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Great news!&nbsp;The Inseego Skyus SC4 modem provides plug-and-play interoperability&nbsp;with the Aruba Wireless APs, Wireless LAN Controllers and SDWAN Gateways using AT&T and Verizon LTE services. This modem is used to establish a backup WAN link when the primary WAN link goes down. 

There are several use cases for deploying an LTE modem with Aruba Networks devices:

<ul><li>Remote worker: There has been explosive growth in shifting to working from home since the onset of the pandemic. Employees of Aruba customers who are designated to work from home are equipped with Aruba Remote Access Points (RAPs) to connect to corporate across the internet. LTE WAN connectivity facilitates primary or backup WAN link.</li><li>Retail: The retail sector has realized the advantages of using LTE WAN links to connect disparate remote locations to corporate networks. This enables businesses to open outlets closer to their customers, including setting up kiosks.</li><li>Transportation: Businesses looking to offer Wi-Fi services onboard a coach, for example, can use the LTE WAN link to backhaul the traffic.</li><li>Medical clinics:&nbsp;Medical facilities in rural or remote locations often lack reliable Wi-Fi connectivity. The COVID-19 pandemic has forced some hospitals to establish triage tents in parking lots and other spots beyond the hospital boundaries. In these cases, the ability to connect via cellular networks makes the Inseego Skyus SC4 modem an invaluable tool for providing patients with health care services.</li><li>Business continuity:&nbsp;Provide alternative network infrastructure solutions for the Aruba portfolio by allowing the Skyus SC4 to enable wireless cellular 4G connectivity to the end device. This is an ideal complement where primary wireline internet service is spotty or weak and businesses need reliable connectivity.</li></ul>
Adding the option of cellular connectivity expands the usefulness and value of Aruba devices by enabling additional WAN connectivity options. Who knew that such a simple, powerful capability is already in place, just waiting to be plugged in?

Learn more about Inseego industrial-grade LTE <a href="https://inseego.com/products/enterprise/skyus-sc/">Skyus SC USB modems</a>
with 24x7 reliability. Contact us for more information about our&nbsp;carrier engagement and device activation process.

Inseego Skyus SC4 LTE modem connected to Aruba Networks Access Point

Inseego Skyus SC4 with Aruba Networks

Learn how the Inseego Skyus SC4 modem works&nbsp;with Aruba Networks wireless APs, wireless LAN Controllers and SD-WAN gateways, using AT&T and Verizon LTE services

Inseego Skyus® SC4 4G LTE Modem Enables Backup LTE WAN Link on Aruba Networks’ Wireless APs, LAN Controllers and SD-WAN Gateways

While life may seem less predictable these days, one thing is more certain than ever: 5G wireless networks are rolling out rapidly worldwide, delivering powerful innovations that improve the way billions of people and millions of businesses stay connected. 
And it’s all happening sooner than you might think. 
While we all knew 5G networks would grow over time, no one could have foreseen just how quickly they would be launched and expanded. Yes, we knew that 5G networks were being deployed much faster than 4G networks were a decade ago. But then the pandemic showed us just how urgently we need the kind of remote connectivity, broadband capacity, high-speed performance and increased security that 5G delivers. 
With billions of people suddenly working, schooling and streaming from home, wireless traffic skyrocketed. Videoconferencing zoomed into our daily lives. Remote healthcare consultations became a safer, more convenient option. Retail logistics went into hyperdrive. And wireless operators responded by investing more – not less – into their 5G deployments. Why? Because all of these trends are here to stay — along with a tsunami of 5G-enabled innovations that are changing the face of manufacturing, transportation, logistics, energy, entertainment, education and other industries. 
Wireless becomes the FIRST network
A few decades ago, Nicholas Negroponte, founder of the MIT Media Lab, predicted that telephones, televisions and other “wired” devices would become unwired by using the airwaves — a shift that became known as the “Negroponte switch”.&nbsp;
Today, it’s clear that wireless has become the first choice in many respects, with consumers opting for mobile phones only (no landline phone required) and streaming their entertainment on wireless devices. But for most enterprise and industrial needs, wireless is still used as a secondary, backup option, with landline as the primary connection. 
Now that’s about to change, too, as two huge technology forces converge: 
<ul><li>All networks — wired and wireless — are becoming more flexible, with new virtualized network functions and software-defined architectures that make it possible to configure and reconfigure network resources on the fly, instantly, in response to changing needs. SD-WAN networks enable enterprises to set up new branch offices quickly and re-route traffic more easily than ever. And new Open RAN (O-RAN) wireless networks are breaking the mold for radio access infrastructure, opening the door to many more suppliers and solutions. </li><li>5G technology enables a quantum leap forward in wireless access, with far greater capacity and performance than previous generations of wireless. As a result, 5G can now outperform cable and fiber optic connections, and deliver the mobility and flexibility that wired connections can never provide.</li></ul>
The new age of public — and private — 5G networks
In addition to these tectonic technology shifts, new wireless spectrum is being allocated by governments worldwide for use by both public service providers and private enterprises. One great example is the CBRS spectrum in the U.S., a swath of 3.5 GHz frequencies that were licensed last summer to nearly 300 organizations that paid $4.5 billion for the right to deploy private networks in this spectrum.
These CBRS Priority Access Licenses (PALs) are not nationwide, but rather for local markets only. While large and medium-sized service providers scooped up many of these licenses, the list of new PALs also includes energy, education, hospitality and manufacturing organizations.
How will they — and their international counterparts — put this new spectrum to work for private networks to transform their businesses? How will they tap the power of 5G across both private and public networks? How will enterprise IT organizations manage the complexity of so many distributed endpoints and devices?
I’ll take a deeper dive into these important questions in Part 2 of this article. Stay tuned.

A huge wave of converging technologies is changing the shape of enterprise networks

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Network virtualization + 5G = a tsunami of enterprise transformation

A look at the market and technology forces driving the next wave of wireless innovation

A huge wave of converging 5G and networking technologies

How 5G will surprise us in 2021 — and beyond  (Part 1)

COVID-19 will have many deep and lasting impacts on our world, including the way millions of Americans “go to work” every day.
A look at the latest statistics reveals the scope of this sweeping change: Tens of millions of U.S. employees (and their IT organizations) have shifted — almost overnight — to a work-from-home model. Less fortunate are the millions of laid-off workers from more than 100,000 companies that were forced to shutter their doors. Meanwhile, federal, state and local governments continue scrambling to meet the needs of over 28 million suddenly unemployed Americans and their families.
But even in the midst of this maelstrom, some silver linings have emerged …
The telehealth transformation The stay-at-home mitigation measures (where implemented) are indeed saving countless lives, and healthcare providers have rapidly ramped up telehealth solutions that make it easy to interact with patients remotely — and safely. The use of telehealth by U.S. consumers shot up from 11 percent last year to 76 percent now using or likely to use telehealth in the future. In a recent survey, 57 percent of healthcare providers said they view telehealth more favorably than they did before COVID-19.
This transformation of healthcare will not be temporary. McKinsey & Company estimates that what was previously a $3 billion revenue market now has the potential to grow to $250 billion
The rise of remote work The number of employees now working from home has also skyrocketed, from single digits to 68 percent, according to a recent Gallup poll. Millions of Americans have taken a crash course in telecommuting, and the majority are adapting very well. Even while coping with the challenges of setting up a home workspace and managing their school-age children, employees have mastered collaboration tools like Zoom and Webex, and surveys show that most of them are happier and more productive working remotely.
Now that so many organizations have seen what’s possible, they’re pivoting to a future with less office space, lower rent and smaller utility bills. They no longer need to limit their recruiting efforts to a small pool of nearby employees who are willing to commute to and from the office every day (and risk exposure in their cubicles). By reducing employee commute times – which average over 200 hours a year – companies can also reduce their carbon footprint to be better corporate citizens.
This is why Google, Microsoft, Twitter, Nationwide, Morgan Stanley, JPMorgan, Capital One, Zillow, Slack, Amazon, PayPal, Salesforce and many others have extended their work-from-home options through at least the end of the 2020.
Why we need more broadband access, with stronger security While the future looks bright for telehealth and remote work, it also requires companies to tackle some technical challenges. Let’s start with broadband access. It’s impossible for employees to connect to their corporate networks from home if they don’t have reliable home broadband — and yet over 20 million Americans still do not. Today’s 4G and 5G networks can solve that problem by providing fast and reliable internet access almost anywhere, including many areas that can’t be reached by wireline networks. As the number of remote workers has surged, so has the number of cybersecurity threats. The FBI has warned of rising threats across the board – from phishing attacks targeting home-based corporate workers to health care fraud schemes targeting vulnerable consumers Now more than ever, it’s important for IT departments, employees and consumers to think about how we stay connected, and take immediate action to ensure the security of our corporate and personal data. As we increase our reliance on wireless connectivity, driving today’s skyrocketing data traffic, we need the speed, capacity, and security that 5G delivers, now more than ever.
Jodi Ellis is the Senior Director of Product Marketing at Inseego Corp., a pioneer in 5G and IoT device-to-cloud solutions, including MiFi® mobile hotspots and enterprise-grade modems and routers, all designed and developed in the U.S.

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by Jodi Ellis COVID-19 will have many deep and lasting impacts on our world, including the way millions of Americans “go to work” every day. A look at the latest statistics reveals the ...

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Predictions for a Post-COVID Workplace: The New Abnormal

Laptop, monitor and home office chair? Check. Separate space where your kids (and dogs) won’t interrupt you? Maybe. Home broadband that doesn’t lag and cut out during your meetings? Not quite. Confidence that your connection is secure? Well … no.
Welcome to the world of working from home. It can be a bit daunting at first, especially for parents who are suddenly home-schooling their kids while performing their full-time jobs and cooking dinner — all in one place, all at once.
Remote workers are also dealing with technology challenges, like how to stay reliably connected to their essential cloud apps and corporate networks.
But with the right tools in place, remote workers are actually proving to be happier and more productive than ever, thanks in part to new wireless technologies.
<h3>1. The new (WFH) normal</h3>
With hundreds of millions of employees worldwide now logging on from home every day, it’s remarkable that most businesses are functioning as well as they are. Thanks to Herculean efforts by service providers, IT administrators and flexible, resilient employees, most jobs that can be done at home now are being done from home quite well. But this overnight change has also exposed a huge digital divide for millions of people who lack the reliable home broadband they need for their remote work, remote learning and access to telehealth.
It also highlights the fact that we need to prepare our communications infrastructure, in the U.S. and globally, for a tidal wave of data traffic as the world becomes more connected in more ways — and more places — than ever.
The good news: 5G networks and devices can deliver the capacity, speed, security and flexibility we need.
<h3>2. Why operators need 5G</h3>
According to the latest Ericsson Mobility Report, wireless traffic will grow from today’s average of 10.7 GB per subscriber per month to 45 GB per subscriber per month by 2025. 5G networks are coming to the rescue with the ability to deliver 100x more capacity, 100x faster than 4G networks. 5G also makes it possible for mobile operators to reach customers in a variety of exciting new ways, including 5G fixed wireless access (FWA) broadband service for homes and businesses (even in rural areas) and new cutting-edge enterprise IoT applications, including private networks.
<h3>3. Why employees need 5G</h3>
In 2019 (when you maybe telecommuted one day a week), you just needed home internet that was ‘good enough’ for email, web browsing and the occasional file transfer.
Now you need home broadband that’s fast and reliable enough for videoconferencing on Zoom, Webex or Teams — several times a day, every day of the week. But millions of employees lack the high-speed home broadband they need for this kind of connectivity. If you’re tired of competing for internet access with your neighbors and your game-playing, Netflix-streaming kids, consider a 5G solution. A good 4G/5G mobile hotspot or home router with onboard VPN can give you a separate, secure pipe for all your work (and education and telehealth) needs, with a gigabit-class connection that stays connected.
<h3>4. Why IT departments need 5G</h3>
In order to support a distributed workforce, your IT team needs to provide fast, secure connectivity for all work-from-home employees. This often means you need to deploy new customer premises equipment (CPE) for those workers.
New 5G mobile broadband and fixed wireless access (FWA) devices can be mailed to employees and self-installed, providing them with reliable, secure, compliant connectivity. Your IT team can easily control the configurations, usage and settings across the entire fleet of devices.
Having a highly distributed workforce also expands the “threat surface” for cybersecurity attacks against your corporate network, with insecure home networks and devices opening the door to malware and data breaches. Next-generation 5G technology and devices are designed for strong security at every level, whether you’re an individual user or large IoT network.
While new 5G networks are still launching and expanding their footprint, remember that these new devices also deliver gigabit-class connections on today’s ubiquitous 4G LTE networks.
<h3>5. Why the world needs 5G</h3>
5G was already poised to change the world before the onset of COVID-19, but it has emerged as an even more vital technology in recent months. From the seismic shift to remote work and remote schooling to the dramatic adoption of telehealth, we’re seeing just how flexible society can be, and how wireless technology can support both today’s changes and tomorrow’s growth. Our untethered society will offer greater freedom and flexibility than we’ve ever imagined.
5G is not just a fatter pipe or a faster smartphone. It’s a platform for countless innovations that will help us adapt, thrive, and build a better world.
Dan Mondor is Chairman and CEO of Inseego Corp., a pioneer in 5G and intelligent device-to-cloud solutions.

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– from Inseego CEO Dan Mondor Laptop, monitor and home office chair? Check. Separate space where your kids (and dogs) won’t interrupt you? Maybe. Home broadband that doesn’t lag and cut out during your meetings?

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Five reasons we need 5G, now more than ever

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Perspectives on the 5G revolution, from development to deployment to life-changing experiences

Inseego Insights

02.08.2021

by Inseego CEO Dan Mondor

How 5G will surprise us in 2021 — and beyond (Part 1)

02.08.2021

Inseego Skyus® SC4 4G LTE Modem Enables Backup LTE WAN Link on Aruba Networks’ Wireless APs, LAN Controllers and SD-WAN Gateways

08.18.2020

by Jodi Ellis

Predictions for a Post-COVID Workplace: The New Abnormal

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