
Explore new vulnerabilities in 5G networks, focusing on operator infrastructure and end-device security. Learn about MC Catcher capabilities, mobile network mapping, and potential risks for cellular and IoT devices.

Explore 5G telecom security challenges, improvements, and implementation issues. Learn about virtualization risks, DDOS threats, and industry initiatives like NESAS in this comprehensive overview.

Comprehensive analysis of 5G security risks using threat modeling. Explores new technology components, services, and mitigating controls in the 5G ecosystem, with a focus on the World Bank Group's approach.

Explore 5G security paradigms, best practices, and recommendations for CSPs. Learn about new approaches, AI utilization, integration, orchestration, and automation in 5G security.

Explore 5G protocol vulnerabilities and exploits, analyzing real traffic captures to uncover potential security issues in pre-authentication messages and discuss implications for mobile network security.

Unveils critical API vulnerabilities in 4G/5G networks, exposing risks for AI, MEC, and IoT applications. Explores attack vectors, security misconfigurations, and potential exploits in commercial providers' systems.

Investigates 5G security mechanisms against IMSI catchers, exploring vulnerabilities and protection techniques through practical experiments with commercial devices.

Explore vulnerabilities in mobile network protocols across generations and learn about cross-protocol attacks in 5G networks, presented by security expert Sergey Puzankov.

Explore 5G network security, baseband vulnerabilities, and remote code execution on smartphones through hands-on research, methodology, and live demonstrations.

Explore GitOps and Zero Touch Provisioning for scalable 5G vRAN Edge deployments, leveraging declarative frameworks and open-source projects to reduce OPEX and automate multi-site software deployment.

Explore Magma's role in revolutionizing telco and 5G through open-source solutions, enabling innovative products and empowering ecosystem players to build future networks resembling hyperscalers.

Explores vulnerabilities in 5G/4G protocols affecting network operators and consumer devices. Demonstrates new hijacking, bidding down, and battery draining attacks using low-cost tools. Discusses worldwide testing results and potential fixes.

Explore the critical need for a comprehensive cybersecurity framework in 5G networks, addressing emerging threats and vulnerabilities in this rapidly evolving technological landscape.

Explores innovative 5G RAN slicing technique for improved spectrum efficiency, fairness, and customization. Introduces RadioSaber, achieving superior throughput while supporting diverse enterprise scheduling policies.

Innovative solution for detecting and mitigating data plane attacks in 5G networks without infrastructure changes. Utilizes state-dependent model checking to verify data signaling correctness at the device level.

Explore techniques for intercepting 5G communications and exploiting vulnerabilities in encrypted messaging apps to compromise user privacy and data security.

Strategies for democratic nations to regain influence in cybersecurity standards development for emerging technologies, emphasizing industry involvement and rebuilding leadership in critical decision-making venues.

Explore the opportunities, challenges, and risks of digitalization, including IoT, AI/ML, quantum computing, robotics, and 5G. Gain insights on navigating the evolving landscape of global security and cybersecurity.

Explore vulnerabilities in 4G/5G networks, focusing on the ToRPEDO attack that exploits paging occasions to compromise user privacy and security.

Innovative system for IoT self-localization using ambient 5G signals, leveraging MEMS acoustic resonators to achieve high accuracy with low power consumption and without base station coordination.

Intel's collaboration with partners to advance 5G technology, showcasing real-world applications and demonstrations of this revolutionary wireless network's potential.