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Imagine an office building on a Monday morning. Occupancy rises rapidly, meeting rooms fill up and, without anyone noticing, CO₂ levels begin to rise.
In a traditional setting, this information would go unnoticed or come too late. But in a connected building, the systems react automatically: ventilation is adjusted, climate control is optimised and comfort is maintained without manual intervention.
This is the kind of scenario made possible by the integration between inBiot and Akenza, where air quality ceases to be merely a piece of data and becomes an active part of building management.
The combination of inBiot’s air quality monitors with Akenza’s IoT platform creates an interoperable ecosystem, in which IAQ data is integrated with other building data sources.
On the one hand, inBiot provides high-precision sensors capable of monitoring key parameters such as CO₂, particulate matter, volatile organic compounds, temperature and humidity, amongst others. Furthermore, its devices offer multiple connectivity options such as Wi-Fi, NB-IoT, LTE-M, LoRaWAN and Sigfox, facilitating their deployment in any type of project.
On the other hand, Akenza enables the connection and management of different devices within a single environment, simplifying the control and analysis of large volumes of data.
The result is a flexible, intuitive solution that is ready to scale, from pilot projects to comprehensive portfolios.
One of the main benefits of this integration is the ability to centralise all data on a single platform.
Indoor air quality data can be easily integrated with other systems such as BMS, HVAC or existing IoT solutions, enabling data consolidation, ensuring its reliability and facilitating analysis.
This unified view helps to understand the building as a connected system, where each variable provides context and value.
Beyond monitoring, the real difference lies in the ability to turn information into automated actions.
Thanks to Akenza, the data collected by inBiot devices can trigger rules and workflows that have a direct impact on operations.
For example, it is possible to adjust ventilation when CO₂ levels rise, adapt climate control according to occupancy, generate alerts in the event of anomalies, automatically create maintenance tickets, or send information to corporate systems such as ERP or Business Intelligence tools.
In this way, air quality ceases to be merely an indicator and becomes an operational tool.
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The combination of inBiot and Akenza is particularly well suited to smart building projects. Whilst inBiot provides key data on well-being, energy efficiency and certifications such as WELL or RESET, Akenza enables this data to be integrated with other building systems: energy, occupancy, cleaning, climate control and maintenance.
The result is a comprehensive overview in which all devices operate on a single platform and generate shared intelligence.
Another key aspect is ease of deployment. inBiot’s devices are designed for simple installation and low maintenance, whilst Akenza enables integrations using low-code or no-code tools, reducing implementation times.
This makes it easier to start with pilot projects and scale up to larger-scale projects without the need for complex development.
Both inBiot and Akenza prioritise security and reliability. Encrypted communications, the use of secure IoT protocols and a cloud infrastructure designed for enterprise environments ensure that data remains accessible, secure and consistent.
The integration between inBiot and Akenza goes beyond simply connecting sensors to an IoT platform. It is a solution that combines accurate measurement, connectivity, centralisation, automation and scalability.
In short, it enables buildings to be transformed into healthier, more efficient and future-proof environments, where data is not only monitored but also has a real impact on operations and the user experience.
