Data plays a fundamental and key role in the context of smart cities and the Internet of Things (IoT). These technologies are designed to collect and use data efficiently and effectively in order to improve the quality of life for citizens and optimize the management of urban resources.

From the perspective of smart cities, data is essential for making informed and evidence-based decisions. By collecting real-time data through sensors distributed in different parts of the city, a comprehensive and detailed understanding of what is happening in the urban environment is obtained. This data can cover various aspects such as air quality, traffic, energy consumption, waste management, water usage, among others.

Wizzie provides significant added value for smart cities and IoT as a purpose-built cloud observability platform for intelligent networks and spaces.

As a network observability platform, Wizzie features a powerful big data architecture for real-time data acquisition from networks of major network infrastructure manufacturers through its collection of native “Plug&Play” connectors, providing complete and immediate visibility into the state of the network infrastructure and communications.

As a platform for observing intelligent spaces, Wizzie leverages its native connectivity to wireless networks in the spaces being analyzed. By using presence data provided by the network infrastructure and, when necessary, employing sophisticated trilateration algorithms, Wizzie can physically locate each WiFi device present in the space.

A set of additional connectors allows for expanding coverage by adding IoT sensors such as smart cameras, thermometers, environmental sensors, integrations with SCADA infrastructure, and many more, potentially incorporating any infrastructure into the platform.

By analyzing and interpreting this data, cities can identify patterns, trends, and emerging issues. This enables the implementation of more efficient solutions and proactive measures to address urban challenges. For example, if traffic congestion is detected in a specific area, authorities can adjust traffic lights or redirect the flow of vehicles to improve circulation.

Regarding the IoT, connected devices generate large amounts of data that can be used to optimize various aspects of daily life in cities. For instance, smart measurement sensors can collect information about energy consumption in homes, allowing citizens to better understand and manage their consumption, reducing waste. Similarly, smart waste containers can provide information when they are full, facilitating more efficient garbage collection and preventing overflow.

Furthermore, the analysis of data collected through IoT devices can help identify citizens’ behavior patterns, enabling the provision of more personalized services tailored to individual needs. For example, public transportation schedules and frequencies can be adjusted based on the real demand of users, improving system efficiency and reducing waiting times.

At Wizzie, we understand that informed and real-time data is crucial in the context of smart cities and IoT, as it provides the necessary information for evidence-based decision-making, resource management optimization, and the delivery of more efficient and personalized services. By harnessing data to its fullest potential, cities can improve the quality of life for their citizens and progress towards a more sustainable and technologically advanced future.