Information technology is the driving force behind most innovations in mobility, supporting connectivity, infotainment, software-defined vehicles (SDVs), and automation applications.
A crucial aspect of most vehicle electronic applications is cybersecurity. The escar conference series, held annually in Europe and the U.S., has established itself as the premier forum for information, discussion and exchange of ideas on all aspects of vehicle cybersecurity and privacy.
The escar USA 2026 program will once again include our traditional Industry Track of invited talks and selected submitted papers and presentations. We are excited to announce the addition of an Academic Track focused on academic vehicle cybersecurity research projects for the 2026 event! Our goal is to highlight research that vehicle manufacturers, suppliers, and policymakers can directly engage with — innovations that are implementable, scalable, and validated under realistic conditions. Selected Academic Track submissions will be featured in a dedicated session to encourage dialogue between academic researchers and practitioners.
On this page you will find all information about the Call for Papers of escar USA 2026.
Cybersecurity for autonomous vehicles
Cybersecurity of sensors and cyber-physical systems
Design of resilient vehicles architectures and applications
Privacy and data protection issues in vehicular settings
Vehicular hardware security and hardware security modules
Security of vehicular communications
Electric vehicle charging security
Legal aspects of automotive cybersecurity
Security economics and metrics
Cybersecurity process and regulations
Vehicle cyber intrusion detection systems, forensics, and incident response
Security of legally mandated applications (e.g., event data recorder, ELDs, tachograph)
Security of automotive cloud-based infrastructure
Security of vehicle theft prevention and theft response solutions
Vehicle-related fraud and data tampering (odometer, warranty fraud, etc.)
Security of vehicular rights control and audit (e.g., feature activation)
Security of vehicular position, navigation, and timing
Security aspects of self-driving vehicle sensing systems
Security implications of AI used in a vehicle context
Security of vehicle-driven business, maintenance, and service models
Cybersecurity-related engineering, formal methods, software assurance, development & validation, and security standardization
Tools to support development and security of vehicles and modules
Application Programming Interface (API) vulnerabilities
New standards and regulations (e.g.,ISO/SAE 21434 and UNECE WP.29 R155/R156)
Steering Committee
Program Committee