
Practical guidance on migrating to Azure, enhancing security, and optimizing cloud operations. Learn how Azure migration can accelerate AI impact and improve organizational efficiency.

Discover Radius, Microsoft's open-source cloud-native application platform enabling collaboration between developers and platform engineers for efficient, secure, and cost-effective cloud deployments across multiple providers.

Explore cloud-based development using Microsoft Dev Box and Azure Deployment Environments. Learn to streamline provisioning, boost productivity, and enhance security while maintaining centralized governance.

Explore cloud-native app vulnerabilities, including OAuth, storage services, and API-based microservices. Learn to identify, exploit, and mitigate risks through penetration testing and automated tools.

Explore security risks in Terraform, including privilege escalation and data exfiltration. Live demos showcase attack scenarios and provide recommendations for securing implementations.

Explore advanced cloud native security threat detection using eBPF and Falco, focusing on innovative approaches to create high-value kernel signals and leverage data analytics for behavior-based detection.

Explore Confidential Computing's role in enhancing data security, reducing supply chains, and protecting sensitive applications. Learn about its implementation across major cloud platforms and the importance of open-source development.

Explore real-time threat detection in cloud-native systems using Falco and Atomic Red Team. Learn effective strategies for enhancing security and identifying potential vulnerabilities in modern infrastructures.

Leveraging compliance-as-code and open-source tools like Cloud Custodian to address security misconfigurations and ensure compliance in public cloud environments for large enterprises.

Explore top cloud threats, risk detection strategies, and best practices for securing Cassandra and GenAI deployments. Includes practical demonstrations on live clusters and AI applications.

Explore a clever implementation of multi-region, multi-primary databases with eventual consistency using service mesh and open policy agent. Learn benefits for financial trading and auctions.

Explore dynamic cloud security policies using service mesh, leveraging context-aware data and AI for fine-grained authorization, NIST control enforcement, and sensitive data access management.

Explore the evolution of security in cloud-native environments with insights from Linux Foundation's Director of Open Source Supply Chain Security.

Explore SUSE's advancements in Confidential Computing, focusing on protecting data in use through isolated, encrypted environments for secure application processing across core, cloud, and edge.

Explore a zero-trust Serverless platform using Knative, WebAssembly, and Trusted Execution Environment to enhance security for sensitive cloud-based applications and data processing.

Learn to implement client-side application layer encryption for enhanced data protection in cloud environments, reducing breach risks and maintaining control over sensitive information.

Explore a reference architecture for embedding security controls in modern software development pipelines, addressing threats without compromising delivery velocity.

Explore Confidential Computing's role in enhancing cloud data security. Learn how Confidential Containers democratize this technology, enabling seamless deployment of sensitive workloads with minimal changes.

Explore secure delegation of AWS permissions using SCPs, IAM boundaries, and policies. Learn to empower engineering teams while maintaining security through automated compliance and remediation.

Strategies for balancing cloud benefits with compliance needs during migration. Proven patterns for cloud adoption and industry certification, applicable to both new and existing cloud users.

Explore evolving cloud-focused malware campaigns, their diverse objectives beyond cryptojacking, and cloud-specific TTPs. Gain insights into recent trends and the use of cloud services in supporting malware attacks.