Mitigating Kubernetes Security Gaps. Kubernetes security is supported by some built-in core features, but they must be complemented to fill in gaps that can emerge in deployment.
Kubernetes security is supported by some built-in core features, but it must be complemented to fill in gaps that can emerge from a variety of risks.
As organizations make greater use of containers, they must consider Kubernetes security. How secure is Kubernetes? That’s a simple question with no simple answer.
In some respects, Kubernetes is very secure. It offers a variety of built-in security tools, and it integrates easily with third-party security platforms.
Yet on its own, Kubernetes suffers from some significant security risks. There are major gaps within the native security functionality that Kubernetes provides out of the box.
Securing Kubernetes, then, requires understanding which types of security features Kubernetes provides natively and which functionality you need to build in yourself.
Our original Kubernetes tool list was so popular that we've curated another great list of tools to help you improve your functionality with the platform.
Microservices and its security patterns. A developer's view on common security patterns used in most of the API-architecture practices in the industry to make API and Application, as safe as possible.
This recently published book on microservices security highlights the patterns and best practices of ensuring microservices are safe and secure.
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Myth: Kubernetes dashboard, in general, is a security risk Fact: The security concern is not directly related to the dashboard itself, but it accounts for how well you deploy it.