As the IN2CCAM project approaches its final months, we continue to showcase how Cooperative, Connected, and Automated Mobility (CCAM) solutions are reshaping urban transportation. One of these breakthroughs comes from Deliverable D3.2, resulting from the cooperation between VTT and POLIBA as tasks leaders, as well as AKKA, eTrikala, ETRA, ICCS, OKAN University, List, GLS and VICOMTECH. The deliverable focuses on optimising multimodal mobility services and goods management and delivery systems. With insights from several European cities, this work highlights how CCAM services can improve mobility efficiency, reduce congestion, and create smarter, more sustainable transport networks.

Transforming urban mobility through CCAM

The IN2CCAM project is actively deploying and testing CCAM technologies in real-world environments. Deliverable D3.2 presents practical applications of CCAM services, with over ten implementations tested in live traffic scenarios and additional service simulations developed. It covers both individual and integrated mobility and logistics solutions, offering a comprehensive framework for optimising urban mobility and freight transport within Living Labs (LLs).

One of the key achievements of this deliverable is the successful real-world deployment of over ten CCAM services, which—combined with simulations—provide crucial insights into automated mobility solutions. Highlights include: deployment of CCAM services for optimised mobility and logistics; implementation of CCAVs, including mobile robots for goods delivery; and the development of new urban freight transport models to optimise last-mile logistics and reduce traffic congestion.

Strengthening the IN2CCAM ecosystem

The findings from D3.2 are integral to the broader IN2CCAM project. This deliverable closely aligns with previous reports: Deliverable D2.3 (Use Cases Definition), D3.1 (CCAM Services Architecture Description), and D4.1 (Demonstrations’ Set-Up and Verification Activities). These documents collectively offer a holistic view of service architecture, C-ITS messaging, and the integration and testing of various CCAM services. By leveraging insights from D3.2, project partners can efficiently implement and evaluate CCAM services in upcoming phases.

All CCAM services in D3.2 have undergone rigorous testing and demonstrations, with their impact being thoroughly assessed. These evaluation phases will help refine the effectiveness, scalability, and real-world applicability of CCAM solutions within urban environments. The D3.2 deliverable provides a detailed look into the advancements in CCAM services for both mobility and goods management. By integrating innovative technologies and optimizing logistics operations, the IN2CCAM project is paving the way for smarter, more efficient urban transport solutions. The work conducted in this deliverable sets the foundation for further innovations. IN2CCAM’s outcomes will contribute to shaping further CCAM deployment in Europe.