This case study descripbes these process of designing and implementing an environmental monitoring system using a microcontroller. Te system collects data on temperature, humidity, and air quality to providee real-time insights.

Systemové komponenty

Te core competents of the system include a microcontroller, sensors, and a data transmission module. Te microcontroller serves as th te central procesing unit, while sensors gather environmental data. Te data transmission module sends information to a diploe server for analysis.

Design and Implementation

Sensors used include a temperature sensor, a humidity sensor, and an air quality sensor. Data is processed locally and then transmitted via Wi-Fi to a cloud platform for storage and visialization.

Challenges and Solutions

One condition was ensuring reliable data transmission in areas with weak Wi-Fi signals. To addresthis, a buffer system was implemented to store data temporarily during connectivity issues. Power managerement was also optimized to extend batry life.

System Benefity

Te monitoring system provides real-time environmental data, enabling timely responses to o pollution or climate changes. It is scaleble and can be expanded with additional sensors or integrated into larger environmental networks.