What is a Smart City?
A smart city installs sensors which can share information with the public, businesses, city managers and other smart systems.
The city connects its sensors and services via the internet of things (IoT).
The different sensor systems store their information in a common data warehouse, making the knowledge available to those who need it.
Clever Solutions to Urban Problems. Count pedestrians, vehicles, bicycles and passengers on public transport.
Monitor air pollution. Identify and reduce traffic congestion.
Quantify the use of footpaths and cycleways. Let retail units discover vital analytics like sales conversion rate, average queuing time and the most popular area of the store.
Assess the impact of development initiatives and use the data to inform future decisions.
Privacy ConcernsCollecting all this data may raise concerns about people’s privacy. Our big data systems don’t identify any individuals.
Indeed, although we use video analytics technology the system sees people as “moving blobs”. There is no face-recognition nor do we access data from peoples’ mobile phones. We know how many people went where and when, but not who they were. Making Cities Better Places to LiveTo effectively serve people it helps if the city authorities know how many people are going where and when.
The flow of pedestrians affects the whole city environment. It is important to know not only the numbers of people but also how the numbers change over time.
An accurate people metering system provides feedback on changes in people’s behaviour within the city and allows the council to effectively manage the flow of people, vehicles and bicycles around the area. This is also known as smart mobility.
We are a UK-based technology manufacturing company. Our head office is in Manchester. Our Smart City devices use our own video analytics algorithm to detect pedestrians, bicycles and vehicles.
They include data logging hardware and Internet-of-Things connectivity.
The ISO9001 quality approved system is implemented around the city and sends real-time data to “Brokers”. The brokers process the data and make it available to all end users.
We’re currently involved in smart city projects in California, Australia, Canada and the UK. Counting PedestriansIn the high streets and city centres, the Smart Counter counts people.
It provides both real-time and historical data for big data analytics.
Business- People looking to open a new shop or restaurant could be given accurate figures for footfall past their proposed location to help them assess the potential for their new venture.
Counting Pedestrians in the high streets and city centres, the Smart Counter counts people. It provides both real-time and historical data for big data analytics.
Business-people looking to open a new shop or restaurant could be given accurate figures for footfall past their proposed location to help them assess the potential for their new venture.
The Smart Counters are attached to lampposts around the city. They can also be used inside public buildings and shopping centres
Counting Bicycles.- Counting bicycles help monitor and support the promotion of healthy travelling and gives a measure of how green or pollution-free areas are within the city centre.
Counting Vehicles – With smart counters cities can effectively manage the flow of traffic along the busiest routes across the city and monitor the days and times of the heaviest flow – Smart Traffic.
Knowing exactly how much traffic is on which streets at any time opens opportunities for cities to also give the information directly to the public. Having this sort of information lets people avoid the busiest areas and help reduce any problems on the roads.
The city could also let people know what the traffic was like the previous day, or this day last week, showing half-hourly traffic counts for example.
Combining the Counts and Scoring Effectiveness of Smart City Projects. The IoT big data helps quantify the use of footpaths and cycleways. It shows the use of roads, including commuter routes around schools and major routes through the city centre. This can help score the effectiveness of Smart City projects such as City Verve, which aims to build and deliver a smarter, more connected Manchester.
Creating a city that uses technology to meet the complex needs of its people. From a health perspective, the IoT Smart Counter provides Smart City data to monitor the effectiveness of sports activity, events and jogging routes within parks.
Counting on Public Transport – The Smart Counters are not just being used around the city streets. Buses, trains and trams can also benefit – Smart Transportation.
Automatic Passenger Counting (APC) on Buses Transport authorities will know the numbers of people arriving by bus at various points in the city, by the time of day. The data helps revenue protection – reconciling tickets bought with passenger numbers. It also enables effective fleet bus management with services around the city centre.
With real-time GPS location of buses, it gives a clear picture of what is going on.
Counting Passengers on Trains and Trams – Monitoring the numbers of people arriving on platforms provides vital information on the use of routes by time of day.
Monitoring Air Pollution – We’re currently also developing pollution monitoring IoT sensors for the Smart City. For example, Nitrogen Oxide sensors are in the pipeline.
The IoT Communications Technology and SpecificationsThe sensing technology works with several communications protocols, including Ethernet Wi-Fi, 3g / 4g, LoRa Wide Area Network (WAN) for IoT, SigFox, MQTT, IBM Watson IoT Platform
IoT-VT IP Camera System Specification Unit: Standalone 39/49 outdoor IP solution Size: 20 x 15 x 12 cm Weight: 7.5 kg Power Consumption: 250 mA, 230 Volts AC/DC
IoT-VT Analogue System Specification Unit: Standalone 39/49 outdoor analogue solution Size: 30 x 20 x 15 cm Weight: 4 kg Power consumption: 250 mA, 230 Volts AC/DC
The sensing units are mounted, for example, on lampposts around the city. They can also be used indoors.