With urbanization becoming du jour, urban populations growing at an unprecedented pace as well as over six billion people expected to live in urban areas by 2050, IoT Devices are offering the right solution by enabling “The Foundation For Redundant Smart City Infrastructure.” This population growth will further augment stress as well as urban areas’ use of the lion’s share of resources. Cities currently consume 75% of the world’s energy and are responsible for 80% of greenhouse gas emissions.
Confronted with this new reality, cities find themselves having to quickly adjust toward becoming more reliant on smart and robust technologies like the Internet of Things through their quest to provide efficient and safe services optimally.
Moreover, as managing growth is also of increasing concern, so is the demand for city services that are putting greater strains on resources. Similarly, cities need new technologies to better manage traffic congestion, public safety and sanitation.
Efficiently dealing with the impact of population explosions as well as eliminating environmental strains also means addressing safety concerns and demand for servicing smart infrastructure that further require integrating enabled technologies, like Internet of Things (IoT) connected sensors, toward facilitating integration while securing all devices. An obvious example is an exhaust-emitting car idling at a red light and IoT-enabling traffic lights to turn green if the intersection is clear. Sensors are also optimizing trash pickup, stops on bus routes, can also provide data in real time at the scene of an auto accident, and help provide water management and sanitation at low cost in areas of need.
Edge computing and IoT are improving city living
While edge computing the types of data-driven environments that are fueled by connected devices and network connectivity can bring serious cost savings and efficiencies. In cities, like Barcelona, smart water-meter technology helped the city save $58 million annually. In South Korea, smart sensors reduced building costs by a third by monitoring water and electricity usage, according to Harvard Business Review.
Accordingly, IoT environments require cutting-edge support from edge computing to process data closer to the network’s edge, where IoT and other devices reside. With less transmission latency, data moves more quickly from device to device or infrastructure. Edge computing could enable, for example, drivers to pay at a parking meter with a smartphone. A commuter could get real-time alerts about the estimated time of arrival for a bus being re-routed around a traffic accident.
Smart City IoT architecture requires data and device security, which requires new approaches to securing city infrastructure to prevent despicable or unwelcome actors from acting maliciously on connected cities. Malevolent data hacking of smart devices could create small-scale annoyances, such as denial of service in a parking meter to not accept payment or a bus arriving late, or even pose more serious risks. Imagine hacking and wreaking havoc on a traffic light system or a water filtration system? Smart city infrastructure also accept dollars that can help cash-strapped cities through their struggle to find the funding for smart city IoT projects. At the same time, there is substantial cost savings – to the tune of $2.3 trillion in efficiencies created and revenue generated worldwide by 2024.
Smart cities and IoT devices | IoT devices taking the pressure off growing cities
Smart infrastructure and IoT devices are improving traffic congestion, street lighting, public safety, water sanitation and more—and some of the risks in connected infrastructure.
IoT devices taking the pressure off growing cities
Connected devices are helping with laying the foundation for smart city infrastructure to combat the strains of city growth: from health and safety to environmental concerns, transportation and delivery of city services.
IoT For Water Conservation In smart cities
As the digital transformation becomes the backbone of city infrastructure, IoT devices are enabling cities to build these new public infrastructures as well as to become more efficient with water usage and a multitude of other city functions, including smart lighting, public safety initiatives, and beyond….
Limited Funding Slowing Progress
Although many cities are still working on plans for smart city infrastructure, the major obstacle in moving more quickly is limited funding.
IoT and Security In The Enterprise
Here’s how companies are bringing the Internet of Things to the enterprise for cost efficiency, product development and more. But even as IoT makes its way into the enterprise, security concerns are key.
Granted there is ample skepticism about whether IoT technologies are ready for the enterprise, here’s how they’re being used today. IoT sensors are now part of product development in a variety of industries, but standardization and quality control need to speed up.
Although the Internet of Things is already improving how we live and work, device security is constraining the technology.
IoT is about the enterprise, not just smart homes
While IoT devices have gained traction in the smart home sector to control temperature, provide video security surveillance and create a more optimized and secure home environment, their real impact is likely to be seen in the enterprise as a result of the data insights that can be derived.