Urbanization presents a number of challenges for municipalities large and small — from safety, mobility, efficiency, and citizen engagement, to environmental sustainability. With 54 percent of the world’s population currently living in urban areas, and expected to increase to 66 percent by 2050, cities will be strained even further by a lack of resources, ageing infrastructure, and increasing transportation demands. A new smart cities challenge in Canada is aimed at kickstarting some innovative solutions to these growing urban issues.
Smart Cities Challenge to Position Canadian Municipalities as Global IoT Leaders
The Canadian Government recently kicked off a Smart Cities Challenge “to improve the lives of their residents through innovation, data and connected technology.” Infrastructure Canada invited municipalities, regional governments and Indigenous communities from across the country to submit proposals to be considered for prizes ranging from $5 million to $50 million.
The city of St. John’s, Newfoundland has announced that they will submit a proposal for the Canadian Smart Cities Challenge.
This Canadian Smart Cities Challenge joins a number of other contests around the world driving innovation and technology development in urban centers. Two years ago, the U.S. Department of Transportation launched a $40 million Smart City Challenge, awarding to Columbus, OH in June 2016. Similarly, the European Capital of Innovation (iCapital) award is a €1 million cash prize handed out annually for cities that develop innovative solutions responding to social challenges. Past winners include Paris and Amsterdam. The Government of India launched the India Smart Cities Awards Contest in 2017, which is still ongoing.
The Role of Urban Analytics in Smart Cities
Urban analytics, which is the collection and analysis of data on city processes and environment, will play an important role in many Canadian Smart City Challenge proposals. Municipal governments and agencies have turned to IoT and data analytics to measure and generate regional insights. Armed with this knowledge, cities can quickly identify inefficiencies, safety risks, and environmental challenges, and proactively implement solutions that mitigate their impacts.
Urban analytics can help cities:
- Justify the introduction of new and innovative mobile and static infrastructure technologies
- Develop greener transportation systems
- Improve municipal mobility and create ladders of opportunity
- Create safer communities
- Make city operations more efficient, and much more
As a result, municipalities across North America and the rest of the world are investing heavily in the concept of a smart city.
Smart Sensors on Wheels
All smart city initiatives should start with the collection of necessary data to create insightful and innovative plans which can improve the quality of life of its residents. However, the collection of this data has proven to be a significant challenge for many municipalities, and vehicles are often overlooked as a significant data source.
Today’s vehicles are essentially smart sensors on wheels, and therefore private and public sector fleets represent an amazing source of data that can be used to generate city-wide insights. These insights can be used to improve transportation efficiency, citizen safety, and environmental sustainability.
How Geotab Supports the Canadian Smart City Challenge
Leveraging an ecosystem of 1.1 million connected vehicles worldwide, Geotab has the data coverage and density to provide critical city-wide insights to almost every North American community. Municipalities can improve regional traffic safety and progress towards their Vision Zero objectives, reduce congestion and optimize traffic flow, and streamline city operations all using Geotab’s urban analytics. Geotab’s Smart City Insights white paper provides real-world examples of how municipalities can leverage the data collected from connected vehicles. As one of the country’s largest Connected Vehicle (CV) and IoT companies, Geotab strongly supports this Canadian Smart Cities Challenge and is looking forward to contributing to proposals of all shapes and sizes.
In addition, Geotab, with our partner Miovision, is working on a number of secure Vehicle-to-Everything (V2X) projects, a form of technology that allows vehicles to communicate with neighbouring vehicles and traffic infrastructure. This will allow municipal, provincial and state customers to preempt and prioritize certain kinds of traffic, including emergency vehicles and specialized freight. Furthermore, government agencies can create new methods of revenue generation (or cost recovery) for transportation departments. Direct integration with in-vehicle V2X On-Board Units (OBUs) will allow existing and prospective Geotab CV customer vehicles to communicate with surrounding mobile and static assets using industry standards such as Society of Automotive Engineers (SAE) J2945 and others for the real-time communication of accidents, harsh braking activity, lane departures, pedestrian warnings, and much more, drastically improving regional traffic safety.
We look forward to using these capabilities to fuel many Canadian Smart City proposals. For more details, reach out to email@example.com
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