heise-offer: iX-workshop: Using Keycloak for secure identity and access management

A German cybersecurity firm has announced a two-part webinar series focused on enhancing security within Kubernetes environments. The initiative, offered by heise security, aims to equip professionals with both foundational knowledge and advanced techniques for securing container orchestration platforms. The webinars will take place on September 15 and 22, with each session lasting approximately two hours and costing 195 euros individually. Participants who opt for the combined package can access both sessions for free as part of the heise security PRO membership. The first webinar, titled “Introduction to Kubernetes Security,” will provide attendees with essential tools and strategies to establish basic security measures within their Kubernetes clusters. Traditional security concepts often fall short in this environment due to its complexity and dynamic nature. Attendees will learn how to leverage open-source tools such as automated compliance scanners and vulnerability detectors. A live demonstration will illustrate practical applications, helping participants harden their clusters and reduce attack surfaces. This session is intended for DevOps engineers, platform engineers, Kubernetes administrators, system architects, and security officers. The second webinar, “Kubernetes Blue-Teaming Deep-Dive,” shifts focus toward active defense strategies. It explores how to detect and respond to threats once attackers have infiltrated a cluster. Given the ephemeral nature of containers, evidence can quickly disappear, making real-time threat detection and incident response particularly challenging. During the session, participants will engage in a simulated cyberattack scenario, using live demonstrations to evaluate the effectiveness of modern detection tools. They will also gain insight into forensic techniques for preserving digital evidence and understanding the scope of breaches. Additionally, the session covers proactive response methods, including active response protocols. This part of the series is designed for security operations engineers, Kubernetes admins, blue team members, and other security professionals. Both webinars are available for individual registration, though joining them together offers cost savings. The combined package provides five hours of content at a reduced price compared to purchasing each session separately. For those already subscribed to heise security PRO, participation in the entire series is complimentary. This incentive encourages current members to renew their subscriptions, ensuring continued access to specialized training resources. The webinars address common challenges faced by security teams managing Kubernetes environments. These include misconfigurations and vulnerabilities in deployed containers, which often pose greater risks than sophisticated zero-day exploits. By offering structured learning opportunities, heise security aims to bridge knowledge gaps and improve overall security postures. The sessions emphasize hands-on experience through live demos, reinforcing theoretical concepts with practical application. Participants will benefit from expert-led instruction led by Felix Roider, a recognized authority in Kubernetes security. His expertise ensures that attendees receive up-to-date information on best practices and emerging trends in container security. The structure of the webinars allows for gradual progression, starting with foundational principles before advancing to more complex defensive strategies. This approach caters to varying levels of familiarity with Kubernetes and cybersecurity frameworks. The demand for such educational resources reflects growing concerns over the security implications of adopting cloud-native technologies. As organizations increasingly rely on Kubernetes for scalable infrastructure, the need for robust security measures becomes critical. The webinars serve as a valuable tool for professionals seeking to enhance their skills and better protect their systems against evolving threats.