DX NetOps 21.2 network monitoring software continues to innovate and improve the scale, speed, and simplicity of network operations with a focused set of high-value features and capabilities. The latest release of Broadcom’s DX NetOps 21.2 network monitoring software delivers expanded capabilities to monitor and assure your software-defined networking (SDN), and network functions virtualization (NFV) deployments.

Technological advances and emerging networking concepts are constantly shaping our IT infrastructure. Networks are no longer limited to traditional networking constraints such as its static nature, but are continually evolving to improve efficiency by spanning across wired, wireless, virtual, and hybrid IT environments. This IT evolution drives organizations to advance digitally and support computational requirements to meet their business objectives.

AWS Auto Scaling groups are a powerful tool for creating scaling plans for your application. They let you dynamically create a group of EC2 instances that will maintain a consistent and predictable level of service. HAProxy’s Data Plane API adds a cloud-native method known as Service Discovery to add or remove these instances within a backend in your proxy as scaling events occur. In this article, we’ll take a look at the steps used to integrate this functionality into your workflow.

A Storage Area Network (SAN) is a specialized, high-speed network that provides block-level network access to storage. SANs are typically composed of hosts, switches, storage elements, and storage devices that are interconnected using a variety of technologies, topologies, and protocols. Each computer on the network can access storage on the SAN as if they are local disks connected directly to the computer.

When responding to an incident, you need to quickly find the scope of the issue so you know which teams to notify and which parts of your system to investigate next—before your end users are affected. But as multiple processes use resources on each of your hosts, and interact in unexpected ways, it can be difficult to know exactly what is causing an issue—especially if those processes are running off-the-shelf software.

From my previous blog, I’m going to continue the list of five things you can do to improve your technical service delivery to your customers (if you didn’t read the last post, you can catch up on what you missed here (link)). In the following three points, I focus on the role automation can play.

Network management is the process that helps you know the working state of your network. It also enables you to fix various discovered or undiscovered network problems. In today’s networks, it’s a complicated exercise to monitor and maintain how well your network is functioning. Network management involves so many different components that you need the right people, technologies, and tools to do it well.

Due to the evolution of IT systems, the recent shift to a hybrid workforce, changing client requirements, and other reasons, network monitoring has become much more complex. IT admins need to visualize the entire network infrastructure effortlessly. Gaining visibility into the network makes it easy to spot patterns, proactively troubleshoot faults, ensure the availability of critical devices 24/7, and more.

Communications Service Providers around the world have experienced an unprecedented explosion in demand for bandwidth due to several driving forces including more video streaming, the growing popularity in areas like cloud gaming and the increasing move to the cloud to name a few.

As company infrastructures now sprawl across several different environments, additional tools need to be added to the portfolio. But adhering to the traditional approach of focusing on individual devices, their health, performance, and availability, only aggravates its downsides; i.e. visibility blind spots, tool disparity, and therewith connected “swivel-chair” management. The problem calls for increased network traffic visibility that does not come at the cost of extra work.

My colleague Lewis Pope, our head security herd, wrote an excellent blog last week about hardening N-able™ RMM. I thought it prudent, in light of recent developments, to do the same for the N-able N-central® product. A lot of it is common knowledge, but I wanted to put together a checklist so you can review the security of your N-central platform and ensure you’re meeting some of these best practices.

DX NetOps 21.2 network monitoring software continues to innovate and improve the scale, speed, and simplicity of network operations with a focused set of high-value features and capabilities. Exciting new enhancements include increased monitoring scale, telemetry support, expanded SDN and cloud technology coverage, and usability and security updates.

500 customers in 15 countries. 200 Billion push notifications delivered yearly. With over five years of experience in the industry, 500 customers and over 200 billion push notifications delivered each year, Batch.com prides itself as one of the world’s leading Mobile-First Customer Engagement Platform. Their motto “Keep pushing” exemplifies this, since their platform delivers push notifications to some of the world’s most prominent names in any industry.

It’s possible to have more than one DHCP server on the same network and still have everything work right, with no conflicts and no dropped packets or IP requests. It’s really not that hard to pull together, either, but there are some things to know, and some things to consider before we investigate that situation. For this blog, we’ll put some of the overlooked facets of DHCP in bold text. Let’s take a look.

DX NetOps 21.2 network monitoring software continues to innovate and improve the scale, speed, and simplicity of network operations with a focused set of high-value features and capabilities. The solution collects data (network faults, performance, events, and alarms) from SDN and WiFi controllers and orchestrators to deliver deep visibility into the health and performance of your modern network deployments. Additionally, the solution correlates data from different network streams.

Information is one of an organization’s most important assets. In the global wide area network (GWAN), operations of all sizes store, change, and exchange their business data. Similar to how the meaning of digital data sharing has evolved, aspects like data availability and security have taken on important new meanings as well. Today’s IT administrators need to ensure the network is stable.

External servers need to be monitored but it’s your backend infrastructure that supports them. Looking for a reliable way to monitor your internal networks? You’re in luck! Uptime.com Private Location monitoring is just the tool for you.

Learn how to set up basic load balancing using the HAProxy configuration file. If you’re new to using the HAProxy load balancer, you’ve come to the right place. In this blog post, you’ll learn how to configure HAProxy for basic load balancing. I am assuming that you’ve already installed the software. If not, there are several ways to do so.

AI monitoring technologies have the potential to introduce significant cost savings for CSPs. Based on machine learning and fully autonomous, these monitoring solutions provide high ROI by dramatically reducing Time to Detection (TTR), Time to Resolution (TTR), the total number of alerts, and the number of false positives and negatives.