Database security involves all aspects of security. Many unwanted database breaches and information compromises are avoidable when sticking to the best security practices. Learn how you can best secure your data to avoid disasters.
Database security involves all aspects of security. Many unwanted database breaches and information compromises are avoidable when sticking to the best security practices. Learn how you can best secure your data to avoid disasters.
Maximize your data security with our comprehensive list of 40 Linux security tips and best practices. Despite the inherent security advantages of Linux, remember that no operating system is foolproof. Implement these tips to minimize risks and ensure the safety of your data.
Hackers are always on the lookout for server vulnerabilities. Minimize risks and be confident your data is safe on secure servers by implementing our server security best practices.
The ACL (Access Control List) controls user privileges for accessing system locations and resources. This article will focus on the role of ACLs in networking. It will explain ACL components and common ACL types and provide advice on how best to implement the ACL on a network.
The mysql_secure_installation script allows you to significantly improve MySQL server security. Follow this guide to learn more about the script and the options it accepts.
Applications must be secure, but what about the application production line itself? The CI/CD pipeline constantly moves and there are many security challenges to face. Learn about how you can secure the CI/CD pipeline with a list of some of the best practices.
Learn how to provision and secure tokens, secrets, and other security objects in phoenixNAP EMP.
This tutorial explains how to encrypt a BMC drive using the phoenixNap EMP platform as well as how to automate the unlocking process. Follow this three part tutorial to secure your disk.
Get acquainted with phoenxNAP’s EMP and learn how to create, manage, and maintain accounts and users.
Applications deployed through Kubernetes often require access to databases, services, and other resources located externally, so they need a way to securely store sensitive data. Secrets help organize and distribute sensitive information across a cluster. This tutorial explains what secrets are and how to use them.