Smart Buildings, people-centricity, and a data-driven approach lie at the heart of designing intelligent buildings focused on occupants’ wellbeing.
Environmental data and space-usage information have a tangible impact on comfort, health, and productivity. At the same time, however, data alone is not enough if the necessary tools to interpret it and translate it into practical action are missing.
In this article, we explore the need for precise and efficient monitoring in order to make buildings increasingly intelligent and genuinely centred on people.
What is a Smart Building: definition and meaning
By “Smart Building” we conventionally mean an intelligent building capable of integrating advanced technologies, sensors, and automation systems to manage and enhance energy efficiency, occupant comfort, and safety.
Such buildings are designed to ensure the connectivity of environmental monitoring systems. The integration of digital solutions makes it possible to optimise resource management, improve energy efficiency, and offer users personalised experiences.
Digitalisation also simplifies and speeds up administrative processes within buildings; this does not, however, make them unfriendly environments for people. The design of smart buildings follows the principles of so-called people-centricity: spaces conceived to adapt to human needs and habits, not the other way around. In this way, people’s well-being can be supported in a practical, measurable manner while respecting their needs.
Furthermore, building automation follows a data-driven approach: analysing data enables both organisations and individuals to make strategic and operational decisions based on evidence rather than on intuition, assumptions, or impressions.
The spread of IoT and artificial intelligence is accelerating this transformation, opening up new opportunities for developers, facility managers, and operators.
The pillars of Smart Building & People
Smart buildings are built upon technological and conceptual pillars capable of transforming a static structure into an interconnected, efficient, and sustainable organism. Through the integration of IoT, automation, and data analytics, it is possible to optimise both the building’s performance and the comfort of its occupants.
Indoor Air Quality (IAQ)
The set of physical, chemical, and biological characteristics of the air within an enclosed environment is what we define as Indoor Air Quality (IAQ).
Monitoring indoor air quality is a fundamental priority for our health: indoor pollution poses a serious risk to occupants’ wellbeing and overall quality of life.
Beyond its health effects, poor air quality also directly affects cognitive ability and productivity: elevated carbon dioxide levels reduce concentration and mental performance, negatively influencing work performance and general well-being.
Smart buildings are equipped with sensors that enable real-time monitoring of this important environmental factor. Aircare devices detect data relating to the main indoor air quality parameters — such as PM2.5, CO₂, VOCs, temperature, and humidity — providing information that is accessible and easily integrated into management systems.
Through continuous monitoring, it becomes possible to take operational decisions regarding:
- potential anomalies or critical situations;
- optimisation of HVAC system operation;
- reduction of waste and energy consumption;
- integration of data into ESG reporting and sustainability reports.
Energy efficiency
Monitoring tools for environmental conditions installed in smart buildings make it possible to maintain high standards of energy efficiency.
This solution is also the most advantageous in terms of the financial management of both buildings and businesses.
By integrating technological devices and sensors, smart buildings optimise energy efficiency through the automated management of HVAC systems, lighting, and openings, thereby reducing consumption.
Occupancy
By occupancy, we mean the level of use of an indoor space.
This parameter, too, is one of the key features of smart buildings and people-centric design: devices equipped with sensors and monitoring systems detect in real time the number of people present in a specific area and analyse how those spaces are actually used.
Occupancy provides an indication of the real utilisation of environments and can also supply useful data for estimating the energy efficiency of spaces according to footfall.
This analysis can be carried out in any indoor environment, but it is particularly essential in workplaces such as offices.
To obtain precise indoor occupancy data, it is necessary to rely on IoT tools equipped with integrated sensors, such as Aircare solutions, which, through their built-in dashboard, allow you to:
- identify overcrowded or underused areas;
- monitor peaks in attendance during the day or week;
- cross-reference occupancy data with air quality data to obtain a complete picture of comfort and well-being in the workplace.
Outdoor Air Quality
Outdoor Air Quality refers to the level of pollution or cleanliness of the air in an open environment, measured through the concentration of pollutants such as fine particulate matter (PM2.5 and PM10), ozone (O₃), and nitrogen dioxide (NO₂).
Outdoor air quality is a key factor in understanding and effectively managing indoor wellbeing and the overall operation of smart buildings. Buildings are not closed systems: outdoor air directly influences ventilation processes, filtration strategies, and the performance of HVAC systems.
Monitoring outdoor air makes it possible to contextualise indoor data and take targeted, effective actions, such as optimising air exchange rates and adjusting system operation.
People & Smart Building: Aircare
Aircare represents a benchmark in the smart and sustainable management of buildings.
We develop IoT solutions that monitor both indoor and outdoor air quality, improve energy efficiency, and optimise the use of space. Our People & Smart Building service combines next-generation sensors, a data platform, and specialist consultancy: it collects data that feeds into a fully managed, ready-to-use dashboard, turning gathered information into clear, actionable insights.
Through a wide range of on-site instrumentation — including meters for measuring energy, water, gas, and heat, controllers, and integrated IoT devices — Aircare is able to turn data into concrete actions for consumption optimisation.