This past October, Cisco released a new flexible edge platform to support use cases like SD-WAN and cloud networking. This new platform is the Catalyst 8000. There are three major platforms within the Catalyst 8000 family:

1. The 8500, designed to replace the ASR 1001-HX / ASR 1002-HX and is positioned at the data center/colocation for extremely high performance.
2. The 8300, designed to replace the ISR4400 and is positioned at the branch. This platform offers very good performance but also focuses on delivering services like switching, VoIP, security and more at the branch in a compact footprint.
3. The 8000v, positioned to replace the CSR100v. This one is designed to run in virtual environments and on cloud marketplaces.

This summer, with support and guidance from our partners at Cisco, coworkers from CDW came together for a friendly Meraki hackathon. Over the course of two days, each of the four teams worked on designing and implementing applications based on Cisco Meraki wireless technology.

As with any hackathon, part of the challenge was quickly brainstorming ideas, communication among team members (especially while meeting virtually), and working with people you may not have interacted with before. Despite these challenges, all four teams were able to overcome and adapt, resulting in the production of interesting and potentially viable projects that would enhance our services to benefit our customers the most.

The COVID-19 pandemic has made widespread remote work the “new normal” — business analysts predict that 25 to 30 percent of people will still be working from home multiple days per week even at the end of next year.

It’s critical that business and IT leaders ensure they are giving users the tools they need to be as productive and secure as possible while working from home. This is done by creating categories of users based on their work styles and technology needs and then providing the appropriate tools. Here are five factors that business and IT leaders should consider as they seek to refine and optimize the work-from-home user personas within their organizations.

Usually, trouble with wireless devices and networks comes down to the efficiency of radio transmissions, not speed. Fortunately, products that implement Wi-Fi 6, the IEEE’s 802.11ax wireless networking standard, are well positioned to alleviate the performance problems that plague manufacturers. Most of the benefits of Wi-Fi 6 can be explained through three simple abbreviations. At first glance, these may seem like alphabet soup, but the features they represent offer significant improvements to organizations that deploy Wi-Fi 6.

For organizations to realize the potential value of AI, according to McKinsey, their AI strategy must align with their corporate strategy. They need a “clear data strategy that supports and enables AI,” and they must invest in staff and technical training to ensure they have the skills to implement AI at scale.

I keep those imperatives in mind when I work with business and IT leaders who wonder how AI might help their organizations. My advice to them: To get the most out of the technology — to make AI work for you — it pays to take a phased approach to implementation.

Whenever people ask me about preparing their IT networks for the future, two emerging technologies immediately come to mind: software-defined WAN and 5G mobile broadband connectivity. While 5G is still emerging, many organizations are already taking advantage of the capabilities of SD-WAN. By combining these technologies in the coming years, organizations will be able to achieve exceptional levels of performance, efficiency, security and resiliency.

Here are some of the ways these technologies are set to help organizations meet the networking challenges of the future.