Webinars

As cloud threats continue to rise, understanding an adversary’s tactics, techniques and procedures (TTPs) is critical to strengthening cloud security. How can you pull together a unified and simple approach to speed up detection and response for security across your AWS cloud workloads?

Cybercriminals are thriving in the complexity and increased attack surface of cloud-native and Kubernetes environments. SOC teams must reduce their mean time to respond (MTTR) when incidents occur, but how? Join us to learn more.

Meet regulatory compliance standards for Google Cloud containers and services. Continuously validate compliance with industry standards, like PCI, NIST, SOC 2, and HIPAA. Run best practice benchmarks and track cloud compliance progress with interactive dashboards and reports.

The cloud vendors offer hundreds of cloud services your team may be using. How can you identify threats across these services without drowning in a sea of alerts? Join us to learn how to scale up threat detection and scale down false positives in the cloud.

Secure containers, Google Kubernetes Engine (GKE), and cloud infrastructure with out-of-the-box policies based on open source Falco. Implement real-time threat detection and posture management for Google Cloud services using Cloud Audit Logs to detect and respond to suspicious activity.

Prometheus uses PromQL to query the vast amount of time series data that it stores. Unlike other query languages that are based on SQL, PromQL has its own syntax and can take a lot of time and practice to master.

Automate CI/CD pipeline and registry scanning without images leaving your Google Cloud environment. Integrate with GCR, Artifact Registry, and Cloud Build to block vulnerabilities in pre-production.

Organizations often grant overly permissive privileges to users and services that are often unused. This level of access exposes you, enabling adversaries to hack into the cloud and perform malicious activity.

A well-crafted container avoids using excessive privileges, shipping unused packages, leaking credentials, and will expose a minimal attack surface. By removing known risks in advance, you’ll reduce security management and operational overhead; however, not everything can be known and prevented in advance.

Global security breaches and the White House Executive Order (EO) have sped up the timeline to modernize cybersecurity for both the public and private sectors. The way applications are developed and deployed (in the cloud and on containers), means taking a look at cloud security, Zero Trust architectures, and regulatory compliance in order to meet the mandates, keep moving ahead of the hackers and reduce risk.

Kubernetes is the most widely adopted container orchestrator; however, insufficient visibility can compromise performance and availability. Join us as we dig into the most common challenges of Kubernetes monitoring and how to solve them.