To detect modern malware and trace sophisticated attacks, we need deeper insights, process creation, command-line activity, file changes, and network connections. That’s where Sysmon (System Monitor) comes in.

Here are 10 reasons why your business should consider Wazuh now not later.

In this lab, we will learn how to quickly deploy the Wazuh platform on AWS using the pre-configured Wazuh Amazon Machine Image (AMI). This method enables a simplified and rapid deployment for security analysts, DevSecOps teams, and learners.

This blog post discusses how to integrate Wazuh with the MISP API, making threat intelligence correlation much easier for SOC analysts. By automating this process, analysts will no longer have to manually cross-reference Wazuh alerts with MISP to identify potential Indicators of Compromise (IoCs).

In this article, we will walk through the steps one by one to install and set up the development environment on WSL1 and then write our first tests. I will try to do a walkthrough, but I’ll add context whenever I can.

The article presents a Bash script to automate Wazuh Docker password changes, replacing a manual, multi-step process.
It updates hashed passwords, modifies config files, restarts services, and verifies success automatically.
The solution supports both single-node and multi-node setups, improving efficiency and consistency.

Understanding Wazuh’s architecture is key to using it efficiently, especially in an “All-in-One Deployment” where all components run on a single system.
The Wazuh Agent, installable on Windows, macOS, Linux, and FreeBSD, collects logs, deploys configurations, and performs active responses to threats.
This setup simplifies deployment while retaining the core functionalities of threat detection and response.