Connected devices are an essential part of smart city initiatives. To effectively manage multiple facets of Smart city initiatives like smart lighting, smart parking, traffic management, waste management, etc., requires a highly efficient Remote Device Management platform – that can allow managing the entire device lifecycle, right from device discovery & provisioning to decommissioning.
There is no denying that the urban population is growing rapidly every year. “Approximately 70 percent of the world’s population is expected to live in cities in 2050” according to Gartner.
The growing population also brings its own set of challenges, which need to be addressed by civic bodies. Development of smart cities help in improving the standard of living, with the help of connected technology. An IoT driven ecosystem can play an essential role in optimizing energy consumptions, and helps in remotely managing different infrastructure facilities with effectiveness. Especially today, when global warming is destroying our planet, such initiatives can support in optimizing its effect.
Smart cities that leverage connected technology across their operations yield many benefits. Here are some use-cases of connected solutions which are already finding some adoption in smart city initiatives:
An important aspect of smart cities is smart parking management. In metro cities, it’s become important to optimize traffic problems. We can get a clear picture of parking management with the help of sensors, analytics, and software which can track the availability of parking spaces, duration, and identity of each parked vehicle. This information is then transmitted to parking assistants and commuters. Sensors are also used for surveillance of parking lots to ensure that only authorized individuals are allowed into parking spaces.
Government is efficiently trying to manage entire parking assets automatically; a driver is no longer needed to worry about parking issues. By leveraging IoT and predictive analytics, smart parking initiatives are ultimately supporting the evolution of the smart city.
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Most of the cities are already installing new smart lighting technology or modifying existing devices with sensor technology. The combination of network communication, intelligent sensing, and sophisticated data analysis capabilities allowing municipal authorities to monitor and control the street lighting system. IoT based lighting technology fix the scalability challenges to manage a large number of streetlight facilities by collecting large amounts of data generated by street lights. This generated data helps in improving lighting infrastructure by maximize energy savings and reduce power cost, which assist in saving energy by regulating energy consumption.
Smart lights play a significant role in daylight harvesting and save energy by dimming out zone with no residence. E.g. only specific parking lots will be lightened, when car is entering toward that spot, while others will be switched off.
In metro cities population is drastically increasing giving rise to the number of vehicles and these lead to traffic congestions. Due to lack of proper traffic management, traffic congestions and accidents are increasing. The need is to address them with smart solution like connected video management software along with video analytics.
Video analytics mainly work on movement-based analytics and pattern generation and recognition which can effectively aid vehicle detection, vehicle classification, congestion detection, wrong-way vehicle detection, licence plate recognition.
IoT enabled smart city solutions helps in optimizing waste collection schedules, by tracking waste levels, as well as providing route optimization and operational analytics. By use of ultrasonic sensors, levels of trash can be monitored in trash bins. Measured data is then sent to the cloud for further processing and analysis. By utilizing this data, trash collection can be planned as well as truck routes can be optimized further.
To increase efficiency, improve the quality of facilities provided to residents, and managing millions of connected devices requires a platform that can power IoT applications. Managing all connected devices can be a problem for organizations.
A comprehensive Remote device management platform can help in efficiently managing devices, from device provisioning to device updates, cloud integration, and security.
In smart city initiatives, maximum devices are interconnected, and there is chance of failure of devices at any stage which leads to creating a threat in secure living. Device manufacturers and system developers must plan future events at the design stage. When you have thousands of devices at play, it is hard to rely on third parties to fix issues, so the best solution is remotely performing the task at scale.
Remote device management plays an important role to lower down threats by creating a secure environment, analysis of issues, fault detection, correction, and updates. Remote device management offers a complete package like control over devices, lifecycle management from enrollment to decommission of the device.
According to Markets&Markets, Internet of Things (IoT) Device Management market is expected to grow from USD 693.4 Million in 2017 to USD 2,559.6 Million by 2022, at a Compound Annual Growth Rate (CAGR) of 29.8%.
Let’s see how RDM enables managing a device remotely:
eInfochips has over a decade of experience in managing end-to-end development and deployment of the product life cycle. eInfochips also has a rich experience in connected devices expansion, helps to develop/deploy multiple use cases in different verticals.
eInfochips Remote device management platform enables customers to have end-to-end visibility to the solution and enhance application value by incorporating devices, delivering high service reliability, reducing operational costs, and hence maximising the device uptime.
eInfochips helped one of the telecom company for their smart city initiatives. We helped in building an IoT Remote Device Management platform to securely onboard, organize, monitor and manage next-generation, low power NB-IoT devices on 5G network. This platform enables administrators in achieving comprehensive, near real-time visibility into device status across network. The client can now control, configure and authenticate devices and deploy firmware over-the-air (OTA) upgrades.
