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Find the Sweet Spot of Splunk Enterprise Upgrades

Splunk adds and updates features and functions to Splunk Enterprise regularly to keep pace with innovation and reduce risk. In fact, Splunk releases these updates on the Splunk Cloud platform continually. For on-prem customers, Splunk releases two levels of software updates to Splunk Enterprise. On-prem customers benefit from the continual updates to the Cloud platform because features, functions, and updates are thoroughly road-tested and hardened when they are released in a major version update.

Raygun: How to easily identify and resolve front-end performance bottlenecks

We all want lightning-fast websites and applications, but how do we prioritize our efforts in order to have the biggest impact on performance? Join our expert team as they share best practices when identifying bottlenecks, monitoring optimizations, and communicating the impact of their work to the wider team.

Rancher: Kubernetes Master Class: How to implement Network Policy in Rancher to secure your cluster

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

Rancher: Kubernetes Master Class: Prevention in Kubernetes: Getting started with Pod Security Policies and best practices running them in production

Kubernetes Pod Security Policies (PSPs) is an enforcement mechanism to ensure that Pods run only with the appropriate privileges and can solely access the appropriate resources. You can leverage them as a threat prevention mechanism by controlling Pod creation, and limiting the capabilities available to specific users, groups, or applications.

Rancher: Kubernetes Master Class: Deploy WordPress and MySQL without Data Loss

Applications such as WordPress or MySQL require the use of data persistence. It is common when deploying such applications to use a HostPath volume as it is agnostic from the platform. A HostPath volume shares the filesystem of the Host within the container making the data available between pod restarts. However, it ties the data to one node only, creating a single point of failure and restricting any kind of scalability. Kubernetes is not able to schedule the application in any other node even if it is unavailable. This leads to eventual data loss.