Thought Leadership

3 Technologies Needed to Start Your Transition to a Smart City

Jess Blenkarn
April 22, 2021
 - 
5 minute read

Cities around the world are facing growing environmental, societal, and economic challenges. Through making our cities smarter, we can make them better places to live by reducing city operating costs, cutting resource consumption, and improving mobility. In fact, smart city technologies are proven to advance key quality of life indicators by 10–30 percent.

But first — what even is a smart city? A smart city is a city that leverages the latest technologies and data analytics to increase its sustainability and efficiency through safety initiatives, economic development, waste disposal, improved transportation and mobility, and more!

A smart city is one that leverages technology to increase efficiencies and improve the quality of services and life for its residents.

— Bernard Marr, Contributor, Forbes

The implementation rate of smart city technology is growing worldwide, with over 440 smart city projects having been undertaken in over 280 locations around the world. Global spending on smart city technology is expected to reach $150 billion by 2022. If your city is interested in becoming a smart city, here are three transportation technologies you can easily and quickly implement to start your transition:

1. On-Demand Transit

On-demand transit is any autonomous, technology-enabled, shared public transportation service that is used to solve transit challenges. It is most frequently implemented for use cases such as low-density area mobility, first-last-mile gaps, underperforming bus routes, paratransit, and more.

This technology is essential in smart cities because:

  • It decreases traffic and road congestion through ride sharing: On-demand transit is able to reduce congestion in cities by 15–30%.
  • It works with existing transit systems to increase ridership and access to city amenities: Ridership in Houston was increased by over 15% when on-demand transit was implemented.
  • It reduces transit’s environmental footprint: Commutes originating in lower density neighborhoods underserved by transit account for 89% of greenhouse gas emissions.

This technology is already being implemented around the world to help transition regular cities into smart cities. Los Angeles Metro, for example, built the world’s largest on-demand transit system, with over 110 vehicles across 9 zones.

Metro is pushing the envelope in order to give people more affordable, flexible options to get around Los Angeles County without driving alone.

— Phillip A. Washington, CEO, Metro

LA Metro introduced on-demand transit to start their transition to a smart city and experienced many benefits as a result.

2. Connected Traffic Lights

In a smart city, connected traffic lights utilize embedded cameras and sensors to change traffic flow as needed and in connection with each other. This ensures vehicles are not stopping every few hundred feet at an intersection, keeping traffic moving and reducing vehicle accidents.

Currently, without this technology, drivers in the U.S. experience a collective 17.25 million hours of delays per day at intersections around the country. With better coordinated traffic lights, travel speeds can increase by 10%.

Sensors installed on the lights do more than just reduce delays for drivers though. These sensors enable data collection and enhance city decision making surrounding infrastructure and transit routes. Better coordinated lights also reduce emissions by at least 5%.

Smart cities around the world have begun implementing connected traffic lights at an increasing rate. For example, in New York, city planners have taken the first step by installing traffic video cameras at intersections to improve travel times by 10%.

3. Autonomous and Electric Vehicle Fleets

The World Bank estimates that there will be more than 1.2 billion cars on the road by 2030, meaning we need more efficient and environmentally-friendly ways of moving people around city centers. These self-driving electric vehicles will enable sustainable transportation and collection of data for enhanced decision making.

Intelligent, electric vehicles enable connectivity for drivers and city planners alike.

Autonomous and electric vehicles provide many benefits to smart cities, including:

  • Making cities safer, more desirable places to live: With 94% of serious car crashes resulting from human error, self-driving vehicles would make our roads safer.
  • Cutting energy consumption: Self-driving vehicles have the potential to reduce energy consumption in transportation by up to 90%.
  • Enabling vehicle-to-vehicle communication: By 2023, 62 million vehicles will be capable of communicating with each other, providing information such as safety warnings and traffic information autonomously.

City planners will also have access to journey times, bottlenecks, fuel and charging stations, popular destinations, and more!

As cars are becoming more autonomous, cities are becoming more intelligent by using more sensors and instruments. To drive this intelligence forward, smart city IT infrastructure must be able to capture, store, protect, and analyze data from autonomous vehicles.

— Mike Beevor, Technical Marketing Director, Pivot3

A connected vehicle is also able to find open parking spaces, recommend the best routes, and allow drivers to surf the web or take conference calls while commuting. Benefits like these are why business information provider IHS Markit predicts that by 2040 our highways will be bumper to bumper with over 33 million self-driving vehicles.

The introduction of autonomous and electric vehicles is already well underway around the world. In Phoenix, Arizona, Google is already testing its self-driving taxi service, Waymo, while a self-driving grocery delivery service is being tested at Kroger in Scottsdale, Arizona. Self-driving vehicles can also be implemented in conjunction with on-demand transit to make the technologies even more efficient!

Some smart cities, including Amsterdam and Oslo, are pushing for zero-emissions transport within their cities by the year 2025 and 2030 respectively, through the adoption of electric, autonomous vehicles.

All three of these technologies are a step in the right direction for your city’s transition toward becoming a smart city, each with their own unique benefits. Contact us to take the first step in your transition to a smart city by implementing on-demand transit in your community.

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