Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Containers

10 Kubernetes Security Context settings you should understand

Securely running workloads in Kubernetes can be difficult. Many different settings impact security throughout the Kubernetes API, requiring significant knowledge to implement correctly. One of the most powerful tools Kubernetes provides in this area are the securityContext settings that every Pod and Container manifest can leverage. In this cheatsheet, we will take a look at the various securityContext settings, explore what they mean and how you should use them.

Breaking Containers to Improve Security: Docker and Snyk

What does a container exploit look like? What happens when someone breaks into your container? How can Docker and Snyk integration help you fix these problems? This Docker Workshop "Breaking Containers to Improve Security" answers these questions in a live hack demo. Snyk and Docker partner to power image scanning behind Docker Desktop and Docker Hub. Snyk helps software-driven businesses develop fast and stay secure. Continuously find and fix vulnerabilities for npm, Maven, NuGet, RubyGems, PyPI and more.

Detecting MITRE ATT&CK: Privilege escalation with Falco

The privilege escalation category inside MITRE ATT&CK covers quite a few techniques an adversary can use to escalate privileges inside a system. Familiarizing yourself with these techniques will help secure your infrastructure. MITRE ATT&CK is a comprehensive knowledge base that analyzes all of the tactics, techniques, and procedures (TTPs) that advanced threat actors could possibly use in their attacks.

Using OPA with GitOps to speed cloud-native development

Devops teams are flocking to GitOps strategies to accelerate development time frames and eliminate cloud misconfigurations. They should adopt a similar ‘as-code’ approach to policy. One risk in deploying fleets of powerful and flexible clusters on constantly changing infrastructure like Kubernetes is that mistakes happen. Even minute manual errors that slip past review can have substantial impacts on the health and security of your clusters.

Sysdig contributes Falco's kernel module, eBPF probe, and libraries to the CNCF

Today, I’m excited to announce the contribution of the sysdig kernel module, eBPF probe, and libraries to the Cloud Native Computing Foundation. The source code of these components will move into the Falco organization and be hosted in the falcosecurity github repository. These components are at the base of Falco, the CNCF tool for runtime security and de facto standard for threat detection in the cloud.

Sysdig achieves Red Hat Vulnerability Scanner Certification

Image vulnerability scanning is a critical first line of defense for security with containers and Kubernetes. Today, Red Hat recognized Sysdig as a certified Red Hat security partner based on our work to standardize on Red Hat’s published security data with Sysdig Secure.

10 best practices to build a Java container with Docker

So, you want to build a Java application and run it inside a Docker image? Wouldn’t it be awesome if you knew what best practices to follow when building a Java container with Docker? Let me help you out with this one! In the following cheatsheet, I will provide you with best practices to build a production-grade Java container. In the Java container example, I build using these guidelines, I will focus on creating an optimized secure Java container for your application.

Shielding your Kubernetes runtime with image scanning and the Sysdig Admission Controller

Implementing image scanning on a Kubernetes admission controller is an interesting strategy to apply policies that need Kubernetes context, and create a last line of defense for your cluster. You are probably following the image scanning best practices already, detecting vulnerabilities and misconfigurations before they can be exploited. However, not everything you deploy goes through your CI/CD pipeline or known registries. There are also third-party images and, sometimes, manual deploys.