DC256 Meetup: Delivering RF-Triggered Cyber Effects

As platforms become increasingly networked and reliant on embedded systems, adversaries are exploring new methods to deliver cyber effects—without ever touching the internet. This session explores the evolving threat of Cyber-Electromagnetic Convergence (CEWC), where RF signals are used to deliver or trigger malicious code, disrupt bus protocols, or manipulate system behavior. With real-world use cases targeting embedded systems, attendees will learn how SDRs, AI-driven waveform fuzzing, and data bus injection techniques (e.g., CAN, MIL-STD-1553) can emulate insider, near-sider, and outsider threat models. The talk will also examine key performance parameters and current technology gaps, offering a roadmap for integrating CEWC realism into testing campaigns.

Talk Title: Silent Intrusion – Delivering RF-Triggered Cyber Effects

🔍 Topics Covered:
• Cyber-Electromagnetic Convergence (CEWC)
• AI-driven SDR waveform fuzzing
• Data bus injection: CAN & MIL-STD-1553
• Insider vs outsider threat modeling
• Real-world case studies
• Technology gaps in CEWC testing

This is a must-attend session for those in embedded systems, RF, cybersecurity testing, or red / blue teaming.
Note: This event is hosted by DC256 and is not a NAC-ISSA sponsored event.

For event details and to register:

https://www.linkedin.com/events/dc256meetup-deliveringrf-trigge7335487754035769344/about