Operations | Monitoring | ITSM | DevOps | Cloud

The New Model for Network Security: Zero Trust

The old security model, which followed the “trust but verify” method, is broken. That model granted excessive implicit trust that attackers abused, putting the organization at risk from malicious internal actors and allowing unauthorized outsiders wide-reaching access once inside. The new model, Zero Trust networking, presents an approach where the default posture is to deny access.

Mitigating the Risks of Instance Metadata in AWS EKS

Compromising a pod in a Kubernetes cluster can have disastrous consequences on resources in an AWS Elastic Kubernetes Service (EKS) account if access to the Instance Metadata service is not explicitly blocked. The Instance Metadata service is an AWS API listening on a link-local IP address. Only accessible from EC2 instances, it enables the retrieval of metadata that is used to configure or manage an instance.

Visibility and Troubleshooting Modern Applications with Calico Enterprise and OpenShift

Red Hat OpenShift is a great platform for hosting microservices, enabling developers to get up and running quickly. However, taking the next step from development to production imposes additional networking, security, and compliance requirements that must be addressed before Kubernetes apps can be widely deployed. Traditional networking tools, which were designed for relatively static IP environments, don’t have the context necessary to identify Kubernetes traffic flows, making it nearly impossible to effectively diagnose, troubleshoot, and resolve application connectivity issues.

How to Secure and Troubleshoot your Microservices Network on Amazon EKS

Many development teams select Amazon EKS as the best platform to run their microservices. Adopting Amazon EKS is easy, but running applications in production requires additional capabilities to meet compliance requirements, detect potential security incidents, and troubleshoot networking problems that can often occur.

Security Policy Self-Service for Developers and DevOps Teams

In today’s economy, digital assets (applications, data, and processes) determine business success. Cloud-native applications are designed to iterate rapidly, creating rapid time-to-value for businesses. Organizations that are able to rapidly build and deploy their applications have significant competitive advantage.

How to Secure the network of your GKE Cluster

By default, pods are non-isolated; they accept traffic from any source. The Google GKE solution to this security concern is Network Security Policy that lets developers control network access to their services. Google GKE comes configured with Network Security Policy using Project Calico which can be used to secure your clusters. This class will describe a few use cases for network security policy and a live demo implementing each use case.