Abstract
Abstract: Automobile exhaust gases are one of the most significant sources of carbon dioxide. Carbon monoxide from the exhaust system can seep into the vehicle through holes. Carbon dioxide poisoning can be lethal if inhaled at a specific dosage and for a long time. To ensure that the level of carbon dioxide in the vehicle is safe, the air quality must be monitored. Our goal is to create a project that focuses on vehicle carbon monoxide monitoring, alerting, and control. The carbon monoxide level in the vehicle is detected by the system. The collected sensor data will be stored in a database. The technology allows the user to keep track of carbon dioxide levels and vehicle battery discharge. The user can also be notified when carbon dioxide levels are dangerously high. When the battery level drops due to infrequent use of the vehicle, the system can provide effective notification about the battery discharge levels. The device is affordable and simple to install in the vehicle. Keywords: Monitoring, Emission, Carbon, Battery, IOT, EV, Hybrid vehicle
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