Aligned with
This conference contributes to global sustainability by aligning its research discussions and academic sessions with key United Nations Sustainable Development Goals. It fosters knowledge exchange, innovation, and collaborative engagement.
This track explores the various methodologies employed in ethical hacking specifically tailored for robotic systems. Participants will discuss best practices for vulnerability assessment and penetration testing in the context of robotics.
Focusing on the importance of security audits, this track addresses the unique challenges posed by autonomous robotic systems. Researchers will present frameworks and tools for conducting comprehensive security assessments.
This session delves into the techniques and tools used for exploit development targeting vulnerabilities in robotic systems. Attendees will share insights on identifying and mitigating potential threats.
This track examines the role of social engineering in compromising robotic systems and their networks. Experts will discuss case studies and strategies to enhance security awareness among developers and users.
Participants in this track will explore red teaming as a proactive approach to identifying security weaknesses in robotic systems. Discussions will include methodologies, tools, and real-world applications.
This session focuses on the implementation of bug bounty programs aimed at enhancing the security of robotic systems. Presenters will discuss the benefits and challenges of engaging the security researcher community.
This track addresses the vulnerabilities associated with wireless networks used in robotic applications. Researchers will present findings on threat exploitation and mitigation strategies.
Focusing on the security of web interfaces used in robotic systems, this session covers methodologies for effective security testing. Participants will share insights on common vulnerabilities and remediation techniques.
This track investigates the impact of malware on robotic systems and the methodologies for analyzing such threats. Experts will discuss detection techniques and response strategies.
Participants will explore reverse engineering techniques as a means to uncover vulnerabilities in robotic software and hardware. This session will highlight tools and case studies relevant to the field.
This session emphasizes the importance of collaboration among security researchers in the field of robotics. Discussions will focus on building networks and sharing knowledge to enhance overall security.