IEEE PIMRC 2026
1-4 September 2026 / Singapore
Exploring trustworthy, AI-native, and resilient security architectures for next-generation V2X and autonomous mobility systems
As intelligent transportation systems evolve toward 6G-enabled connectivity, software-defined vehicles (SDV), and AI-native networks, securing Vehicle-to-Everything (V2X) and autonomous mobility ecosystems has become significantly more complex. Modern mobility infrastructures integrate ultra-low-latency communication, edge intelligence, federated learning, over-the-air (OTA) software updates, and safety-critical cyber-physical interactions.
Traditional lightweight or layer-specific security approaches are no longer sufficient to address the emerging threat landscape. This workshop aims to explore trustworthy, AI-native, and resilient security architectures for next-generation V2X and autonomous mobility systems. It seeks innovative cross-layers, zero-trust, and compliance-aware security solutions that integrate artificial intelligence, post-quantum cryptography, hardware roots of trust, digital twin-based validation, and safety-security convergence principles.
The workshop aims to bridge communication theory, cybersecurity, AI, embedded systems, and regulatory frameworks to provide a forward-looking forum for advancing secure 6G-enabled mobility infrastructures.
The detailed workshop program will appear soon.
For more information about the IEEE PIMRC 2026 conference, please visit:
IEEE PIMRC 2026 WebsitePaper Submission Deadline
5 June 2026
Paper Acceptance Notification
8 July 2026
Camera-ready Papers
1 August 2026
AI-native security architectures for V2X and autonomous systems
Adversarial robustness and secure ML in vehicular environments
Zero-Trust architectures and continuous authentication for mobility ecosystems
Hybrid classical–post-quantum cryptography (PQC) for automotive PKI transition
Secure OTA update mechanisms and SDV protection
Digital twin-based cyber-physical attack modeling and resilience evaluation
ISAC and RIS security for V2X and autonomous systems
Federated learning robustness and privacy-preserving data sharing in IoV
Blockchain-enabled decentralized trust and secure vehicular coordination
Hardware roots of trust, PUFs, and embedded security for automotive platforms
Secure edge computing and AI-enabled vehicular architectures
Cross-layer optimization of security, latency, and reliability in 6G mobility
Experimental testbeds and large-scale validation platforms for V2X security
Privacy-preserving authentication mechanisms for connected vehicles
AI-driven intrusion detection and prevention systems for V2X networks
AI models for proactive identification and mitigation of V2X security threats
Secure integration of edge computing and fog architectures in V2X networks
OWC, Millimeter-wave, and Terahertz-based security mechanisms for V2X.
Next-generation adaptive PHY security for 6G-enabled V2X networks.
Istanbul Medipol University, Istanbul, Turkey
Singapore University of Technology and Design, Singapore
NTNU, Norway
Khalifa University, UAE
University of Cambridge, UK
TII, UAE
SnT, University of Luxembourg
University of Cambridge, UK
Vestel, Türkiye
Authors are invited to submit original, unpublished papers of up to 6 pages (plus up to 2 additional pages with overlength charges in the final submissions), following IEEE PIMRC formatting guidelines.
Accepted papers will be presented at the workshop and published in IEEE Xplore, subject to PIMRC policies.