Trends in Mobility R&D: What’s Next for Smart Parking and Transportation
5 min read.
Research and development (R&D) teams in parking and mobility are working to keep pace as cities evolve into smarter, more connected urban spaces. The global push toward sustainable living, autonomous technologies, and seamless urban transport experiences influences how we move and park. From sensor-enabled parking systems to AI-driven transit networks, the future of mobility is already taking shape. Here’s a look at some of the most promising trends in mobility R&D shaping what’s next for smart parking and transportation.
AI and Machine Learning in Predictive Parking
One of the most exciting areas of innovative parking R&D is using artificial intelligence (AI) and machine learning to predict parking demand and availability. Predictive analytics can assess data from past patterns and customer behaviours to guide drivers to available spaces in real-time, reducing congestion and emissions. These systems are piloted in densely populated urban centers, where space optimization is crucial.
Curbside Management Solutions
Curbside real estate is in high demand, especially with the rise of ridesharing, delivery services, and micromobility options. R&D focuses on dynamic curb management platforms that allocate space based on real-time needs. Through digital permitting and signage, cities can adjust curb use throughout the day to better serve residents, businesses, and transit.
Vehicle-to-Infrastructure Communication
Intelligent transportation networks increasingly rely on real-time communication between vehicles and infrastructure. Vehicle-to-Infrastructure technology enables traffic signals, parking meters, and road sensors to interact with cars, offering updates on congestion, road hazards, or available parking spots. Ongoing research in this area focuses on improving latency, security, and standardization to facilitate the widespread adoption of this technology.
Mobility Hubs and Multimodal Integration
Mobility hubs – centralized locations where users can switch between various modes of transport – are becoming a cornerstone of urban planning. R&D in this space aims to develop seamless digital platforms that integrate car-sharing, public transit, e-scooters, bike rentals, and parking payments into a cohesive experience, encouraging fewer personal car trips and more efficient travel.
Sustainable Parking Infrastructure
As EV adoption grows, so does the demand for sustainable, energy-efficient parking solutions. R&D is exploring solar-powered lots, smart lighting, and integrating EV charging systems with dynamic load balancing. In parallel, research also focuses on how parking design can support green infrastructure goals, such as rainwater management and reducing heat island effects.
Autonomous Parking Systems
Autonomous vehicles are influencing the future of parking in unexpected ways. R&D is advancing self-parking technologies that allow autonomous vehicles to drop off passengers and park themselves, optimizing space by reducing the need for wide drive aisles or pedestrian access. These systems are already being tested in controlled environments and are expected to be gradually rolled out in private and public settings.
Digital Twins for Transportation Networks
Digital twin technology (creating real-time, virtual replicas of physical systems) is gaining traction in mobility R&D. In transactions, digital twins can simulate traffic flows, parking utilization, and infrastructure performance. This allows planners and operators to test changes before implementation and make data-driven decisions that enhance efficiency and safety.
Privacy and Cybersecurity Research
As mobility systems become more interconnected and data-reliant, protecting user information and system integrity is critical. R&D is expanding to address the challenges of securing connected infrastructure, enforcing data privacy standards, and preventing cyberattacks in smart transportation ecosystems.
The convergence of mobility innovation and urban planning creates opportunities for more innovative, greener, and responsive transportation systems. For municipalities, commercial developers, and parking operators, staying ahead means investing in scalable, technology-driven solutions and aligning with forward-looking research and development efforts.
References
Kelkar, A., Möller, T., & Ziegler, F. (2024, February 14). What technology trends are shaping the mobility sector?. McKinsey & Company.
Top 10 global mobility trends in 2025. StartUs Insights. (2025, January 30).
Top 15 mobility industry trends in 2024: Technews180. Tech News 180. (2025, February 5).