Networking

In my work with CDW clients, I often have the opportunity not only to help them select cybersecurity technologies, but also to determine how best to integrate these tools into their operations. That’s deeply satisfying work, and I got to experience it recently when I worked with a major financial services firm on its deployment of next-generation firewall (NGFW) technology.

The firm had relied on traditional port- and protocol-based firewall rules for many years and wanted to migrate to more modern technology to improve its security posture. We identified the right product for the customer by comparing the firm’s unique needs to common NGFW capabilities. We then helped the firm implement its chosen solution in a way that minimized disruptions while advancing the organization’s security posture.

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.

Power and cooling systems for IT equipment are often an afterthought when it comes to day-to-day business operations. Yet they support the backbone of your entire organization, as most everything is connected to IT these days. Departments such as e-commerce, payroll, human resources and communications (think employees’ email or VoIP phones) rely on your servers to be up and running, and your networking equipment to keep everyone connected. A good way of thinking about power and cooling is to think of it the same way you think of your car.

Let’s say you want to take a trip and you forget to check the tire pressure before departing, or you haven’t replaced your tires in a long time and they are heavily worn. Something as small as a nail or a bump in the road can cause your tire to blow out, and now you are stuck changing a tire. The tires, the engine, the brakes, these are all important components of your vehicle, and if you don’t maintain them properly you may end up in some sort of unpleasant event, preventing you from completing your journey. This is similar to how you should be thinking about your power and cooling equipment.

Many companies were already adopting collaboration technologies before the coronavirus pandemic hit last spring. But the massive shift to a remote work model has created a sort of forced proof of concept for numerous businesses, with employees and managers learning on the fly how to use these tools to support productivity and collaboration.

One thing that many business and IT leaders have discovered: Unified Communication as a Service (UCaaS) solutions and a software-defined wide area network (SD-WAN) are often a good fit. UCaaS refers to cloud-delivered capabilities, including voice and telephony, meeting solutions, messaging, presence and other communication applications. With SD-WAN, advanced software simplifies the operation of complex WANs while optimizing the end-user experience.

Here are several reasons why these two technologies work so well together.

As we anticipate the expansion of 5G networking, many of us look forward to its high-speed connectivity — eventually up to 10 gigabits per second. Others are eager for its expanded bandwidth, capable of supporting a massive number of devices. Still, others have an eye on 5G’s ultralow latency, taking minimal time to move data from device to cloud and back again.

The real appeal of 5G, I believe, will be in the powerful combination of all these advantages. I see 5G as a foundational platform that will enable emerging technologies, particularly the Internet of Things, to fully mature. Although plenty of IoT devices are on the 4G spectrum, it lacks the capability to support the device explosion that many see as the future of IoT. Those same limitations don’t apply to the 5G spectrum.

Use cases for the Internet of Things have diversified quickly, but most applications are designed to achieve one (or more) of the following objectives: obtaining data for data-driven business decisions; having the capability to remotely control and monitor assets, such as digital signage or city lighting; and automating operations, such as a manufacturing production line.

Traditionally, the network infrastructure that supports business is focused on indoor switches, routers and access points. With the IoT revolution, often that’s the initial plumbing required to connect sensors, physical machines and wireless devices to the network. In recent years, companies have begun to expand the enterprise infrastructure and reach outside of the four walls of the business, leveraging IoT technology to work in new spaces that were previously unconnected — for example, with switches and routers hardened for outdoor environments connecting mobile devices back to business applications. Whether it’s controlling, monitoring or automation that’s needed, we’re no longer limited by building boundaries.

Advancing IoT yet again brings up three major challenges, and that’s where we’ll see a new wave of technological evolution.