Basic product / solution destription:
The Smart Urban Mobility Ecosystem (SUME) is an ecosystem of new technologies that transform urban mobility. These include new forms of transport, such as autonomous vehicles, systems that make it easier traffic ordering and sharing, physical infrastructure such as IoT sensors and smart traffic controllers, and big data systems to help analyze and optimize mobility flows. 10 benefits of SUME that the city can benefit from every day:
- EFFICIENCY: More effective data-driven decision making. Big Data and IoT offer endless possibilities for better decision making.
- ATTRACTIVITY: Expanding digital services in communities makes smart cities a more attractive place for residents to live and promote their civic experience.
- SAFETY: A smart city is a safer city. Leveraging technological advances and creating private/public partnerships helps reduce mobility safety issues.
- ENVIRONMENT: Smart city technologies have a high and largely unrealised potential to improve quality of life. The main priority is to reduce and control pollution levels.
- IMPROVED TRANSPORT: The emergence of smart city technologies and related infrastructure points to a future that is faster, cleaner, more accessible and safer.
- ENHANCED DIGITAL EQUITY: Smart city technology has the ability to create a more equitable environment for citizens.
- NEW OPPORTUNITIES FOR ECONOMIC DEVELOPMENT: investment in smart cities is playing an increasingly important role in increasing competitiveness at city, regional and global level to attract new residents and entrepreneurs.
- EFFICIENT PUBLIC USE: Smart sensors allow cities to quickly identify system or infrastructure failures and repair damaged segments in less time, significantly reducing the overall costs incurred.
- IMPROVED INFRASTRUCTURE: Smart technology can provide cities with prediction and identification of areas that need to be repaired before major damage occurs.
- IMPROVED MANAGEMENT: The deployment of smart technology helps ease the burden of manual tasks that many city employees face every day.
📍 Area and use cases:
- real-time traffic monitoring: traffic flow analysis, identification of congested sections and traffic optimization
- intelligent intersection management: dynamic traffic light adaptation based on the current situation
- public transport and emergency services preference: priority passage for public transport and integrated rescue system vehicles
- violation detection: automated monitoring of traffic rules, speed and traffic safety
- emission reduction and environmental sustainability: minimising congestion and reducing carbon footprint
✔️ Benefits for customer:
- increased safety: advanced monitoring and accident prevention systems
- improving traffic flow: intelligent algorithms to manage intersections and traffic flows
- cleaner environment: reduced emissions through more efficient traffic management
- digitisation and data analytics: real-time traffic insight for better decision-making
- interoperability and integration: connectivity with Smart City systems and other technology solution
⚙️ Functionality:
- traffic flow monitoring: collection and analysis of traffic density data
- dynamic intersection control: automatic adjustment of traffic lights depending on the situation
- intelligent traffic signing: adaptive traffic signals and direction indicators
- traffic pattern prediction: using AI to predict traffic peaks
- integration with public transport: preference for public transport and optimisation of its operation
- interfacing with Smart City systems: possibility of integration with other urban solutions
Contact:
+421 905 372 567, info@iomobility.eu