The smartest cities in the world, in terms of sensors applied to infrastructures are: Singapore, New York, Barcelona, Oslo, London and San Francisco
The smartest cities in the world, in terms of technological sensors applied to infrastructure systems are: Singapore, New York, Barcelona, Oslo, London and San Francisco, according to the Unacast Proximity.Directory report (which previously was called Proxbook).
The new report that analyzes the smartest cities for the fourth quarter of 2016 focuses on cities that used Proximity Sensors, which translates into sensors that can identify empty seats in car parks or traffic flows, for example. In order to be able to collect a significant number of data, 371 proximity solution providers were involved in 50 countries, and it emerged that the world has more and more sensors: 13,074,000 on the date of the report release.
The sensors are divided between 8,039,500 Beacons (61%), 2,113,000 NFC sensors (16%) and 2,092,500 Wi-Fi 22% points. Numbers in 11% increase compared to the data of the previous quarter, thanks above all to Wi-Fi points. Between 2014 and 2016, the market for smart city technologies has reached i 3.3 million dollars, rising from 8.8 to 12.1 billion. An estimated 66% of the world's population will live in urban areas by 2050. Today, 82.3% of the population in the United States lives in urban areas.
The report shows that smart sensors for the urban market are growing annually according to what they say Thomas Walle, CEO and co-founder of Unacast We are still in the early stages of smart city developments, but 2017 is a promising year in terms of major projects that will be announced. The cities of the world are becoming increasingly congested due to the continuous urbanization. Governments must prepare with smart initiatives for cities. These initiatives can benefit thanks to the use of proximity technologies, able to overcome the challenge of the continuously growing population, and in order to guarantee public safety, optimizing the flow of traffic, creating better tourism experiences and new opportunities for monetization of data ".
According to the report on the world's smartest cities, Singapore has employed a massive number of sensors and video cameras for the city, so as to analyze traffic congestion and the density of people, finally allowing the government to reorganize the routes of public transport, especially at peak times.
Barcelona has installed LEDs for street lighting in order to reduce energy consumption and used a network of sensors to regulate irrigation based on weather forecasts, avoiding waste (a measure that saves $ 555,000 per year).
New York has begun implementing high-speed broadband services for the entire city, which will be completed by 2025. Within this area it will be possible to monitor data on air quality, traffic and energy consumption.
London uses this technology to reduce traffic congestion and to make parking easier. Government officials have allowed startups to take advantage of this data for the construction of their products. San Francisco has implemented an intelligent parking system to monitor occupied seats, and also uses this data for a dynamic parking system that regulates the cost of parking at depending on the points occupied or not.
But the report also made an assessment of the best companies that offer the Proximity Solution Provider index (PSPi), an index on these sensors that is based on the following criteria: if the company is in the commercial or pilot phase, the number of use cases, the geographical presence, the number of customers, the sensors distributed, the number of employees.
The 10 best platforms:
1) Swirl2) Tamoco3) Proxama4) XtremePush5) Gimbal6) Spark Compass7) Place of Interest8) In The Pocket9) BluVision10) Smart Beacon
The 5 best Hardware:
1) Kontakt.io2) Estimote3) Cisco Meraki4) Cisco5) Accent SystemsAllowing blind people to use public transport, moving around the city independently and in areas such as metro stations becomes possible with the use of apps that use proximity sensors to monitor the position of a visually impaired user and provide audio directions and suggestions on where to go and on the obstacles to avoid. Also ensuring a better tourist experience, it offers visitors a mobile contextual experience during the stay. It could generate new revenue opportunities for hotels, restaurants, tour operators, parks, attractions and shops. Proximity sensors can also provide a richer and deeper understanding of visitor behavior during their journey. This information is useful to be used to better distribute tourist circuits within cities. For example, in Spain the Benidorm application pioneered the implementation of an infrastructure which, together with MOCA, offers an improved tourist experience, managing and collecting information on behaviors of tourists and times spent in each location. The smartest cities in the world.