In today’s software development, Git usually stands as a “go-to” for DevOps projects. It allows teams of developers to collaborate and contribute on non-linear projects, go back to any point in time and undo, as well as, redo changes whenever they need. In this article, we will go over important commands to help you navigate your commit history.

As businesses continue to embrace the flexibility and scalability of cloud-native applications managed by Azure Kubernetes Service (AKS), ensuring robust data protection for them across diverse locations, including edge environments, becomes paramount. For organizations leveraging Kubernetes at the edge with Azure Arc, the need for a comprehensive and easily managed backup and disaster recovery solution is crucial.

As cyber threats grow more complex, companies increasingly look for strong methods to protect their valuable information. Air gap backup has become an effective approach to improve data security and shield against various risks. This technique creates a separation between main data storage and backup systems, either physically or logically, which greatly reduces the chances of unauthorized access or data corruption.

The critical CVE-2024-40711 vulnerability in Veeam Backup & Replication (VBR) is drawing attention from security researchers and ransomware groups alike. Discovered by Florian Hauser from Code White, this flaw allows attackers to take full control of enterprise systems, posing a significant threat to the integrity of data backup infrastructures. With ransomware groups historically targeting Veeam vulnerabilities, CVE-2024-40711 could soon become a valuable tool for cybercriminals.

Flannel shirts, acid-washed jeans, Polaroid cameras, and vinyl records—these items which were once out of style are now emerging as popular must-haves among the younger generation. In the realm of IT, data backup has always been a necessity. Initially, it represented a compelling concept—storing data in an alternate location to ensure redundancy and failover capabilities in preparation for natural disasters.

As infrastructure continues to evolve for scalability, tenancy and efficiency, there is a growing need for solutions that can bridge the gap between mature cloud offerings such as OpenStack and the ease of deployment, flexibility, and elasticity provided Kubernetes. Red Hat OpenStack Services on OpenShift or “RHOSO” offers a compelling solution for organizations looking to achieve this goal.