GKE Autopilot from Google Cloud is a mode of operation in Google Kubernetes Engine (GKE) designed to simplify working with Kubernetes in the cloud. Pairing secure DevOps practices with GKE Autopilot will help you and your teams ensure the security, compliance, and performance of your workloads and applications. Sysdig has collaborated with Google Cloud to enable visibility and security for GKE Autopilot and your containers.
Speak with any customer in tech and the word Kubernetes will surely find its way into the conversation at some point or another. In terms of orchestration, automating deployments, scaling, managing containerized applications to meet growing customer demand, Kubernetes provides users with extensibility and flexibility.
CI Fuzz is a platform for automated security testing that aims to enable developers to ship secure software fast. The platform empowers development teams to automatically deploy continuous REST API security tests with each pull request. Since it enables the instrumentation of entire web service environments, CI Fuzz can create test inputs that are guided by code coverage. This enables it to uncover complex vulnerabilities and edge cases that other tools often overlook.
In today’s IT environments, operating systems blend into each other. In on-premises and hybrid or public cloud scenarios, Windows clients connect to Linux-based web servers and Kubernetes containers or microservices. There are several Windows-friendly SSH clients available to keep these connections secure.
What comes to mind when you think of security “out-of-the-box?” You’re probably looking for something that will keep users as secure as possible while minimizing implementation friction points to your users. And with ransomware, malware, and phishing threats spreading faster and costing businesses more each year, IT teams must take a full-stack approach to defend against external attacks and internal vulnerabilities, while keeping the business running.
Cloud accounts continue to be a valuable target for cybercriminals: not only do the resources of a compromised IaaS environment grant an immediate profit for the attackers, but the same infrastructure also provides a trusted environment to launch attacks against other targets.