Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

DockerCon 2021 brought containerization experts together to discuss all things Docker, from building containerized applications and running container images to improving container security. In this post, we’ll recap a live panel discussing how container security fits into the new cloud native era, how Red Ventures scaled container security scanning with Snyk, and ways to make vulnerability remediation easier.

We recently released the automated Falco rule tuning feature in Sysdig Secure. Out-of-the-box security rules are a double-edged sword. On one side, they allow you to get started right away. On the other, it can take many working hours to learn the technology, configuration, and syntax to be able to customize the rules to fit your applications. Falco’s default security rules are no different.

In a recent post by ZDI, researchers found an out-of-bounds access flaw (CVE-2021-31440) in the Linux kernel’s (5.11.15) implementation of the eBPF code verifier: an incorrect register bounds calculation occurs while checking unsigned 32-bit instructions in an eBPF program. The flaw can be leveraged to escalate privileges and execute arbitrary code in the context of the kernel.

The Docker vs. Kubernetes debate is common in the containerization world. Although most people like comparing Kubernetes and Docker, the two technologies are not exchangeable—you cannot choose one over the other. They are essentially discrete technologies that can perfectly complement each other when creating, delivering, and scaling containerized applications. In fact, the best at par comparison would be Docker Swarm vs. Kubernetes, which we’ll talk about later.

Amazon Elastic Container Service (ECS) Anywhere enables you to simply run containers in whatever location makes the most sense for your business – including on-premises. Security is a key concern for organizations shifting to the cloud. Sysdig has validated our Secure DevOps platform with ECS Anywhere, giving AWS customers the security and visibility needed to run containers confidently on the new deployment model.

Since Google first introduced Kubernetes, it’s become one of the most popular DevOps platforms on the market. Unfortunately, increasingly widespread usage has made Kubernetes a growing target for hackers. To illustrate the scale of the problem, a Stackrox report found that over 90% of respondents had experienced some form of security breach in 2020. These breaches were due primarily to poorly-implemented Kubernetes security.