Abstract:
This paper conducts a comprehensive security analysis of the TurtleBot3, a widely utilized robot in education and
light-duty industrial applications, recognized for its cost-effectiveness and flexibility. Given its connectivity, the TurtleBot3 is
susceptible to cyber threats, a concern that this study addresses by identifying and exploiting its security vulnerabilities. Through an
extensive examination, the research uncovers that weak authentication protocols and insufficient access controls can be exploited by
attackers to gain unauthorized control over the robot. Such breaches enable malicious actors to alter the robot's operations, access
confidential information, and initiate further attacks within its network. The findings of this study underscore the critical need for
robust cybersecurity measures in robotics, highlighting the potential risks posed by these vulnerabilities. Moreover, the paper
proposes a set of countermeasures and protective strategies designed to fortify the TurtleBot3 against cyber threats. These
recommendations aim to enhance the robot's security framework, ensuring a safer use in various sectors. By addressing these
cybersecurity challenges, the research emphasizes the significance of integrating security considerations in the development and
deployment of robotic systems, offering valuable insights for developers, users, and policymakers involved in the field of robotics
and automation. This research not only illuminates the vulnerabilities within the TurtleBot3 system but also paves the way for
developing more secure and resilient robotic platforms in the future.
