Authors :
Dr.K.Venugopal Rao; P. Akhila; G. Madhu; P. Navya; M. Manoj
Volume/Issue :
Volume 8 - 2023, Issue 12 - December
Google Scholar :
https://tinyurl.com/4cebcrh7
Scribd :
https://tinyurl.com/yvbks88a
DOI :
https://doi.org/10.5281/zenodo.10403903
Abstract :
In recent times property theft has become a
major concern. Vechile theft is at the top of the list and
happens frequently everywhere in the world. several
technologies are developing in response to this problem,
and new approaches are being created to find a solution.
Since burglars are now aware of the techniques used in
vehicle theft detection, they attempt to compromise the
system in order to take the vehicle. This paper proposes
to enhance vehicle safety by integrating alcohol
detection, obstacle avoidance, and theft detection
systems. The alcohol detection system ensures
responsible driving by monitoring the driver's alcohol
level, while the obstacle avoidance mechanism uses
sensors to detect obstacles and navigate the vehicle
accordingly. Additionally, a theft detection system
employs sensors to identify unauthorized access. Upon
detection of alcohol influence or potential theft, the
system triggers an automatic engine shutdown and
activates a buzzer for alerting authorities, promoting
safer driving practices and enhancing vehicle security.
Keywords :
Vehicle Theft, GSM, Arduino, Sensors.
In recent times property theft has become a
major concern. Vechile theft is at the top of the list and
happens frequently everywhere in the world. several
technologies are developing in response to this problem,
and new approaches are being created to find a solution.
Since burglars are now aware of the techniques used in
vehicle theft detection, they attempt to compromise the
system in order to take the vehicle. This paper proposes
to enhance vehicle safety by integrating alcohol
detection, obstacle avoidance, and theft detection
systems. The alcohol detection system ensures
responsible driving by monitoring the driver's alcohol
level, while the obstacle avoidance mechanism uses
sensors to detect obstacles and navigate the vehicle
accordingly. Additionally, a theft detection system
employs sensors to identify unauthorized access. Upon
detection of alcohol influence or potential theft, the
system triggers an automatic engine shutdown and
activates a buzzer for alerting authorities, promoting
safer driving practices and enhancing vehicle security.
Keywords :
Vehicle Theft, GSM, Arduino, Sensors.
