The latest News and Information on IT Networks and related technologies.
Monitoring wireless access points is business-critical, allowing teams to facilitate day-to-day workflows. These wireless access points (APs or WAPs) provide strong Wi-Fi signals and transmission ranges for sending and receiving valued information. But wireless access points are susceptible to cyberattacks that jeopardize your revenue and reputation.
What if I told you that monitoring network traffic is a lot less daunting than it actually seems? I think I have your attention. As a network has various moving parts, understanding it all can be a serious challenge. If something breaks or a component stops working correctly, implementing a quick troubleshooting process is essential. If you can't fix the issue right away, this could be detrimental for your end users, leading to more severe complications.
It's often said that your network is the "backbone" of your IT infrastructure, underlying every other part of your enterprise IT. If your Cisco network infrastructure goes down or is experiencing performance issues, it's crucial that you have a real-time solution to identify and resolve the problem as soon as possible. But what does such a solution look like when it comes to Cisco networks?
The hype of 5G is ushering in the potential for drastic network change and is driving service providers to prepare for the future. Today’s networks provide ubiquitous all-purpose IP connectivity to support all services.
In almost every case, APIs have changed how modern applications connect to their data. Mobile apps, single-page web apps, IoT devices, integration hooks between software—all of these things rely on APIs to fetch, update, delete, and create data. In fact, one set of APIs might serve as the backbone of a website, mobile app, voice assistant device, and more, meaning one data store owns a treasure trove of information about us, the human users.