hubs that integrate sea, road, and rail transport. Research groups analyze this data to refine digital twin models, creating more adaptive and efficient logistics strategies.

Bridging the Data Gap: A Key Hurdle in Logistics Innovation

One of the most significant challenges in this project is data synchronization. With thousands of logistics companies operating in Italy, consumer behaviors and transportation needs are constantly shifting. However, data collection is currently limited to a subset of companies, making it difficult to create comprehensive models. The project aims to bridge this gap by analyzing consumption patterns and projecting trends that can be applied across the entire sector.

My Role in the Project

I am pursuing a PhD in Energy Science and Engineering and working as a senior researcher in my research group. In Italy, PhD candidates often work on multiple research projects alongside their doctoral research, contributing to academia-industry collaborations.

In this project, my focus is on developing a model for multimodal logistics and freight transportation that improves operational efficiency while reducing carbon emissions. Given that 25% of greenhouse gas emissions in Europe come from transportation, with 36% linked to logistics, reducing the sector’s climate impact is a crucial objective. My work involves analyzing data, integrating smart technologies, and shaping policy recommendations to drive sustainability improvements.

From Industrial Job to Academic Life: My Path to Sustainability

Before starting my PhD in 2022, I worked as a university lecturer and, prior to that, as a renewable energy engineer and production engineer in the oil and gas industry. In my previous role, I was the technical head of a solar mini-grid project, where we installed 04 solar mini-grids having a collective capacity of 50kW+ for people living in off-grid coastal regions. This project electrified over 50,000 households, replacing traditional gas lamps with sustainable energy solutions and allowing communities to power essential devices like fans and mobile phones. In my current role, I am more focused on global issues such as reduction in greenhouse gas emissions, sustainable energy fuel, and use of advanced technologies to make current transport infrastructure more environment-friendly and sustainable.

Want to Learn More?

Excited about the future of logistics and eager to explore cutting-edge innovations in freight transportation? This blog brings you exclusive insights from industry leaders and researchers shaping the next generation of supply chains.

For more on the SPOKE project, reach out to Anaiz an engaging discussion—or dive into the project directly to see how it’s transforming logistics with technology and sustainability.

Don’t stop here! Check out more expert insights in our interviews about:
🔹 Role and applications of advanced digital technologies in achieving sustainability in multimodal logistics operations: A systematic literature review [Read Here]
🔹 Why increasing battery sizes is not the solving clean transportation. [Read here]
🔹 How a Romanian startup went out to redefine urban mobility. [Read here]

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