Today we’re announcing the first-ever solution for live debugging a CI/CD pipeline. You can now place stop/resume breakpoints and inspect live pipelines in the same way that developers debug their applications. It’s the easiest, fastest way to troubleshoot and fix bugs in complex pipelines. Live debugging is very well known to software developers and is one of the most efficient ways to find and fix bugs in application code.
On an unassuming afternoon on Wednesday the 18th September 2019, we launched a world’s first! A k3s-powered, managed Kubernetes service. We were in for a ride... Since we had been taking applications for a few weeks already, when it came to beta launch day there were no shortage of applicants. It was very encouraging to see there was plenty of buzz online already.
Activity Audit is a new feature included in the Secure 3.0 release. This feature speeds incident response and enables audit by correlating container and Kubernetes activity.
Sysdig Secure 3.0 introduces Kubernetes Policy Advisor to provide Kubernetes native prevention using Pod Security Policies (PSPs). This feature automates the generation of PSPs and validates them pre-deployment, so they don’t break applications when applied. This allows users to adopt Pod Security Policies in production environments quickly and easily.
Today, we are excited to announce the launch of Sysdig Secure 3.0! Sysdig Secure is the industry’s first security tool to bring both prevention and incident response to Kubernetes.
Today we are adding native support for DigitalOcean clusters to Codefresh. You could already connect DigitalOcean Clusters as generic clusters in the past (Codefresh works with any cluster that is compliant with the Kubernetes API) but today the process becomes much easier. One of the most important advantages of Codefresh CI/CD is the ability to work with any cloud and git provider.
Monitoring Kubernetes performance at scale presents many challenges. We're very excited to introduce the AppDynamics Cluster Agent, which is purpose-built to efficiently gather monitoring data from your clusters.
To get an accurate picture of the current state of Kubernetes deployments, Rancher Labs recently conducted an industry survey that included 1,106 respondents from large and small enterprises across a broad range of more than 25 industries, including technology, financial services, telecom, education, government and healthcare. The respondents were almost evenly split among EMEA and North America and included both Rancher and non-Rancher users.
Azure Monitor gathers performance metrics from your various Azure resources and allows you to explore those metrics through visualizations. It also allows you to manually create alerts that will notify you when a metric crosses a predefined threshold. In this blog post, we’ll cover how to create an alert in Azure Monitor.
As Falco grows in popularity, many new users get exposed to it on a daily basis. As should be expected, most of these users are not aware of what the architecture underneath Falco is. What components play a role in powering it? How do these components relate to each other? I thought it would be fun to write a blog post that answers these questions. And I thought it would be fun to write it with an historical perspective.
