
Explore multi-architecture container development for Arm using Docker Desktop. Learn tools and processes for cloud, edge, and IoT environments through demos and examples.

Explore the transformative impact of IoT on global markets, smart products, and business models. Industry leaders discuss challenges, trust, cybersecurity, and the future of interconnected technologies.

Innovative approach to teaching IoT to non-CS students using Raspberry Pi and 3D printed models, focusing on practical applications in power engineering and architecture.

Explore IoT's interdependence with networks, covering content delivery, mobility, corporate systems, and AWS Greengrass. Gain insights on networking and security in the IoT landscape.

Explore environmental sensor networks, data collection methods, and IoT applications in challenging environments. Insights on long-term data gathering and system design for Earth sciences.

Exploring the challenges of digital delegation and proxy activities in security, highlighting the need for improved IAM models to address real-world representation scenarios.

Explore open-source tools and inexpensive hardware like Raspberry Pi to monitor, protect, and mitigate threats in IoT environments, addressing security challenges of outdated devices.

Explore reverse engineering of Logitech's Harmony smart home hub, uncovering vulnerabilities and discussing their implications for device security and potential exploitation.

Explore Mercedes-Benz car security research, from hardware analysis to gaining control. Learn about attack surfaces, reverse engineering, and cloud control in modern connected vehicles.

Keynote explores rising security challenges, sophisticated threats, and future risks in the digital economy, emphasizing the need for unified security to protect data and infrastructure.

Learn to set up a comprehensive home lab with Raspberry Pi, hypervisors, Linux, NAS, and security tools. Explore projects and avoid common pitfalls in this practical guide.

Explore cyber-resilience strategies in an uncertain world, integrating human expertise with machine learning for effective security orchestration and incident response.

Explore the impact of hacking everyday devices, from cars to medical implants. Learn how friendly hackers can improve product safety and navigate the challenges of our interconnected world.

Explore the critical balance between macro perspectives and micro details in cybersecurity, emphasizing the significant impact of small oversights on global security and business outcomes.

Explore cutting-edge cyber threats, their mechanisms, and defense strategies. Learn about PowerShell attacks, Android vulnerabilities, and industrial control system risks from leading security experts.

Explore wireless security vulnerabilities in IoT devices, analyzing major RF attacks and demonstrating how Software Defined Radio impacts both offensive and defensive strategies.

Explore Mercedes-Benz's approach to cybersecurity for connected cars, including fleet defense strategies and research by 360 Group on vehicle vulnerabilities and attack surfaces.

Explore defensive network security using Raspberry Pi, covering monitoring, log analysis, threat intelligence, and automation for a cost-effective home or small business solution.

Explore top 10 security vulnerabilities in Internet of Things devices, covering privacy concerns, industrial systems, and medical applications. Learn about real-world exploits and potential solutions.

Learn to create a portable training platform using Raspberry Pi for cybersecurity education. Explore setup, challenges, and future capabilities in this practical demonstration.

Explore component-oriented modeling of physical systems using Modelica, a language for simulating complex devices in various industries. Learn about compilation processes and algorithms.