Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

No matter how you slice it, the use of containers and Kubernetes continues to swell. And recent high profile vulnerabilities-that-shall-not-be-named have shown us how important container security is for an overall application security program. Protecting your own code, your dependencies, and the containerized services you use are all a must.

With great automation, comes great risk. The advent of infrastructure as code brought about automation for the tedium of deploying, provisioning, and managing resources in public clouds with declarative scripts. However, this automation increased the importance of creating secure IaC scripts or configurations with cloud infrastructure misconfigurations being cited as the biggest area of increased concern (58%) from 2020 to 2021 in the 2021 Snyk Cloud Native Application Security report.

Fairwinds Insights is Kubernetes governance and security software that enables DevOps teams to monitor and prevent configuration problems in their infrastructure and applications. Not only does Fairwinds simplify Kubernetes complexity, but it also reduces risk by surfacing security and reliability issues in your Kubernetes clusters.

Starting in early 2021, Snyk Code and became available as a freemium offering for Snyk users. Snyk Code helps developers quickly and accurately find, prioritize, and fix security flaws in proprietary code. With detailed remediation guidance at every stage of the software development lifecycle (SDLC), from the developer’s environment (IDE) to continuous integration and development (CI/CD) pipelines, Snyk Code revolutionizes static application security testing (SAST).

We are excited to announce CloudCasa can now be deployed via a recipe to protect Kubernetes clusters managed via Rafay’s Kubernetes Operations Platform for Enterprises and MSPs.

As part of Teleport 8 we’ve made significant improvements to our routing, so much so the improvements have become a feature. Teleport 8 has new TLS routing that greatly reducing the port requirements needed for Teleport to run. Reducing the open network footprint down to a single port for your entire infrastructure and minimizing the attack surface. Want to know how we did it? Read on!