Check Up is a company based in the province of Treviso, specializing in technological analysis and consulting for the design, industrialization, and implementation of innovative solutions that enhance production efficiency and data collection.

Check Up has developed an IoT platform to gather and visualize data from energy-autonomous devices communicating via the LoRa network. These sensors, powered by renewable energy sources or energy harvesting systems, transmit environmental data (such as air quality, temperature, and humidity) with minimal power consumption and extended operational autonomy.

The platform enables users to access both real-time data and historical trends through an intuitive, browser-accessible dashboard.

Users can view the geographic location of each device on an interactive map, offering an immediate overview of the entire installation.

An alert system sends automatic notifications when measured values exceed predefined thresholds, facilitating proactive management.

Access to the system is managed across four roles — administrators, system integrators, distributors, and end customers — each with specific permissions for configuration, data analysis, and visualization, ensuring secure and differentiated governance.

IoTique developed the backend architecture, APIs, and LoRa communication integration for ultra-low-power devices. The solution features interactive map visualization, customizable alerts, and a hierarchical, secure access control system, maintaining high performance even in large-scale, distributed deployments.

The end-to-end system allows sensors to collect environmental data, transmit it via low-power, long-range LoRa, with the server processing and presenting the data through flexible dashboards that display both real-time values and time series.

The result is a comprehensive and robust solution, ideal for scenarios where energy autonomy, continuous monitoring, and operational independence are critical.

The partnership between IoTique and Check Up showcases a tailored IoT platform that delivers energy efficiency, precise environmental monitoring, timely alerts, and secure, multi-user management with differentiated permissions.

Proxima Robotics, founded in December 2017 as a spin-off of the 'E.Piaggio' Research Center at the University of Pisa, is an innovative company specializing in the development of modular plug-and-play software for mobile robots (AGV/AMR). Thanks to its solutions for autonomous navigation, fleet management, and integration with production and logistics environments, Proxima offers interfaces that are intuitively usable even by those without technical expertise.

The challenge that led them to seek IoTique's collaboration concerned the protection of their proprietary software: needing to ensure it could not be copied or installed on unauthorized devices, it became necessary to implement a highly secure licensing system. The choice fell on IoTique, which designed and implemented a custom license manager capable of treating each robot as a true IoT device, monitoring its power on/off and access based on the validity of the license.

The solution developed by IoTique is based on a unique digital identity for each robot, built through a cryptographic fingerprint derived from specific hardware and software parameters—such as CPU ID, MAC addresses, serial numbers, and internal configurations. In this way, if the software is copied to another robot, the fingerprint does not match and the license is invalid: in other words, the system instantly detects any cloning attempt.

To further strengthen security, each request from the robot to the license server includes a temporal element and the response is generated dynamically in relation to that value. This means that a response stored from a previous session becomes unusable at a later time, making replay attacks ineffective. Authentication tied to the precise moment thus ensures secure sessions, impervious to attempts to reload legitimate responses.

Thanks to this architecture, Proxima Robotics' software is robustly protected from unauthorized use: licenses are bound to the individual device and system integrity is guaranteed even in cases of attempted cloning or replay. Furthermore, the solution is designed to be scalable, easily extendable to new robot models and different environments without requiring complex interventions.

Finally, all controls related to license management operate in the background, without affecting the usability or performance of the user experience offered by Proxima's software. The collaboration between IoTique and Proxima Robotics has thus produced an advanced technological solution, designed to protect company know-how while maintaining the highest levels of efficiency, flexibility, and simplicity.

In a world where indoor air quality has become an increasing concern, the ability to efficiently monitor and manage the environments in which we live and work is more crucial than ever. This is where innovation meets necessity, and the collaboration between Aersafe and IoTique for the creation of an advanced IoT platform is a shining example.

Aersafe, a cutting-edge company dedicated to creating healthier environments, specializes in the production of next-generation air purifiers. Their mission is to improve air quality in indoor spaces, ensuring well-being and health for individuals and businesses. With a deep understanding of their customers' needs, Aersafe is committed to providing effective and reliable solutions that meet the modern challenges of air quality.

To further enhance Aersafe's offering and provide their customers with unprecedented control, IoTique developed an advanced and customized IoT platform that allows for remote and intelligent management of air purifiers. This innovative solution allows users to remotely control Aersafe air purifiers with great ease. Through the platform, it is possible to schedule the switching on and off of devices based on the day of the week and time, offering remarkable flexibility and energy efficiency. Imagine being able to set your air purifier to activate automatically before you arrive at the office or home, always ensuring a healthy environment.

But the platform's functionality goes beyond simple remote control. One of the most revolutionary aspects is the ability to view the history of PM1, PM2.5, and PM10 measurements on intuitive charts that show the real impact of Aersafe purifiers on air quality. This fundamental feature allows users to see firsthand the improvement in air quality brought by Aersafe purifiers. Seeing data that shows a significant decrease in pollutant particles not only reinforces trust in the product's effectiveness but also offers greater awareness of the environment in which you live. This data-driven approach transforms the abstract concept of "clean air" into a measurable and tangible reality, making users active participants in maintaining their respiratory health.

The partnership between Aersafe and IoTique represents a significant step towards a future where indoor air quality management is intelligent, accessible, and data-driven, thanks to connected solutions that put people's well-being at the center. With IoTique's IoT platform, Aersafe air purifiers are no longer just standalone devices, but become an integral part of a connected ecosystem that works tirelessly for your well-being.