
Learn to simplify security in Kubernetes and OpenShift, focusing on authentication, secrets management, and bridging the gap between security and DevOps for more efficient cloud-native environments.

Explore how Telepresence improves developer experience, accelerates inner dev loops, and reduces costs in microservice-based applications. Learn implementation through case studies and a demo.

Explore a model for designing cloud-based services with varying reliability levels, featuring Kubernetes-based deployment strategies, multi-tenant architecture, and seamless infrastructure updates.

Experts discuss how application security practices in cloud-native environments can reduce risks, enhance compliance, and drive innovation, leading to improved business value.

Explore Splunk's multi-cloud network security architecture, from VPCs to Istio, addressing scalability, agility, and security challenges across L3 to L7 layers.

Explore future threats to open-source software and supply chain security, discussing emerging attack vectors and strategies for OSS projects to prepare and protect against evolving risks.

Explore Zero Trust Architecture implementation using identity-based segmentation, focusing on cloud-to-premises communication through DMZs with identity-aware proxies and service mesh.

Explore zero-trust principles for cloud-native environments, covering identity, policy, continuous assessment, and security. Learn implementation guidelines for protecting users, devices, networks, applications, and data.

Explore DevSecOps and Security as Code with CodeQL. Learn to implement security checks, detect vulnerabilities, and foster collaboration between development and security teams for a robust security culture.

Explore software supply chain security with insights on guidance, resources, and recent developments. Learn about the whitepaper, compromise catalog, and reference architecture for secure supply chains.

Explore cryptojacking evolution in cloud environments, from basic attacks to sophisticated techniques targeting containers and Kubernetes. Learn proactive protection strategies using open-source tools for enhanced security.

Explore cloud native supply chain vulnerabilities, threat modeling, and security controls. Learn about trusted execution environments and end-to-end security solutions for protecting complex systems.

Discover strategies for fostering a company-wide security culture, educating non-security teams, and implementing a successful security advocates program to enhance organizational data protection and service availability.

Hands-on workshop demonstrating lightweight threat modeling for CNCF projects, led by Andrew Martin. Learn practical techniques to identify and mitigate security risks in cloud-native environments.

Learn how Yahoo secures its software supply chain using open-source tools like Grafeas, Sigstore, and Kyverno. Discover strategies for source code scanning, vulnerability management, and protecting Kubernetes deployments at scale.

Explore strategies for designing and operating reliable cloud services, including failure analysis, design recommendations, and best practices for managing cloud environments.

Explore holistic cyber asset management and enhance your security posture in this insightful presentation on modern cybersecurity strategies.

Explore software supply chain security with experts discussing SBOMs, VEX, and their practical applications in Kubernetes environments, from open-source projects to regulated industries.

Explore SPIFFE/SPIRE's latest advancements in secure identity management, including Windows support, SIGSTORE integration, and enhanced hardware security, empowering enterprises with robust infrastructure protection.

Explore continuous compliance strategies, including OSCAL for automated assessments and OSS tools like Falco and Voucher for scalable implementation, to streamline and modernize your DevSecOps compliance approach.

Explore advanced data protection strategies using Kanister and Argo workflows for enhanced cloud-native security and efficient backup processes.