Wi-Fi has an increasing array of use cases, with the days of a single use Wi-Fi network behind us.

As we all seek to reduce our carbon footprint, we have a number of options that we can offer to not only save your business money, but be environmentally responsible at the same time. If you have a lot of equipment to refresh, or you want to partake in the circular economy, there's an offer to suit!

Zero Trust Architecture is all about providing a much higher level of security for your users, devices and data, than we've had in the past. The key concept is to only provide access strictly where it is required - hence the Zero Trust. In this blog, we'll take a look at the how you can approach a ZTA deployment.

When you're installing a new wireless network, there's a lot of variables and decisions you need to make, right out of the gate. Some decisions work just fine with small installations, but just don't scale to larger ones. One such decision is the way in which you name your Cisco Access Points.

Zero Trust Architecture is the latest concept in security architecture. We’re starting to hear this term widely used and in this explainer blog, we take a look at what Zero Trust means – and why you might want to implement this technology.

Wi-Fi can be crippled by too many devices competing for airtime, creating a slower experience for all users. One way to reduce the number of devices competing for airtime is to increase the number of channels in use. How do the Dynamic Frequency Selection (DFS) Channels fit into this picture?

Friend and colleague, George Stefanick is well known in Wi-Fi circles. George has provided us with a pretty concise list of a lot of the gotchas in Wi-Fi design - have a read of the full blog for an interesting walk through George's Top 30 Technical Wi-Fi thoughts.

In this blog, we'll take a quick look at the functions, features and power level comparisons for Cisco Access Points. I thought it would be useful to have these in one place for easy comparison.

Wi-Fi Surveys are critical to the operation of any Wireless LAN deployment. While Wi-Fi can tune itself, you must start with the right density and placement of access points. It may come as a surprise, but there are a number of Wi-Fi surveys and the Wi-Fi design process is actually delivered as a number of states.

Radio Resource Management (RRM) is all about delivering an automated way to tune the RF in your Cisco network. However - for a variety of reasons, it doesn't always get it right. Misconfigured RRM can cause a lot of issues for clients - particularly with roaming. There is now a better option - Cisco Artificial Intelligence Enhanced RRM.