Transportation

Connected Roadways

Explore more transportation solutions

  • Connected Roadways
  • Connected Mass Transit
  • Connected Rail
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Use cases

Streets, highways, bridges, and toll roads.

Key outcomes

Safety

  • Enhances safety for drivers/passengers with faster and coordinated emergency response and fewer incidents

Mobility

  • Provides up-to-date traffic conditions caused by weather, congestion, or construction for optimal travel
  • Enhances networking capabilities in harsh and/or urban environments

Efficiency

  • Reduces traffic congestion, saving money on fuel costs
  • Extends the use of the existing physical infrastructure
  • Improves use of resources

Environmental

  • Reduces carbon emissions and harmful pollutants
  • Ensures compliance with regulations

Technical view

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Use cases

Trains, buses, emergency service vehicles, ships, airplanes, taxis, police vehicles, and school transport.

Key outcomes

Safety

  • Improves safety and security onboard, in stations, at bus stops, on roadways, and in maintenance yards

Costs

  • Reduces operating costs with converged networks and better data sharing and operational management across city departments

Experience

  • Enhances passenger/rider experience with the ability to provide new services, such as onboard Wi-Fi and real-time trip planning

Technical view

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Use cases

Station, trackside, train.

Key outcomes

Safety

  • Reduces human error and related mishaps
  • Improves situational awareness

Compliance

  • Increases the ability to meet legislative mandates by the required deadlines

Passenger mobility and services

  • Improves passenger retention
  • Increases ridership
  • Develops further revenue generation and new business models

Operations

  • Enables new services for riders
  • Improves operational efficiency by lowering expenses
  • Simplifies maintenance
  • Improves network security
  • Moves from proprietary to open standards

Technical view

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