Networking

As organizations across the country have moved to remote work models, many have reported an increase in cyberattacks. Cybercriminals, it seems, are taking advantage of the public health crisis to exploit security vulnerabilities in home-based computer systems. What can organizations do to minimize the chances that their shift to remote work results in an expensive breach? We recommend a multipronged approach that combines the use of security tools and end-user education.

Across industries, IT networks are becoming more complex. The number of users, the number of devices and the amount of bandwidth being consumed are all growing at exponential rates. But resources dedicated to the network largely remain flat. At some point, something has to give.

The only way to battle complexity is with the simplicity offered by features such as automation and orchestration. This is where software-defined approaches to networking come in. Particularly, the software-defined access approach pioneered by Cisco Systems (SD-Access, or SDA) can simplify network deployment and management, freeing up more time for IT departments to focus on strategic projects.

5G is the next generation of mobile broadband, and it will eventually replace consumers’ and corporations’ 4G LTE connections. With 5G, users will see exponentially faster download and upload speeds, with drastic reductions in latency. This will open up a new world of possibilities, and it’s easy to understand why the technology is the subject of such breathless coverage in the press.

At the moment, the reality of 5G doesn’t match this hype, but that’s only because the infrastructure isn’t in place yet. Most serious industry observers predict that it will take at least a year or two for wireless carriers to build out 5G networks capable of supporting widescale use. But once that infrastructure is in place, it truly will change the world — and businesses should begin preparing today.

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.

The election infrastructure in the U.S. depends on the coordinated, secure interaction of thousands of state and local election officials using very different technologies. These range from large cities with fully electronic voting systems to small municipalities that still rely on paper ballots. As I work with officials from these diverse election authorities, I’ve developed a set of best practices that will enhance security in any election environment. Let’s take a look at five key measures that every Board of Elections should put in place.

Before this spring, many organizations were already set up to accommodate some portion of their employees working remotely. But very few businesses were equipped to handle all of their employees working from home. As a result, many employees saw performance problems and reduced functionality in the very applications they relied on to do their jobs.

It’s been said that we’re living through what is effectively the world’s largest business continuity exercise. Here are three lessons that business and IT leaders should take away from it.