Traditional backup methods, though useful, often struggle to keep up with the complexities and constant changes in Kubernetes environments. This is where synthetic backup comes in—a revolutionary approach that significantly improves data protection. In this article, we explore what synthetic backup is and why it’s a better option than traditional methods. We discuss the specific benefits it offers for Kubernetes applications, including real-world examples and technical insights.

Cloud security refers to technologies, best practices, and safety guidelines that help to protect your data from human errors, insider and security threats. Therefore, it naturally covers a wide range of procedures, which are aimed at securing systems from data breaches, data loss, unauthorized access, and other cybersecurity-related risks that are growing from year to year.

Did it ever cross your mind to ask if your password can defend your sensitive info on the web all by itself? In the digital world of today, where cyber threats are rapidly developing, the traditional way of protecting the system with single password has become more and more insecure. Therefore, it is the user who is more exposed to such cyberattacks. Just to mention, more than 81% of data breaches are associated with weak or stolen passwords.

Backup is an important part of the DevOps security strategy – it helps to eliminate data loss, ensure business continuity, and go hand in hand with the Shared Responsibility and compliance requirements. Moreover, given the constantly rising incidents (check out the State of DevOps Threats Report), like human mistakes, service outages, and ransomware attacks, backup can make up a reliable final line of protection for both your source code and other critical DevOps data and your business.

When it comes to managing your cloud infrastructure, picking the right platform can make a big difference in how smooth, scalable, and cost-effective your operations are. Two of the top contenders in this space are OpenStack and VMware. Both offer powerful tools for handling virtualized environments, but they suit different needs and preferences. Knowing the key differences between them is essential to help you make the best choice for your organization’s goals and technical needs.

Shared Responsibility Models, NIS2, DORA, or SOC 2 & ISO audits, accidental deletions, and the evolving threat landscape in SaaS apps confirms that DevOps Security becomes a priority. CISOs and DevOps teams need to meet halfway to secure data processed across GitHub, GitLab, and Atlassian, without compromising agility and efficiency. However, finding this middle ground is not an easy task.