The Internet of Things (IoT) has demonstrated immense value to consumers and businesses. But these people and entities aren’t the only ones benefiting — cities, municipalities, and governments are also leveraging advanced IoT technology to make smart cities with increased quality of life for all. No, we’re not talking about some futuristic, space-age cartoon like The Jetsons, but rather the real-life implementation of IoT devices making things better, safer, and more efficient for residents and visitors alike.
Here are the basics about smart cities, including how IoT is being used, the impact of smart cities, and some great aspirational examples of IoT in action with smart cities around the globe.
The phrase “smart city” is used when a city of any size implements a framework designed to address urbanization challenges and societal needs through sustainable practices that leverage available technology. By leveraging the power of the Internet of Things, these smart cities use cloud-based technology as well as edge devices to gather, analyze, and manage data in real-time, which can help improve the quality of life for people living there. This catch-all phrase can include services like traffic management, water and energy monitoring and distribution, and other solutions used to improve infrastructure and services.
IoT technology with secure wireless connectivity is transforming city life using a cloud-based central control system. Some of these systems are fully implemented by forward-looking cities, and some include the engagement of citizens with their smartphones and mobile devices.
There are many different ways IoT is making a difference in smart city solutions today:
For example, Zipit works with GRIDSMART, which offers intelligent intersection traffic systems to municipal partners in nearly 30 countries and most U.S. states. Another one of Zipit’s customers offers smart parking solutions. These solutions guide drivers to parking spaces more efficiently, thus reducing vehicle emissions and traffic congestion. These are just some of the IoT solutions offering cutting-edge capabilities to municipalities around the world, and we’re excited to be part of this wave of IoT building smart cities.
According to the World Bank, around 55% of the world’s population lives in cities today, and that is predicted to increase over the coming years. By 2050, the number is expected to double, so that over 70% of all people will live in cities. Social, economic, and environmental services must keep pace with this growth to combat the mounting challenges of population growth in smaller geographic areas. Smart cities are important for meeting the needs of the growing urbanization that strain resources, including people and funding.
There are a lot of different IoT wireless technologies, so it’s important to consider which options would best suit the need for smart cities. Low-power wide-area network (LPWAN) technologies, including NB-IoT, LoRa, LTE Cat M, and others, are often best suited for most smart city applications. They provide ubiquity at a low cost with the necessary wide range to support smart cities.
Of course, the advancement of technology never stops, and we look to the future and the anticipated impact of 5G. As 5G technology continues to develop, it’s expected to play a significant role in advancing the technology for smart cities and accelerating new deployments.
A lot of cities are hopping on board with IoT, implementing smart technology solutions to improve life for residents and visitors. Here are some of the early adopters and smart city examples that are continuing to make great strides in implementing IoT solutions to solve challenges.
Amsterdam was on the cutting edge of smart city advances, starting its initiative in 2009 to implement improvements such as sharing transportation and traffic data with developers for improved navigation. They also created autonomous delivery boats to take advantage of the canals, as well as a floating village of houses to alleviate their housing shortage in a sustainable way.
Copenhagen has ambitious goals to become the first carbon-neutral smart city by 2025. The city has already implemented an innovative, intelligent bike system that enables them to monitor congestion and air quality. They are also using IoT to create a single energy integration point for energy-efficient buildings to consolidate electricity management.
In 2014, London deployed a smart parking project with SmartPark that assists drivers with finding parking spots. This helps alleviate traffic in a notoriously congested area.
The Big Apple is also enthusiastically implementing IoT projects to improve congestion, safety for drivers and pedestrians, and transportation, while reducing pollution to improve air quality. By using IoT to improve transportation safety in the city, New York aims to reduce and ultimately eliminate traffic-related injuries and deaths.
San Francisco has implemented a pilot program with a number of different services designed to decrease emergency vehicle response times and reduce collisions to improve safety for all drivers.
Often called the “smartest city in the world,” Singapore is at the forefront of leveraging technology to improve city operations. The city has implemented a digital national identity system for all residents, and is using artificial intelligence (AI) with a 3D digital model of the city to run simulations to support future planning. Singapore is also working towards achieving zero traffic, a lofty goal that would be a game changer in improving safety and air quality.
The rise of smart cities is another exciting way the Internet of Things is improving our lives. Zipit supports forward-thinking municipalities — and the businesses that serve them — by offering IoT connectivity from the top wireless service providers around the world, and a powerful platform for managing cellular devices and enabling subscription billing.
Want to know more about Zipit’s robust IoT platform? Contact us to discuss your company’s IoT plans. We’re happy to offer insights based on our extensive experience.
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