
Explore vulnerabilities in PLCs, focusing on discovery methods and how combining minor flaws can lead to device takeover. Learn about SNMP exploitation, memory manipulation, and firmware modification.

Dissecting SAP Diag protocol to uncover vulnerabilities, explore attack vectors, and enhance security in SAP Netweaver systems through novel tools and techniques for protocol analysis and exploitation.

Exploration of verifiable health solutions for pandemic response, addressing public safety and privacy concerns through attestation, test results, and vaccination history tracking.

Practical guide to implementing automated fuzz testing in CI pipelines for embedded software, using Zephyr RTOS as an example. Learn strategies, execution, and vulnerability detection.

Explore NetflOSINT: Leveraging overlooked Netflow data for efficient network forensics. Learn extraction techniques, analysis methods, and tools to enhance threat hunting and intelligence gathering.

Explore hardware hacking of a Bluetooth smartlock, from circuit board analysis to exploit development, covering electronics basics, reverse engineering, and mobile app vulnerabilities.

Explore IoT security vulnerabilities and research methodologies with insights on ecosystem structures, live demonstrations, and manufacturer collaborations for mitigation strategies.

Explore Control/User Plane Separation (CUPS) and PFCP in mobile networks. Learn key concepts, architectures, and protocols for efficient network management and traffic handling.

Explore SCADA security challenges, attacks, and mitigation strategies. Learn about system components, protocols, and real-world implementations. Gain insights into effective security measures for critical infrastructure.

Explore the creation of a custom rsync implementation in Go, delving into rsync's inner workings, performance improvements, and integration with home networking projects.

Innovative approaches to botnet construction using network protocols and technologies, exploring SNMP, DNS, HTTP, and other methods for communication and control.

Explore security vulnerabilities in DVB-C networks, including middleware server attacks, protocol bugs, and MPEG stream fuzzing. Learn to hijack TV streams and manipulate cable broadcasting systems.

Learn to build secure multi-cloud applications with modern techniques. Explore industry trends, development phases, and essential components like TLS, DNS, user management, and data encryption for robust cloud security.

Explore DNS attack techniques used by notorious hacking groups, examining their tools and patterns to improve detection and defense strategies against evolving cyber threats.

Explore 5G's role in innovation, its evolution through open source technologies, and its impact on various industries. Insights from Ericsson and Verizon on network development and future use cases.

Explore deterministic frameworks for network design, addressing deadlines and delays. Learn about offline and online approaches, facility location, and analysis techniques.

Explore strategies for building successful virtual communities, fostering engagement, and leveraging technology to connect people globally in this insightful discussion on the future of events.

Explore network transformation for 5G and edge clouds, discussing challenges, cloud-native solutions, and industry progress towards flexible, scalable infrastructure to handle massive data from connected devices.

Exploring 5G's transformative potential through open source projects like ONAP, Acumos, ORAN, and Akraino, highlighting their role in accelerating AI, SDN, Edge Cloud, and Disaggregated RAN development for consumer and enterprise applications.

Explore Bluetooth Low Energy Controller implementation in Zephyr OS, covering scheduling, radio events, states, roles, and data flow. Learn about multi-vendor design and new architecture for improved performance.

Discover productivity-boosting mobile tools and services to enhance efficiency and reduce costs. David Pogue shares innovative ways to leverage your smartphone for improved daily life and work.