Broaden Your Technical Knowledge Base
Covering the most pressing topics in today’s cybersecurity landscape
Amplify your technical expertise at escar USA, where you’ll benefit from the dissemination of state-of-the-art approaches to cybersecurity and a tactical information exchange addressing the mobility industry’s most critical issues. From modern in-vehicle cybersecurity threats to electronic theft protection, and from new digital business models to security standardization and economics. All the latest topics will be addressed by vetted subject-matter experts and industry leaders.
Through a mixture of invited and open solicitation talks and discussions, escar USA presents a comprehensive schedule of sessions on:
- Cybersecurity-related engineering, formal methods, software assurance, development & validation, and security standardization
- Cybersecurity of sensors and cyber-physical systems
- Design of resilient vehicle architectures and applications
- Privacy and data protection issues in vehicular settings
- Vehicular hardware security and hardware security modules
- Security of vehicular communications (onboard, passenger, and V2X)
- Security of vehicle application platforms
- Vehicle cyber intrusion detection systems, forensics, and incident response
- Security of legally mandated applications (e.g., event data recorder, tachograph)
- Security of automotive cloud-based infrastructure
- Security economics
- Security of road pricing, restricted areas access and vehicle monitoring
- Security of vehicle theft prevention and theft response solutions
- Security of vehicular rights control and audit (e.g., feature activation)
- Security of emergent technologies (e.g., automated driving, electric vehicles)
- Cybersecurity of commercial vehicles and medium-and heavy-duty trucks
- Security of other transport systems (e.g., rail, aerospace)
- Vehicle-related information sharing and vulnerability coordination
- Automotive reverse engineering and penetration testing
- Security of vehicle-driven business, maintenance, and service models