Author(s): Rikard Weimann, Triston Wilson, Anthony Eslava, Brian Dean Ullery, Nathan Galley
Mentor(s): Imtiaz Parvez
Institution UVU
The rise of electric vehicles, exemplified by Tesla, has introduced modern transportation solutions featuring the convenience and efficiency of keyless ignition systems. However, these innovative systems also present unique security challenges that warrant critical investigation. This study aims to explore the vulnerabilities within Tesla's keyless ignition technology and identify methods to protect against unauthorized access. The investigation will focus on a range of security protocols, including encryption techniques, signal-blocking technologies, and user authentication approaches. Each will be examined to uncover its effectiveness in safeguarding against misuse. The findings will provide invaluable insights to improve automotive security. The analysis will reveal the strengths and weaknesses of current measures, indicating areas requiring further protection. By addressing these concerns, the study will recommend possible solutions that can accommodate evolving threats facing the electric vehicle industry. The recommendations derived from this investigation will serve as a critical resource for manufacturers, policymakers, and security experts. These insights will enable the enhancement of electric vehicle system security and better protect users from potential exploitation.