Kubernetes has become the world’s most popular container orchestration system and is taking the enterprise ecosystem by storm. At this disruptive moment it’s useful to look back and review the security threats that have evolved in this dynamic landscape. Identifying these threats and exploits and being a proactive learner may save you a lot of time and effort…as well as help you retain your reputation in the long run.

Discover how to automate AWS Fargate image scanning directly in your AWS environment and block vulnerabilities from reaching production, among other threats. AWS Fargate and ECS allow you to deploy containerized workloads quickly. Fargate is even more convenient, as you don’t have to take care of the infrastructure.

Implementing AWS threat detection with Sysdig Secure takes just a few minutes. Discover how to improve the security of your cloud infrastructure using AWS CloudTrail and Sysdig Cloud Connector. With the rise of microservices and DevOps practices, a new level of dangerous actors threatens the cloud environment that governs all of your infrastructure. A malicious or inattentive cloud API request could have a sizable impact on availability, performance, and last but not least, billing.

Containers have become very popular with DevOps as a way to increase speed and agility. However, with recent reports of hackers utilizing vulnerabilities in Docker container images to compromise hosts and launch malicious containers – how can we identify this at the time of development to prevent security costing us later?

Organizations are increasingly incorporating containers and Kubernetes into their IT infrastructure. As reported by ZDNet, Flexera’s “2020 State of the Cloud Report” found that about two-thirds (65%) of organizations were using Docker and that another 14% intended to begin using it at some point. Slightly fewer organizations (58%) were using Kubernetes at the time of the survey, by comparison, with 22% of participants saying they planned to adopt it.

Discover how Kube-apparmor-manager can help you manage AppArmor profiles on Kubernetes to reduce the attack surface of your cluster. AppArmor is a Linux kernel security module that supplements the standard Linux user and group-based permissions to confine programs to a limited set of resources. AppArmor can be configured for any application to reduce its potential attack surface and provide greater in-depth defense.