Operations | Monitoring | ITSM | DevOps | Cloud

What is Linux Patch Management? Overview & Best Practices

In this article, you will learn more about what is Linux Patch Management, its importance, common challenges, key components, tools, and effective strategies. Managing patches is necessary to maintain a secure, stable and high-performing Linux environment. Whether you’re a systems administrator, IT manager, or responsible for keeping Linux systems running smoothly, mastering the process of identifying, testing, and deploying patches plays an important role in safeguarding your infrastructure.

In-Depth Guide to Optimizing IT Asset Management with Advanced Software Solutions

Are you overwhelmed by the challenge of tracking your IT assets and managing their usage effectively? If you're struggling with the complexity of monitoring numerous hardware devices, software licenses, and ensuring everything is in order, it might be time for a change.

Effective Modern Patch Management Processes and Best Practices for Patch Operations

Running a risk-based vulnerability management program is essential to maintaining a secure business computing environment. In a previous blog, “How Implementing Risk-Based Patch Management Prioritizes Active Exploits,” I provided perspective on how to prioritize vulnerabilities. Honing the operational aspect of securing your systems is essential to that process. Conducting patch operations in your organization can be a complicated process.
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Improving Patch and Vulnerability Management with Proactive Security Analysis

Vulnerability management is the continuous process of identifying and addressing vulnerabilities in an organization's IT infrastructure, while patch management is the process of accessing, testing, and installing patches that fix bugs or address known security vulnerabilities in software applications. Vulnerability management and patch management are crucial SecOps processes that protect IT assets against cyber threats and prevent unauthorized access to secure systems.

CDK Global: A Cold-Hearted Reminder of Why Patch Management Matters

A few weeks ago, CDK Global, a software provider with 15,000 North American car dealership customers, faced back-to-back cyberattacks, effectively taking down scheduling, records, and more for their thousands of customers for days. The CDK Global attack is also the latest cyber incident to spur larger industry-wide conversations around the supply chain risks posed by increasingly ruthless and aggressive bad actors.

Stay Ahead of Known Vulnerabilities with Automated Patch Management

The consequences of not patching are everywhere: remember the Log4j vulnerability that grants hackers complete access to your devices? The best way to prevent this from happening is to use a patched version of Log4j — so why did this become a catastrophic and prolific security vulnerability event? A: Because people hate, forget, or simply dismiss patching as a labor-intensive part of managing their infrastructure.

Patch or Perish: Secure Your Data Center with Firmware Management

Firmware is the permanent software programmed into a device’s read-only memory. It provides the low-level control for the device’s specific hardware. In a data center, firmware is embedded in various components such as servers, storage devices, and networking equipment. Firmware management involves the processes and tools necessary to update, maintain, and monitor these firmware systems.

What is Patch Management? A Complete Guide

Let us begin with an example that underlines the importance of patch management. Software vulnerabilities are real, irrespective of the business entity. One of the leading healthcare organizations providing data for more than 10 million people had an adverse situation in 2023. Their focus group revealed that while there was a nod to patch management, the prioritization was not taken seriously due to a lack of resources and perceived minimal risks.

Best practices for scheduling security patching automations

In this webinar, you’ll learn about Canonical's release schedule for Ubuntu and its security updates, and how you can use this information to set optimal manual and automated security patching maintenance intervals. There are a variety of tools, such as Livepatch, Landscape, Snaps, and command line utilities like unattended-upgrades that provide security patching automation capabilities. We’ll cover how each one works, and how you can combine them for maximum benefit. We’ll also cover the nuances between reboot recommended and reboot required.