Smart Mobility - UK mobility, hub, micromobility, transit, transportation, community, people, bike, scooter, car, bus, smart, infrastructure, connected, building, environment, EV, AV, electric, vehicle, autonomous, parking, urban, data, park, charge, station, zero, emission,

Dynamic Parking

Zero Emission Buses

Provides travelers with transportation modes on an as-needed basis without having to own a vehicle. Can include transit, carsharing, ridesharing, micromobility, and automated shuttles.

Zero emission buses (electric or hydrogen-powered) provide the opportunity to create a more sustainable transit system and help a city meets its long-term emissions goals.

Dynamic parking creates maximum efficiency by recognizing that different parking spaces have different peak usage times, which means one parking space can serve two or more purposes in a given day. Data and technology are used to structure pricing based on demand.

Policy

Data use and governance, equity, and managing the right-of-way requires an adaptable policy framework that minimizes disruption, maximizes opportunity, and flexes as technology advances.

Dynamic right-of-way management creates flexible zones for more efficient management of goods delivery, parking, and shared mobility pick-ups and drop-offs.

Integration of small, low-speed vehicles for human transport or goods delivery. Supports first-last mile mobility connections.

Automated deliveries and goods movement (both aerial and ground) assist with meeting growing demand for sustainable and efficient transportation.

Automated Freight/ Goods Transport

Managing unmanned aerial and ground vehicles offers both an opportunity and challenge for enriching public services and enabling time-sensitive, contact-less deliveries, operated autonomously or remotely.

Drone Delivery

Pairing big data and visualization with data governance helps generate more effective services for users and enables data driven planning decisions.

Data Analytics

Alternative energy

Incorporating alternative energy such as solar, wind, tidal, biomass, and geothermal into smart mobility promotes sustainability, resilience, and emissions reduction.

Planning and analysis around placement of charging stations, including on public and private property, is important to promoting adoption of electric vehicles.

Vehicles guided by advanced sensors (e.g. LiDAR, RADAR, camera, ultrasonic), cameras, and mapping that navigate without human intervention (e.g. SAE Level 4 or 5) offer opportunities for safer and more efficient passenger and goods movement.

Autonomous Vehicles

A platform that provides integrated access to mobility choices for a trip, maps out the best route based on your preferences, and allows you to pay in advance for the end-to-end trip supports and integrated transportation system.

Mobility Hubs

Built around high-frequency transit, mobility hubs integrate multi-modal and shared mobility options into a single location to connect users to their destination.

Connected Vehicles

A future with vehicles that communicate with other vehicles, traffic signals, smartphones, and other systems to access maps, road conditions, and emergency messages can improve efficiency and safety.

ITS/Connected Infrastructure

Enhances the operating environment for mobility modes such as AVs, connected buses, and personal vehicles with smart features, creating a safer and more efficient overall transportation system that leverages data and promotes communication.

A more connected operating environment requires a strong and resilient telecommunications network. The rollout of 5G into our communities involves consideration around the placement and integration of new infrastructure to support increased digital connectivity.

5G Network

The possibility of moving people and cargo via unmanned low altitude vehicles continues to advance both in concept and planning, including from a policy and regulatory perspective.

Urban and advanced air mobility

Electric Vehicle Charging Stations

SHARED MOBILITY Provides travelers with transportation modes on an as-needed basis without having to own a vehicle. Can include transit, carsharing, ridesharing, mircromobility, and automated shuttles.

Shared Mobility

Connected Vehicles

Drone Delivery

Connected Vehicles

Drone Delivery

MOBILITY-AS-A-SERVICE (MaaS)

Shared Mobility

Curbside Management

Micromobility

Incorporating alternative energy such as solar, wind, tidal, biomass, and geothermal into smart mobility promotes sustainability, resilience, and emissions reduction.

Alternative Energy

Automated deliveries and goods movement (both aerial and ground) assist with meeting growing demand for sustainable and efficient transportation.

Automated Freight/ Goods Transport

Autonomous Vehicles

Drone Delivery

5G Network

Zero emission buses (electric or hydrogen-powered) provide the opportunity to create a more sustainable transit system and help a city meets its long-term emissions goals.

Zero Emission Buses

Built around high-frequency transit, mobility hubs integrate multi-modal and shared mobility options into a single location to connect users to their destination.

Mobility Hubs

Pairing big data and visualization with data governance helps generate more effective services for users and enables data driven planning decisions.

Data Analytics

ITS/Connected Infrastructure

Planning and analysis around placement of charging stations, including on public and private property, is important to promoting adoption of electric vehicles.

Electric Vehicle Charging Stations

Data use and governance, equity, and managing the right-of-way requires an adaptable policy framework that minimizes disruption, maximizes opportunity, and flexes as technology advances.

Policy

The possibility of moving people and cargo via unmanned low altitude vehicles continues to advance both in concept and planning, including from a policy and regulatory perspective.

A future with vehicles that communicate with other vehicles, traffic signals, smartphones, and other systems to access maps, road conditions, and emergency messages can improve efficiency and safety.

Connected Vehicles

Urban and Advanced Air Mobility

Integration of small, low-speed vehicles for human transport or goods delivery. Supports first-last mile mobility connections.

Micromobility

Dynamic right-of-way management creates flexible zones for more efficient management of goods delivery, parking, and shared mobility pick-ups and drop-offs.

Curbside Management

Dynamic Parking

Mobility-as-a-Service (MaaS)

Provides travelers with transportation modes on an as-needed basis without having to own a vehicle. Can include transit, carsharing, ridesharing, micromobility, and automated shuttles.

Shared mobility