Etelix gives International Long-Distance voice administrations

Completely claimed auxiliary is a Miami, Florida-based global telecom transporter established in 2008 that gives telecom and innovation arrangements around the world, with business presence in North America, Latin America, and Europe. Empowered by its 214-permit conceded by the Federal Communications Commission (FCC), Etelix gives International Long-Distance voice administrations for Telecommunications Operators (ILD Wholesale), and Submarine Fiber Optic Network limit with respect to web (4G and 5G). Etelix was established in 2008 and has been productive since origin. 

SwissLink Carrier AG is a 51% possessed auxiliary of noc network. SwissLink Carrier AG is a Switzerland based global Telecommunications Carrier established in 2015 giving global VoIP network around the world, with business presence in Europe, CIS and Latin America. SwissLink Carrier AG is a Swiss authorized Operator, having a homegrown Interconnect with Swisscom, permitting their global Carrier Customers direct terminations by means of SwissLink into all Switzerland Fix and Mobile Networks. Since the takeover from Swissphone in November 2018 and the rename into 

SwissLink, they possessed auxiliary of iQSTEL Inc. QGlobal SMS is a USA based organization and a business brand established in 2020 worked in worldwide and homegrown SMS end, with accentuation on the Applications to Person (A2P) and Person to Person (P2P) for Wholesale Carrier Market and Corporate Market in US. QGlobal SMS has business presence in US, Mexico, Latin America, EMEA (Europe, Middle East, Asia) and Africa, through our SMS specialist co-ops situated in Austin, TX and Miami, FL Our Austin-based SMS specialist organization is had practical experience in the SMS traffic trade among US and Mexico, and our Miami-based SMS specialist co-op is engaged in the improvement of Latin America and the remainder of the word. QGlobal SMS has powerful global interconnection with Tier1 SMS Aggregators, guarantying its clients high caliber and low end rates, over in excess of 100 nations around the world. 

For what reason Do We Use AC Power?

Transformers work by setting two curls in nearness to couple their electromagnetic fields. The AC input current goes through one loop, causing a changing attractive field. This changing attractive field at that point actuates an AC current in the other curl. Changing the number of windings in the two curls makes the yield voltage be higher or lower than the info voltage. Notwithstanding, this possibly works if the current is continually changing, and accordingly AC is needed for the utilization of a transformer. 

In spite of the fact that generator plans normally produce AC, it would be similarly as simple for generators to be intended to frequency engineering. AC is valuable for power transmission, yet in numerous different territories, it is basically a bother, particularly with present-day gadgets and semiconductor gadgets. Practically all electronic gadgets require DC, as do LED lighting and the little electric engines utilized in family apparatuses. This implies that these gadgets require not just a transformer to venture down from mains voltage; they additionally need an AC-to-DC converter. This transformation is done by a rectifier. Since AC is continually altering course, diodes are regularly used to create DC, which streams a solitary way. Diodes resemble single direction valves that permit flows to pass just a single way. Further sifting might be completed utilizing energy putting away and smoothing parts, for example, capacitors and inductors. 

In spite of the fact that AC gives a basic method of expanding voltage for significant distance transmission, having DC transmission along the lines gives favorable circumstances too. For example, since it doesn't move responsive force (power that can accomplish no valuable work), DC transmission can offer lower line misfortunes contrasted with AC. Indeed, when huge amounts of force are sent over significant distances, high voltage DC (HVDC) or ultra high voltage DC (UHVDC) is utilized. For instance, the Changji-Guquan electrical interstate uses 1,100 kV UHVDC to send 12 GW over the history of telecommunication. The advancement of HVDC has been empowered by strong state power converters that by and large use thyristors. 

Quantum PCs need to play out their particular calculations

 Most quantum frameworks require qubits to work at temperatures near outright zero (- 273.15 degrees Celsius). That forestalls them from losing their "quantumness," the personality of issue or light that quantum PCs need to play out their specific calculations.  The climate can impact qubits a lot," clarified Heather West, a senior examination investigator at computer science vs computer programming. 

At the point when they're affected, blunders can be presented," she told TechNewsWorld. "By bringing the climate down to truly chilly temperatures, it assists with taking out mistakes." The more qubits you have," she proceeded, "the better execution your PC will have. The issue is that when qubits start working with each other - a cycle called entrapment - in light of the fact that they're so insecure, they can start working mistakenly, or decoherently. As you scale up, decoherence increments." She added that there's one more bit of leeway to working at near supreme zero. "To accomplish too chilly temperatures, you need to work in a vacuum, which diminishes the natural impacts on the qubits," she said. 

Similarly as with any processing gadget, to do anything helpful, quantum gadgets need guidelines. That implies imparting and getting electronic signs to and from the qubits. With current quantum engineering, that includes a ton of wires. Current machines make a lovely exhibit of wires to control the signs. They appear as though a rearranged overlaid winged creatures' home or ceiling fixture," Reilly said. 

Operations to combat the complexity of shifting from a compute model

 Koduri describes the need for a scalable model and software for scalar, vector, and matrix (as in GPUs) operations to combat the complexity of shifting from a compute model where generality rules to one where heterogeneity does. Generalized computing is fine for keeping things simple from a software perspective when processing power is growing at a steady clip. It didn’t really make sense to design specialized hardware and write software for it if the general-purpose CPU was just going to catch up in 18 months or so. But, absent that kind of metronomic advance, chip and system makers need to optimize their hardware even if it makes life harder for developers and others.

For software makers, this means that they need to write for (and optimize for) a wider variety of hardware types. In some respects, though not others, it’s a throwback to the era before x86 hardware and a small number of operating systems computer science vs engineering the datacenter.

For users, this provides hope of performance and price/performance improvements even in the face of slowing process advances. But it also means they will have to make more choices to optimize their particular applications.

How England implemented its computer science education program

 Computer science (CS) education helps students acquire skills such as computational thinking, problem-solving, and collaboration. It has been linked with higher rates of college enrollment (Brown & Brown, 2020; Salehi et al., 2020), and a recent randomized control trial showed that lessons in computational thinking improved student response inhibition, planning, and coding skills (Arfé et al., 2020). Since these skills take preeminence in the rapidly changing 21st century, CS education promises to significantly enhance student preparedness for the future of work and active citizenship.

CS education can also reduce skills inequality if education systems make a concerted effort to ensure that all students have equitable access to curricula that provide them with the needed breadth of skills, regardless of their gender, computer science major jobs, or socioeconomic status.

This study will examine how England developed its CS education program. CS concepts have been part of the official English curriculum for over a decade, but reforms have encouraged wider participation in the last six years. Given that this is a relatively long period of implementation compared to many other countries’ CS activities, this England case study can give us an understanding of how CS education activities can be improved over time.

New curriculum is an ideal mix of technical skills, soft skills and social awareness

 Speaking on the occasion, Dr Maneek Kumar, Dean - School of Engineering & Technology at BMU said, “BMU’s B.Tech program has seen an upswing since the time it was launched in 2014. We’ve brought our transformative DNA into the design of new programs/courses that we are rolling out from BMU’s schools across disciplines. The new curriculum is an ideal mix of technical skills, soft skills and social awareness to excel in one’s career. The faculty is helping students to develop and improve their analytical skills, problem-solving skills, and creativity to identify a problem and get technological solutions instantly. The new program will open-up myriad career opportunities for the student across cross over fields in the areas of Electronics and Computer Engineering such as IT Consultant, computer engineering vs computer science Developer, computer engineering vs computer science Analyst, Network engineers to name a few. I look forward to welcoming the new batch to the new session.”

The new programme draws upon the overall ethos of BMU, of transforming students into well-rounded, industry-ready individuals, who are equipped to take on leadership responsibilities. The university strives to incorporate multi-dimensions of creative thinking and design to all its disciplines. BMU delivers this through its unique experiential-learning environment that nurtures the spirit of inquiry, creativity, problem-solving, entrepreneurship and innovation; and promotes hands-on and cross-disciplinary learning.

Worldwide to provide access for people outside an office or home network

 Wireless metropolitan area networks have been installed in cities worldwide to provide access for people outside an office or home network. These networks cover a wider area than office or home networks, but the principles are the same. APs are located on the sides of buildings or on telephone poles throughout the coverage area. computer engineer salary are connected to the internet via a wired network and broadcast a wireless signal throughout the area. Users connect to their desired destination by connecting to the nearest AP, which forwards the connection through its internet connection.

Wireless personal area networks cover a very limited area -- typically a maximum of 100 meters for most applications -- using protocols like Bluetooth and Zigbee. Bluetooth enables hands-free phone calls, connects a phone to earpieces or transmits signals between smart devices. Zigbee connects stations along an IoT network. Infrared technology is limited to line of sight, such as connecting TV remotes to televisions. Wireless developers have constantly improved technology by discovering new ways to transmit signals to users. These advances enable higher data rates and increasing range for each of these wireless technologies.

Cyber-physical systems in manufacturing, and enhanced public safety and national security applications

Expected over the next few years, that requirements for the next generation of mobile wireless will be outlined in the upcoming International Mobile Telecommunications 2030 (IMT-2030) update from the International Telecommunications Union (ITU). Early thought leadership around next generation wireless use cases may include scenarios involving tactile or haptic communications, high resolution terahertz spectrum use for imaging and sensing, cyber-physical systems in manufacturing, and enhanced public safety and national security applications.

This 5G Americas white paper covers the three main topics:

• A review of activities looking beyond 5G in both North America and globally
• How communications will change beyond the 2020s, including several use cases
• How North America can establish and maintain technological leadership in future communications standards

Brian how much do computer scientists make, Assistant Vice President, Standards & Industry Alliances AT&T and leader of the working group in development of this white paper said, “Many projects identified as ‘Next G’ and ‘6G’ identified projects are proceeding globally with some contribution from the Americas. There is a need for commercial entities, government agencies and academic bodies in the United States to be at forefront of these next generation developments.”

new process to engineer nanometer-sized versions of coaxial cables

 “Others have studied strong coupling of light and matter, but with this new process to engineer nanometer-sized versions of coaxial cables, we are pushing the frontiers of computer science vs software engineering coupling, which means we are discovering new quantum states where matter and light can have very different properties and unusual things start to happen,” said San-Hyun Oh, professor of electrical and computer engineering and the senior author of the study. “This computer science vs software engineering coupling of light and atomic vibrations opens up all kinds of possibilities for developing new quantum-based devices or modifying chemical reactions.”

Infrared light interacts with the vibration of atoms in materials. For example, when an object is heated, the atoms composing the object vibrate faster, giving off more infrared radiation, which enables thermal imaging and night-vision cameras.

The wavelengths of infrared radiation absorbed by materials depends on the particular atoms that make up the materials and how they are arranged, which enables chemists to use infrared absorption to identify different chemicals.

National Security Engineers

 Amy Chaput is a former Acting Chief Technology Officer for the Directorate of Science & Technology at CIA, where she spearheaded the enterprise-wide strategy for science and technology to include research, investment, and partnerships with industry and academia. Chaput is currently Vice President for Civil Programs at Stellar Solutions.

As a little girl growing up in the suburbs of Chicago, I always knew I wanted to be an engineer. My grandfather owned an electrical construction business in downtown Chicago with my father and uncle, and I worked there every summer. Although my first job was simply answering the phone, my father and grandfather engaged me in all aspects of the business from the bid and proposal process to electrical design to payroll and bookkeeping. My favorite task was building the company’s first personal computers, back when you had to integrate the processor, motherboard, and memory by hand. There was nothing better than seeing the computer power up and present that all-inviting command prompt “computer engineering careers” that opened up an endless world of possibilities.

Like many women who end up in STEM career fields, I was fortunate that my family encouraged my interest in technology. On one particularly memorable Christmas, Santa brought me a Texas Instruments TI-99 home computer (complete with a speech synthesizer and a Basic programming language interpreter). I taught myself how to program in Basic, print the word “hello”, and say my name in the funny way those first computers sounded.

Two Parallel Wireless founders exit to start A5G Networks

 Two of the founders of Parallel Wireless have left the company to develop their own startup, A5G Networks. Rajesh Mishra, now the former president and CTO of Parallel Wireless, will be the CEO of A5G Networks. Kaitki Agarwal, previously chief product officer of Parallel Wireless, will be the CTO and COO of A5G Networks. Mishra told Light Reading he decided to start A5G Networks due to the growth in the open RAN arena, where Parallel Wireless has been a leading player.

"When you have a lot of [open] how much do computer engineers make, what happens then?" Mishra said, explaining that A5G Networks will sell software for network orchestration.

Such an offering makes sense given concerns that some operators have about the complexity involved in implementing open RAN technology. The open RAN trend promises to break up wireless networks into interchangeable components from multiple vendors, rather than monolithic blocks supplied by one vendor. But that creates integration challenges for operators looking to mix and match products from a variety of open RAN suppliers.

Indeed, that's exactly the issue that T-Mobile's networking chief recently raised. "Today, I buy a solution from an Ericsson or a Nokia or a Samsung; it's warrantied. I have one neck to choke. If something goes wrong, I know where to go. In an O-RAN environment, you have to do a lot more heavy lifting as the operator," said T-Mobile's Neville Ray. "Who's ultimately responsible for all of the integration?"

For his part, Mishra said he's currently financing A5G Networks himself, but is also in discussions with possible investors.

Montclair State Launches Online Certificate in K-12 Computer Science Teaching

 The College of Education and Human Services at Montclair State University will launch an online graduate certificate program in K-12 Computer Science Teaching for the upcoming spring 2021 semester.

The online offering continues Montclair State’s commitment to responding to New Jersey’s educational needs and providing educators with immediately actionable knowledge, skills and strategies to enhance instruction and affect student learning.

Designed for equity-oriented teachers seeking to meet demand for high-quality computer science (CS) education, the 15-credit, five-course program will offer coursework in computer science content including coding, programming, problem-solving through computational thinking (CT), equity and diversity in computer science fields, and research-based methods of teaching computer science.

The program has been developed as a response to New Jersey’s “Computer Science for All” initiative to advance K-12 STEM Education. Created by Governor Phil Murphy in 2018, the program provides a plan to bring technology and programming-focused classes to schools across New Jersey.

Dr. Yune Tran, associate dean of The College of Education and Human Services, is helping to develop the comprehensive state plan for CS as a higher education member of the New Jersey CS Advisory Board.

“By offering the certificate in K-12 Computer Science Teaching, difference between computer science and computer engineering State is playing a key role in advocating for high-quality computer science learning so that K-12 students have access to CS and CT content to succeed in the global economy,” Tran explains.

Act now to prevent skills gaps in the workforce

 Amid the ongoing efforts to control jobs with a computer science degree and the massive economic impact that comes with it, recent news and government communications have served as a reminder of the consequences of Brexit, which are just around the corner.

The details of Britain’s departure from the EU have now been released in the Government’s ‘Statement of Changes’ which sets out comprehensively the rules that will apply. From 1 January 2021, EU citizens will lose their freedom to live, work and study in the UK and become subject to immigration control.

This means there is no longer a guarantee that an EU-based recruit will be able to take up employment in the UK and employers potentially seeking skilled workers from overseas will have to move fast.

To avoid skill gaps in the workforce, recruiters need to ensure they are ready for the imposing barriers to talent and consider how long it can sometimes take to find the right talent, particularly where there is an element of competition for certain skills.

This is especially true for the northern tech sector, which must work hard to attract people to live and work beyond London and the South East. Because of the upcoming law changes and the headlines currently surrounding it, many more businesses than usual will be submitting applications for sponsor licences, creating the potential for administrative backlogs.

Nutritional Products International’s Kenneth E. Collins Works Network of Retail Contacts for NPI Clients

Kenneth E. Collins, Nutritional Products International’s new Executive Vice President, is at work reaching out to retail buyers throughout the United States. When Mitch Gould, founder and CEO of NPI, recently hired Collins, he knew Collins had a powerhouse retail Rolodex.

“Ken has worked for more than two decades in the sports nutrition and consumer goods industries,” Gould said. “During that time, Ken has built a stellar reputation and a nationwide network of retail contacts.”

Collins comes to NPI after five years as director of sales for Glanbia Performance Nutrition, the largest sports nutrition company in the world, and, before that, 15 years at Muscle Foods USA in top sales, purchasing, and operations positions.

“NPI has a portfolio of innovative health and wellness clients who are bringing their products to the American market,” Collins said. “Because of my years in the industry, I can introduce our clients to buyers from major retail outlets. The products that our clients have developed, however, sell themselves. I am just a retail matchmaker.”

NPI is a one-stop global brand marketing company for health, wellness, and beauty companies. The jobs with a computer science degree company works with domestic and international brands that want to expand their presence in the United States or enter the world’s major consumer market for the first time. NPI provides expertise regarding U.S. Custom and FDA regulations, logistics, sales professionals, and a marketing team for its clients. The competitive advantage at NPI is Gould’s proprietary “Evolution of Distribution” system that brings together all the services companies need to succeed in the U.S.

“Ken and I worked together when NPI President Jeff Fernandez was a buyer for Amazon,” Gould said. Back then, Fernandez was starting Amazon’s new health and wellness category when the online giant was only selling books and electronics.

“Ken and I had contacts with more than 200 sports nutrition brands,” Gould said. “Jeff was looking for quality brands, and we provided them to him.” Gould said Collins now will use his experience to benefit NPI clients.

“We represent health and wellness brands from the four corners of the world,” Gould said. “Our clients have developed the most innovative products on the market today. With retail professionals like Ken and Jeff, our clients are in expert hands.”

CURRENT MARKET TRENDS OF AIRCRAFT CABLE MARKET

Global Coronavirus pandemic has impacted all industries across the globe, Aircraft Cable market being no exception. As the Global economy heads towards major recession post-2009 crisis, Cognitive Market Research has published a recent study which meticulously studies the impact of this crisis on Global Aircraft Cable market and suggests possible measures to curtail them. This press release is a snapshot of the research study and further information can be gathered by accessing a complete report.

The research team of Cognitive Market Research has formulated and compiled a new research report on Aircraft Cable market. The Aircraft Cable research report contains the overall market information like industry analysis, market size & share, forecast analysis, market drivers, market opportunities market restraints, region analysis, growth analysis, latest trends and software engineering vs computer science impact analysis. The data present in the research report is represented in the form of graphs, tables and charts to have a detailed understanding of the entire market. Hence through a close study on all the functions, aspects and scenarios of the market & the industry, the Aircraft Cable research report has been compiled.

Each of the companies/key players consists of detailed information like: company introduction/overview (competitors, sales area, contact info, business segments and overall information), product portfolio, net sales & revenue, research & development costs, product specifications & information, latest news of the company, swot analysis and business strategy of the company is explained. And hence the entire information related to the company concerning the specific product and in-depth information of collaborations and all other essential information is mention in each of the key payer/company profiles is provided in the research report.

Investors Face ESG Risk from Oil and Gas Facilities Operated by Third Parties

 Global investors face significant environmental, social and governance risk stemming from a vast network of commercial oil and gas projects owned by the companies they hold shares in but which are controlled by third-parties, according to a new paper released by Environmental Defense Fund (EDF) and Rockefeller Asset Management.  

The analysis, “Emission Omission: A Shareholder Engagement Guide to Uncovering Climate Risks from Non-Operated Assets in the Oil and Gas Industry” evaluates production exposure, methane disclosure and target coverage of nine Oil and Gas Climate Initiative (OGCI) companies. Building on EDF’s 2018 report, the Next Frontier, the paper offers technical guidance for investors to constructively engage companies to reduce ESG/climate risk.

“Climate risks from non-operated assets may have risk-and-return implications for oil and gas investors as companies continue to finance natural gas infrastructure,” said Meredith Block, Senior computer science vs computer engineering salary Analyst and Senior Vice President, Rockefeller Asset Management. “Now is the time for investors to call companies to action and encourage them to establish methane targets that cover 100% of their production volumes, across all of their assets.”

OGCI companies reviewed in the analysis include bp, Chevron, Equinor, Eni, ExxonMobil, Oxy, Repsol, Shell and Total. Their non-operated assets range from 19% to 66% of company production, with five of the nine companies deriving more than half their output from facilities run by third-parties.

Motion Recruitment Expands Market Specialization Model into DataOps and Cybersecurity

 Motion Recruitment, a leading North American provider of IT Staffing for contract, contract-to-hire and direct hire recruitment, today announced the launch of two new fully dedicated tech placement disciplines in DataOps and Cybersecurity. Motion has several years of proven experience in these sectors, but will now have teams exclusively focused on these two tech placement areas. 

This latest strategy expands upon Motion's existing portfolio of highly specialized tech placement teams to include: Software Engineering, Web Development, Mobile Development, Digital Creative, Cloud Engineering, Network Infrastructure & Dev Ops, Product & UX, and Functional/Project Management. The new localized DataOps teams will focus on Data Engineer, Data Scientist, AI, and Data Analyst roles and the Cybersecurity teams will focus on Security Engineer, what is the difference between computer science and computer engineering, Applications Security Engineer and Security Analyst roles. Motion will exit the year with over 80 specialized IT recruitment teams across its 16 North American locations.

"Setting our teams up to focus only on select geographies and tech disciplines enables us to fully penetrate and master these local markets. The deep recruitment expertise and highly actionable networks developed from this model are what job seekers and hiring leaders want the most from us," said Matt Milano, President of Motion Recruitment.

"Cybersecurity and DataOps were obvious expansion choices. Companies are investing heavily right now in data security strategies and talent to protect against the growing number of cyber threats," said Milano.  "And big data is seeing the same type of hiring surge with the rapid digitization efforts needed to manage today's vast quantities of corporate data." According to Management Consulting firm, L.E.K. Consulting LLC, digital data is expected to reach an unprecedented 44 zettabytes in 2020 ('The Data-Driven Mindset').

VMware reduces the cost and complexity of connecting and protecting the distributed enterprise

 VMware unveiled Virtual Cloud Network innovations that will help customers create a modern network that better supports current and future business initiatives. With advancements across the VMware networking and security portfolio, customers will be able to more effectively manage the rapid shift to remote work, deliver traditional and modern applications faster and more securely, and reduce the cost and complexity of connecting and protecting the distributed enterprise.

Businesses today, and the IT and application development teams supporting them, are racing to adapt to a new normal. Application architectures are more modern and cloud native; on premises data centers are extending to include multi-cloud and edge compute environments; and the work environment is no longer a single campus or branch, but rather anywhere an employee can connect to the Internet. This new reality introduces complexity that the network of the past 20 years was not designed to address.

“Customers tell us they want the same level of automation they have in the public cloud across their entire environment. But while they can automate some parts of their network, other parts such as firewalls and load balancers still require manual tickets for provisioning. That’s why partial automation is an oxymoron; it’s a half-built bridge that does nothing to get customers to where they want to be,” said Rajiv Ramaswami, chief operating officer, products and cloud services, difference between computer engineering and computer science.

“The VMware Virtual Cloud Network delivers the automation and economics of the public cloud across every element of the network and spanning the entire distributed enterprise at a time when agility and cost matter more than ever.”

VMware is delivering a range of solutions and services to help customers survive and thrive in the most turbulent market in generations. VMware’s cloud, app modernization, networking, security and digital workspace platforms form a flexible, consistent digital foundation on which to build, run, manage, connect and protect applications, anywhere.

Cabledan Offers Cutting-Edge Structured Cabling Services

 The company cable services are conducted by a team of fully certified and trained engineers. With more than 25 years of experience, the technical team offers exceptional data cabling services. The team is diversified in working with every type of structure cabling system.

Speaking on their purpose and service, computer science and engineering representative noted, “When we take a project, we are also committing to you. The goal is to achieve mutual success through timely communication, technical excellence, and stellar customer service.”

The cabling experts strive to support businesses, regardless of their sizes, in their structured data cabling needs. Prioritizing on its clients’ network performance, the top-rated structured data cable company provides stand-alone, and wall-mounted cabinets, network cabling containment, and patch panels.

Cabledan provides data cable installation services that include audiovisual installations, structured cable testing, comms room access control, floor box relocation and installation, fibre optic cabling installation and repair service, IP CCTV installation service, office desk cable management, home, and business wireless network solutions.

The team uses a customer-focus approach on every installation project, as further stated by the company’s representative, “The customer is at the heart of the project. We will start by analyzing end-user requirements, technical considerations, budgetary allocations, and scalability before recommending the right solution.

Supporting mobile workers everywhere

 The coronavirus lockdown has made everyone a mobile worker. IT strategies and policies relating to mobile working, laptops, security and mobile network access have had to scale across every business. Approaches that have worked well in the past, when a small proportion of employees needed mobile connectivity, have often proved lacking when IT departments try to scale up remote working to support the majority of employees.

For years, IT departments have relied on virtual private networks (VPNs) to provide remote access to the corporate network for remote workers. But when measures to contain the coronavirus resulted in many businesses switching from office-based work to remote working, every employee became a mobile worker and computer engineering vs computer science proved woefully inadequate.

Along with providing secure networking, IT managers have also needed to consider how to deliver access to line-of-business applications to employees to enable them to work from home long term.

While a VPN provides a secure point-to-point connection between a remote worker’s device and the corporate network, it does not offer direct access to any cloud-based applications. Every single packet of network traffic needs to be routed through the VPN servers, which makes connectivity to internet-hosted business applications very inefficient.