Track: WebRTC and Real-Time Applications |
| The Age of Deepfakes™ – A GRC Doctrine for Protecting Digital Ecosystems |
| In an age where synthetic threats and AI deception outpace traditional security models, “The Age of Deepfakes™” delivers a doctrine-level strategy for defending digital ecosystems. This presentation introduces two integrated cybersecurity frameworks: DeepSecure™ – An AI-powered SOC framework deployed on AWS using Elastic, Sentinel, and deception telemetry, aligned with HIPAA and real-time response systems. Cerberus Shield™ – A triple-layer AI warfare defense model engineered to neutralize synthetic threats through deception-aware enforcement and adversarial thinking. Victor Patterson Sr, ISACA 2025 Speaker and AI Cybersecurity Strategist, will guide attendees through a live and operational doctrine that has already been: ? Published on Zenodo (DOI): https://zenodo.org/records/15239139 ? Submitted to IEEE Access. This is not theory—it is a validated, timestamped, and deployed cybersecurity doctrine built to defend against: Deepfake deception AI-driven misinformation Healthcare and national infrastructure threats Compliance and regulatory failure in real-time systems Unlike static frameworks, this model is adversarially trained, deployed in production, and designed for immediate implementation—ready to defend emergency communications, WebRTC systems, and healthcare networks where milliseconds matter. This session is ideal for leaders in public safety, real-time communications, and emerging technology domains who need live operational frameworks—not slides—to confront next-gen AI-enabled cyberwarfare. |
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| Presentation Notes |
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Nakashima-Node-Pair-Selection-Strategies-for-Traffic-Engineering-Links-in-Link-Weight-Design-Based-on-Preventive-Start-Time-Optimization.pdf |
Real Time Communications Conference & Expo at Illinois Tech
IEEE International Conference
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