Imagine driving a car at night without headlights. It's risky, right? Without them, you can't see where you're going, and you might crash. Well, the same goes for visibility in enterprise networks. If you can't see how they're performing, you might run into problems with important apps, slow Internet, and unhappy customers. That's why having the right tools to see what's happening on your network is crucial. It's like turning on those headlights to make sure you're going in the right direction.

DNS record types are essential components of the Domain Name System that provide crucial information about domains and hostnames. This article will explore the various DNS record types, including common ones like A, AAAA, CNAME, NS, MX, TXT, PTR, and SOA records, as well as less common types such as SRV, CAA, DNAME, and NAPTR records.

At Tidal, we’re always looking for ways to streamline IP address management (IPAM) tasks for our customers. That’s why we’re excited to announce the latest enhancements to our Subnet user interface (UI). With these new features, network administrators and owners can now easily export and copy IP address data, simplifying workflows and improving collaboration.

In the LM Envision platform, anomaly detection for metrics is referred to by the feature name “Dynamic Threshold” rather than the more generic machine learning term “anomaly detection.” Dynamic thresholds allow users to identify and set custom alert thresholds based on observed data points. Metric thresholds in rules-based systems are effective when the desired outcome is clear. However, static thresholds may not anticipate emerging issues.

Netstat is a powerful command-line tool that provides valuable insights into your computer's network connections and performance. This article will explore what netstat does, how to use it on Linux systems, and ways to leverage netstat for network troubleshooting and monitoring.

There are many moving parts to a zero trust strategy, and network segmentation cybersecurity is an important piece of the puzzle. Network segmentation involves dividing a network into smaller, isolated segments to minimize the potential damage caused by unauthorized access or attacks. In this article, we will explore the role of network segmentation in security, the key principles behind it, and eight network segmentation best practices to implement it effectively.