As world urbanization continues to grow – the total population expected to double by 2050, major cities have become a magnet for talent and a driver of economic growth. While this opens up significant opportunities, it also creates many challenges to be addressed including unemployment and crime demand solution, the need for energy efficiency is becoming urgent, increasing population puts higher pressure on the urban infrastructure and public authorities need to do more with less permanently. As a consequence, urban areas transform into smart cities.
The mission of a smart city is to integrate information and communication technologies (ICT) into the urban infrastructures to be able to improve the efficiency of key fields such as government services, transport, traffic management, energy, health care, water and waste in order to create a safer, more sustainable and better connected city.
DIGITALIZATION MAKES CITIES SMARTER
The availability of new technologies, social innovations and open networks for digital connectivity are the foundational infrastructure of smart cities. Networks for digital connectivity are required in three different forms:
- Fixed broadband networks, facilitating gigabit connections
- Mobile broadband networks, 4G and 5G networks providing ubiquitous internet access to people using mobile devices
- Internet of Things networks, characterized by long range, low bandwidth and very low energy usage
The Internet of Things (IoT) refers to the massive use of advanced sensors and wireless communication in all kinds of physical objects. The wide scale use of sensor technology creates massive volumes of data providing a fine grained digital view on the physical world. This data can be used by a cloud-based platform that optimize the use of infrastructure, natural resources, and enhance communications between citizens, governments and local businesses.
In addition to networks, smart cities require massive use of sensors. The challenge for the city is to manage standards and protocols to establish a homogeneous well architecture environment. However, sensors alone are not sufficient. A city needs a mature software IoT platform to manage the sensors, deliver communications and receive and process data to generate value added services.
THE ROLE OF BEACONS AND GEOLOCATION TECHNOLOGY IN SMART CITIES
Beacons and geofences are the latest technology in proximity-based services. Beacons provide better information in indoor locations while geofencing is a better option for outdoor locations.
To make cities smarter, it is needed an infrastructure designed to create micro-located and personalized services. And this is where beacons play an important role. Cities could create a beacon network for all the urban facilities to collect and send data back to a centralized cloud-based platform.
Proximity data provides crucial insights on users’ interactions with mobile devices and the context of it, allowing everything from governments, local businesses and other stakeholders to better understand the citizen behaviour, which increases the chance of anticipating their needs, improving communications and increasing quality life.
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SMART CITIES USE CASES
Application of Smart Solutions will enable cities to use technology, information and data to improve infrastructure and services. Comprehensive development in this way will improve quality of life, create employment and enhance incomes for all, especially for poor and the disadvantaged people, transforming smart cities to inclusive cities. Let us understand this using some examples.
Bloomberg: The Edge, in Amsterdam, is not only the greenest office building in the world, but also the most connected one. It is a living lab for innovative applications of the Internet Of Things in office environments.
The building has a floor space of 40.000 m2, houses 2.500 people and is equipped with 30.000 sensors. The majority of these are integrated in a revolutionary new lighting system consisting of 6.000 luminaires. The LED lighting is connected via Ethernet cables only, providing both Power over Ethernet and IP network connection. Each luminaire has its unique IP-address and is equipped with sensors for infrared, ambient light, temperature and humidity. Smart apps can be used to define personal preferences for temperature and lighting. When the sensors detect a user, the lighting and cooling at that spot is automatically adjusted.
During the day the sensors detect the intensity with which each part of the building is used. At the end of the day, this data is visualized in a heat map used by the cleaning staff to focus on areas that have been used most.
Next to the thousands of sensors in the smart ceiling, sensors are used in all kind of objects, such as coffee machines and towel dispensers. The data that is generated by these objects is used by facility services to refill just in time. All smart solutions contribute to energy efficiency, security and convenience.
Smart Tourism & Leisure
Using the Visit Benidorm app and proximity marketing, visitors can receive context-aware mobile experiences during their stay by allowing them to bookmark attractions before their visit and receive alerts when they are in proximity of one. The city also generate new revenue opportunities for local businesses like hotels, restaurants, etc, by delivering personalized recommendations based on user behaviour and location.
In order to become a smart destination, the Foundation Visit Benidorm has incorporated a new network of beacons throughout the city. The beacons were placed in “strategic points” of the urban and natural environment of Benidorm, such as the Serra Gelada, the old town and the beaches. In this way, depending on the tourist location and profile (age, gender, visited places, country, language, etc), information about culture, nature, beaches, history, sports, events and leisure are displayed.
As many travelers arrive in cities without internet connection, the experiences are delivered offline using beacons as triggers. This way, tourists simply need to activate Bluetooth to be able to receive the information.
Columbus recently went on to become the first Beacon City Project in the U.S. by activating a beacon network of more than 1000 beacons around the city. In addition to its commercial, academic and non-profit applications, the beacon network offers a public safety feature, especially for users along the Chattahoochee Riverwalk. As a part of its Safe City program, a total of 37 beacons have been mounted along the Riverwalk to make it easy for city police to zero-down on the location of any user who happens to call 911 from the remote areas of Riverwalk. Users who have downloaded the app will receive the nearest beacon number which in turn allow them to report suspicious or non-emergency activity by dialing 911 from the app itself.
Are there any other interesting smart city project using beacon or geolocation technology that we missed out on? Let us know in the comments below.
If you are planning a proximity pilot, take a look at MOCA Platform, that includes everything you need to get started!