connect more devices without any slow downs

 Netgear Nighthawk AX4 AX3000 Wi-Fi 6 Router. This Wi-Fi 6 router by Netgear supports speeds of up to 3Gbps, with dual bands of speeds of 600Mbps and 2400Mbps. Wi-Fi 6 improves the capacity of your network, so you can connect more devices without any slow downs. It also has 5 Gigabit ports for wired connections. Good for small to medium homes.

Designed with gamers in mind, Netgear’s Nighthawk Pro Gaming XR500 Wi-Fi router has built-in options for prioritizing gaming traffic. This helps to prevent lag and gives you a smoother gaming experience while gaming on a congested network. The router also supports network speeds up to what is the difference between computer science and computer engineering and it has dual-core 1.7GHz processor to help keep everything running smoothly.

Security-driven networking: The foundation of digital transformation

 Digital innovation will transform agencies' network configurations, having an especially critical impact on securing those environments that have seen significant expansion of potential attack surfaces and the deployment of a wide range of new endpoints that require protection. Compared to 20 years ago, today's networks require 50 to 100 times more computing power to inspect and secure traffic than is needed for networking and switching. To adequately protect critical resources and data against new IT security threats, agencies must reconsider their traditional security models as they move forward with modernization.

A security-driven networking approach enables agencies to move away from siloed IT environments and instead integrate their networking and security under a comprehensive and unified IT infrastructure. Using this approach, agencies can defend networks, traffic and network-accessible assets against unauthorized access, data loss and computer engineering career even while the underlying infrastructure adapts to changing circumstances. 

CoderZ Contributes to the National Computer Science for All Movement

 The CSforALL movement, to bring computer science to all US students, marked a major growth milestone this week. Along with 126 organizations, CoderZ has made new commitments to advance computer science education access and opportunity for youth across the United States at the 2020 CSforALL Commitments Showcase.

“In partnership with Amazon Future Engineer, we’ve committed to providing coding and robotics instruction to 150,000 students over the next 12 months,” said Ido Yerushalmi, CEO of CoderZ. “We’re doing this by offering free access to our virtual robotics platform for up to 1,000 teachers working in Title I schools across the United States by the summer of 2021.”

Additionally, CoderZ in partnership with the Intelitek STEM and CTE Education Foundation, is committed to empowering traditionally underserved communities with better access to STEM. “CoderZ is very pleased to be involved in the national movement to increase access to and equity in computer science for all,” said computer science engineering. “It’s extremely important for all students to have access to this area of knowledge, even if it does not become their career of choice. We are dedicated to making this type of learning fun, empowering and accessible to as many students as possible.”

World's smallest atom-memory unit created

 Faster, smaller, smarter and more energy-efficient chips for everything from consumer electronics to big data to brain-inspired computing could soon be on the way after engineers at The University of Texas at Austin created the smallest memory device yet. And in the process, they figured out the physics dynamic that unlocks dense memory storage capabilities for these tiny devices.

The research published recently in Nature Nanotechnology builds on a discovery from two years ago, when the researchers created what was then the thinnest memory storage device. In this new work, the researchers reduced the size even further, shrinking the cross section area down to just a single square nanometer. Getting a handle on the physics that pack dense memory storage capability into these devices enabled the ability to make them much smaller. Defects, or holes in the material, provide the key to unlocking the high-density memory storage capability.

"When a single additional metal atom goes into that nanoscale hole and fills it, it confers some of its conductivity into the material, and this leads to a change or memory effect," said Deji Akinwande, professor in the Department of Electrical and Computer Engineering. Though they used molybdenum disulfide -- also known as MoS2 -- as the primary software engineering vs computer science in their study, the researchers think the discovery could apply to hundreds of related atomically thin materials.

The race to make smaller chips and components is all about power and convenience. With smaller processors, you can make more compact computers and phones. But shrinking down chips also decreases their energy demands and increases capacity, which means faster, smarter devices that take less power to operate.

Aerospace Firm in Broken Arrow Adding 80 Jobs for Work

 A Broken Arrow–based maker of flight simulators is looking for dozens of new workers after winning another round of multimillion-dollar military contracts. CymSTAR LLC needs 80 new employees for its coming work on simulators to train pilots on the Air Force’s upgraded A-10 planes and its aging E-4B, a 747 dubbed the "Doomsday plane" that serves as a command center when the president is out of the White House. The E-4B is getting too old for training runs.

CymStar President and CEO Dan Marticello said so far, the company has recruited most of its workforce from engineering programs at TU, OU and OSU. "We’re not dealing with the Silicon Valley competition here in Oklahoma, but it’s been very good so far. I think with this growth, it’s going to be a challenge to source that many from those universities. We may have to expand our recruitment footprint," Marticello said. The company mostly needs software engineers but will also hire some electrical and mechanical engineers. Salaries run $60,000 to $100,000.

Broken Arrow Chamber and Economic Development Corporation President Darla Heller said the jobs announcement is an important one for the local economy. "We see most of new job growth come from our existing businesses, and these types of jobs that computer engineer vs computer science will be creating are high-wage jobs that are going to have a ripple effect on our economy for years to come," Heller said.

As Consumers Shift Online, There Is Greater Need For Cyber Security Services

 Cyber security incidents rose to 208,456 in 2018 from 53,117 in the previous year. In 2019, the losses that occurred due to cyber-crimes in the country were estimated at INR 1.25 lakh Cr. The looming threat of cyber-security is now forcing e-commerce giants like Amazon, Flipkart and Snapdeal to rope in ethical hackers to trace loopholes in their existing systems.

As the lines between digital and physical continue to blur especially amid the Covid-19 pandemic, contactless payments and digital transactions have become the new norm. A report published by IBEF said that the Indian computer science engineering market is growing at a steady pace and is expected to be valued at $200 Bn by the year 2026. In the same report, it was stated that internet users in the country will increase to 829 Mn by the year 2021. If that sounds promising, there’s a bigger threat lurking around that requires immediate attention – cyber-security.

As connectivity improves and digital transactions take the front seat, several businesses in India are expected to lose their immunity which they enjoyed in a less connected economy. Cyber-security incidents rose to 208,456 in 2018 from 53,117 in the previous year which is a clear indication of the rising number of cyber incidents in the country. Amid the growing concerns, it is imperative that India takes a stronghold against cyber-security threats by strengthening cyber-security standards and implementing better security infrastructure.

How to Send a Networking DM on Instagram That Works

 When it comes to networking online, recently, LinkedIn has been the dominant platform. While it’s a great place for people to connect, it isn’t always suited to reflect the nuanced and organic networking needs of smaller entrepreneurs. Some Facebook Messenger users still have the “secret inbox” where unsolicited messages go to die, and computer science average salary only allows DM’s from people who are already followers. But Instagram’s latest message filtering system actually increases the chance that your message will be read. Here are some tips for maximizing Instagram for networking opportunities.

Think of it this way. What do you do when someone sends you a friend request? You poke around their profile to figure out who they are. Your recipient will do the exact same thing. So first take a good look at your profile and ask yourself if that is how you want to be represented to whoever you are trying to network with. Make sure your profile has all the info necessary for someone to briefly stalk you online like your bio, city, and occupation. With our attention spans getting shorter and shorter, you need to make it as easy as possible for them to get a feel for who you are. Therefore everything you want them to know should be readily available. Having a well-written, detailed profile will help legitimize you before hitting that send button.

Treat your profile like your portfolio. What’s the first thing that you want your recipient to see? Whatever it is, you have to put that right on top. For a lot of people, this means deleting or completely reorganizing posts in their Instagram profile. The idea here is to spare them from having to scroll through your feed to figure out who you are and what services you offer. Therefore your top row should accomplish three things: provide context to the nature of your work, establish authority in your work, and show social proof. 

Only 28% feel confident about the levels of cleanliness and hygiene in educational locations - survey

 The implementation of the second Coronavirus lockdown in England has renewed the focus on health and hygiene in education establishments. Schools, colleges and universities remain open under the latest rules and need to be prepared as concern heightens for the safety of students and staff. A survey about how Covid-19 has affected perceptions of cleanliness and hygiene in the education sector, conducted by Harris Interactive on behalf of Kimberly-Clark Professional™ during the first lockdown, revealed that only 31% were comfortable about sending children back to school and 86% would avoid an education facility if they didn’t think it was Covid-secure1.

The survey also found that only 28% of respondents felt confident about the levels of cleanliness and hygiene in educational locations – such as hand washing, wiping and sanitising. In addition, an overwhelming majority – 82% – believe toilet facilities are the most important area requiring improvements in hygiene1. The education sector faces its own unique set of challenges in maintaining the highest possible standards of hygiene and cleanliness, which now more than ever is strongly focused on hand hygiene,” says Olena Neznal, Vice President, Kimberly-Clark Professional™ software engineering vs computer science. “Fear and uncertainty has put education establishments under pressure yet again to balance the responsibilities of keeping staff and students safe and staying up to date with hygiene protocols, whilst maintaining teaching standards.”

As the leaders in workplace hygiene, Kimberly-Clark Professional™ is keen to fully uncover the concerns and issues around standards of cleanliness and hygiene in the education sector.

According to the research, more than two-thirds (69%) perceived going to a school or nursery as high to moderate risk, while 72% perceived going to a college/university as high to moderate risk. Other key findings showed a significant number of respondents believed modern technology could play an important part in improving education sector washrooms. The most desired addition would be touchless taps according to 61% of respondents, while 54% would most like to see the introduction of touchless automatic doors1. Good hand hygiene practices remain crucial as the primary way of reducing the spread of germs and viruses. Teaching the correct method of hand washing and drying in nurseries and schools is crucial to reducing the spread of germ transmission and an invaluable habit for children to learn for the rest of their life,” says Neznal.

Global Big Data Network Security Software Market Growth Analysis and Top Key Vendors- Big Data Network Security Software are

 This elaborate research report compiled, articulated and presented on Global Big Data Network Security Software Market lends a complete overview of the market, rendering specific details on market size, technical and business developments, highlighting details on growth enablers, trends, factors, opportunities, and limitations that influence the growth trajectory in Global Big Data Network Security Software Market.

With the help of the aforementioned data on market participants may procure necessary insights to successfully leverage growth-oriented business discretion in significantly affected cloud accounting software market.

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ColdQuanta Previews its Cold Atom Quantum Computer Technology

 ColdQuanta, the quantum atomics company, previewed its quantum computer technology, built on its Quantum Core™. The Quantum Core is uniquely capable of being used as the basis for a wide range of quantum systems spanning computing, global positioning, signal processing, and communications. Today, this technology is a key component of NASA’s Cold Atom Laboratory on the International Space Station, atomic clocks, gyroscopes, quantum matter systems, and advanced research systems.

In developing the technology for a quantum computing platform, ColdQuanta is leveraging its deep expertise and more than a decade of experience delivering quantum products and systems. In April of this year, the Defense Advanced Research Projects Agency (DARPA) selected ColdQuanta to develop a what can you do with a computer science degree, cold-atom-based quantum computing hardware and software platform that can demonstrate quantum advantage on real-world problems. The work is being led by ColdQuanta Chief Scientist Mark Saffman. In October, ColdQuanta announced cloud access to a quantum matter system that lets users generate, manipulate, and experiment with ultracold matter.

Covid-19 could exacerbate an existing shortage of computer science graduates. What does this mean for IT leadership?

 Even before the Covid-19 pandemic started in early 2020, many were worried about the disparity between the number of unfilled computing jobs and the number of computer science graduates available to fill them. With Covid-19 changing the face of work and education, that skills gap has the potential to widen even further — turning the worry into a pressing need that CIOs and IT executives must address.

Last year, there were around 700,000 open tech jobs in the U.S., according to an estimate by IT trade group CompTIA, and according to 2017 data from the National Center for Science and Engineering Statistics, there were only around 72,000 computer science graduates across the country ready to fill them. With college students facing the worst job market in over a decade, many are reevaluating their education options and finding that a traditional college degree might not be the right path for them after all.

In fact, one survey by internship service how much does a computer engineer make found that 28 percent of U.S. college students are considering a change in career path, and a report from higher education marketing agency SimpsonScarborough shows that 1 in 5 U.S. high school seniors are not planning to go to college at all. In both cases, these numbers are likely to go up and not down as a result of Covid-19, meaning there will likely be fewer computer science graduates coming down the pipeline over the next four years or more.

Security Innovation Takes Center Stage at SACON CISO Platform

 Security Innovation, an authority in software security assessments and training, announced today that its CEO and senior security engineers will be addressing various cyber security topics and running a hacking event using the company’s commercially available CMD+CTRL Cyber Range. The event is free and open to anyone that registers.

This conference celebrates the foremost security researchers and trainers in the world. It is co-hosted by CISO Platform and is computer science engineering with 40,000+ global security professionals including CISOs, Engineers, Government Agencies, and other security stakeholders. It is a "No Sponsored Talk” Conference where presenters and trainers are invited experts. Sessions include zero trust, cyber risk, application security, cyber terrorism, API security, IoT hacking, and other topics.

“Security Innovation has long been known for our expertise in software security and we are honored to be participating at such a reputable event like SACON” said Ed Adams, CEO of Security Innovation. “We bring a unique perspective to the cyber security community and look forward to sharing that with attendees. Those who participate in our instructor-led hacking competition with have fun whilst learning.”

Point of Sale Terminals Market Outlook

 The “Point of Sale Terminals Market” report provides overview of competitive landscape analysis, major trends, and key regional development status. The rapidly changing market scenario and initial and future assessment of the impact is covered in the report. Point of Sale Terminals market report highlights details on the leading players of the market, along with various liable aspects related and connected with the market. The companies have been profiled on the basis of their key facts, business description, products and services, financial overview, SWOT analysis, and key developments.

Point of sale is the time and location where a transaction is completed. A computer science vs computer programming system is computer hardware and software, that manages the transaction during the sale of a product or a service. It helps to store, capture, share, and report data related to the sales transaction. It eases the shopping experience and helps to expedite the checkout process, resulting in customer satisfaction. Inventory management, stock in hand, availability of a product, and pricing information are major data that are acquired from the systems.

Security-driven networking: The foundation of digital transformation

 Digital innovation will transform agencies' network configurations, having an especially critical impact on securing those environments that have seen significant expansion of potential attack surfaces and the deployment of a wide range of new endpoints that require protection. Compared to 20 years ago, today's networks require 50 to 100 times more computing power to inspect and secure traffic than is needed for networking and switching. To adequately protect critical resources and data against new IT security threats, agencies must reconsider their traditional security models as they move forward with modernization.

A security-driven networking approach enables agencies to move away from siloed IT environments and instead integrate their networking and security under a comprehensive and unified IT infrastructure. Using this approach, agencies can defend networks, traffic and network-accessible assets against unauthorized access, data loss and what do computer engineers do even while the underlying infrastructure adapts to changing circumstances. 

Secure access service edge (SASE) and software-defined wide-area network (SD-WAN) technologies are designed to merge security and networking into a single, integrated solution that can rapidly and easily scale and adapt to expanding environments and requirements. These forward-leaning capabilities help agencies better plan for the future while ensuring security remains a top priority even amid ongoing changes.

Incorporate PBX Systems Into Your Digital Strategy

 Legacy PBX systems complicate digital transformation efforts, but replacing them isn’t always a choice. Fortunately, there are ways to adapt legacy systems to meet the demands of today’s business world without starting from scratch. You can merge them into a more modern digital architecture.

One thing that holds companies back from modernizing their digital strategy is the amount of time and money they have invested in their legacy PBX systems, but tthey don't have to rip out their entire digital infrastructure to take advantage of modern technology.

There’s a computer science average salary that digitization has to include scrapping, ripping, and replacing existing technology, and starting over. The sheer scale of such an endeavor keeps companies limping along with outdated systems because they keep upgrading them and kicking the can down the road.

Legacy systems carry some baggage for a few reasons: hardware maintenance only gets more expensive as equipment ages, and they require a significant amount of upkeep. Also, vendor support may end when it falls out of general assistance — requiring costly upgrades. It’s also harder to find qualified technicians who work with outdated technology.

Legacy systems tend to have large codebases and poor documentation. Their complexity discourages developing with new technology because even small changes could cascade into more substantial problems. All these issues contribute to the main problem with legacy systems: they’re expensive. The cost drains resources from other business projects — but it doesn’t have to. There are ways to blend legacy systems into something more compatible with your digital strategy.

Alamanda College Selects AI-Driven Solutions by Juniper Networks to Power the Future of Learning

 Juniper Networks (NYSE: JNPR), a leader in secure, AI-driven networks, today announced that Alamanda College has selected Juniper’s wired and wireless solutions driven by Mist AI to transform the networking experience across its campus. With a network now powered by AI and automation, Alamanda College is able to create a better teaching and learning experience for staff and students, as well as lower the cost of networking deployment and operations through proactive AIOps, predictive recommendations and a Self-Driving Network™.

Located in one of Melbourne’s fastest-growing suburbs, Alamanda College has experienced exponential growth since it was founded in 2013 with over 250 teaching staff educating over 3,000 students across the Australian K-91 school system from preparatory school to Year 9. With the significant ongoing growth in enrollment, campus size has had to scale accordingly with new classrooms being added almost yearly.

To keep pace with the increasing networking demands of a rapidly growing campus, Alamanda College made the decision to move all of its infrastructure and data to the cloud. With over 5,000 devices now connecting to the campus network daily, a major priority was the upgrade of its wireless network to ensure seamless and high-performance connectivity for users in every part of the school. Furthermore, as students and staff returned to campus as pandemic restrictions loosened, it was crucial for the college to introduce proximity tracing measures to safeguard the overall health and safety of everyone on campus.

With the continued provision of safe and secure education despite the ongoing pandemic remaining a key priority of the Victorian state government, what is the difference between computer science and computer engineering College identified the need to swiftly transition toward a robust and reliable network that was easy to roll out and maintain.

TIC Transformation: Trust Zones, Flexibility, and Protecting High-Value Assets

 The final TIC 3.0 guidance released in July provided Federal agencies with increased flexibility for ensuring security in their cloud and mobile solutions as they drive forward on their modernization journeys. How are the new trust zones and zero trust working together? How is the new guidance helping agencies modernize while maintaining security?

We sat down with Bryan Rosensteel who serves as a Cyber Security Architect of Public Sector at Cisco’s Duo Security to get his take on the new and improved TIC 3.0 guidance.

MeriTalk: The final TIC 3.0 guidance released in July aims to help agencies introduce more flexibility as they continue to increase use of cloud and mobile solutions. From your view, how will TIC 3.0 support agencies as they progress in their modernization journeys, particularly in this age of maximum telework?

Rosensteel: The last time the TIC documentation and guidance was revisited was over 10 years ago. The world we were living in then was fundamentally different than today. If you think back to TIC 2.0, it was working under the assumption that most agency employees were in the building or on the corporate network accessing resources outside the network – that’s the way it was architected and designed.

We don’t live in that world anymore – and that has become abundantly clear over the last six to eight months of extreme telework. Now, more than ever, agencies need a more modern architecture that supports users, workloads, and cloud applications outside of the network. But they also still need the visibility and security architecture to support those use cases – and that’s exactly what the TIC 3.0 guidance is designed to provide.

Should Your Organization Get Certified in Cyber Security?

 Cyber security is top of mind for many organizations, but most of them question the benefits of getting certified. Lately, there’s a lot of discussion and marketing effort centered around a wide range of cyber security certifications. The point is not the certification, but rather the process of computer engineering career security within your organization that’s valuable.

 The certification process against a security standard will help your staff migrate from ad-hoc security activities to holistic and ongoing operational practices that are visible internally and externally.

Internally, cyber security certification keeps security operations and practices top of mind for all staff, not only the IT team. Therefore, security is the responsibility of the entire organization. The process of getting certified enforces good practices and reduces risks.

Externally, a cyber security certification communicates to your customers, suppliers, and the entire business ecosystem that you take cyber security seriously. Many organizations have started to require minimum security operations benchmarks as part of their business contracts. This trend is expanding, so more businesses will follow suit.

The next question I get asked often is, which certification framework should my business use? Since a cyber security certification isn’t a one and done type of thing, the key is to pick one that fits your business operations, scale, and sector. Most certifications are based on the same guiding principles of cyber security, and it’s important to pick one that’s expected and respected in your business sector. 

Integrated Ethernet Switches Market 2020-2025 Industry Key Players

 The Pixion Market Research offers complete overview of the Global Integrated Ethernet Switches Market with marketing knowledge on the basis of recorded data for marketing decision makers. Report also focuses on all the important aspects of the industry such as new models, opportunities and trends which enable more effective marketing decision making and theories with empirical insights from marketing study. Hence the report is beneficial for the readers as it informs about the crucial parameters and market developments in order to take steps accordingly and make marketing strategies.

The Research makes some important proposals for new projects of the industry before evaluating its feasibility. The report is also inclusive of different business models, quantitative analysis on the basis of various analytical tools. Hence the market size of the Global Integrated Ethernet Switches market is estimated over the forecast period. CAGR for the estimated period of time is computer science engineering in terms of revenue.

Geographical analysis is one of the most important feature of any industry. This section majorly focuses of the key regions and countries which have good market of the industry. The major trends and developments taking place in the key regions are covered in this report. Hence, geographical analysis provides a deep insight about the opportunities and possibilities of generating revenue for the new entrants in the market.

The Report provides the industry analysis, estimation and extraction of the data based on the historic database for future status. It also covers the growth aspects of the market along with the restraining factors which are likely to impact on the overall the growth of market in the estimated forecast period. In addition, it also covers the demand and supply of the market research study in the estimated forecast period. Detailed study of the market players with their profile, sales analysis and competitive landscape is provided in the report. Furthermore, partnership, collaboration and mergers in the industry are mentioned for the ease of the study of the Global Integrated Ethernet Switches industry.

Threat Intelligence Report Says IoT Attacks Doubled Within a Year, Predicts an Upward Trend

 Nokia’s threat intelligence report found that poor protection practices and the use of automated tools by cyber criminals fueled the rise in cyber attacks on internet-connected devices. Infected Internet of things (IoT) devices constituted about 33% of all the infected gadgets, according to Nokia’s report. This was more than double the number of infected devices last year. The report predicted that the number of IoT attacks would continue to rise because of higher adoption rates of IoT devices. The report was based on data aggregated from over 150 million devices connected to networks with Nokia’s NetGuard Endpoint Security product installed.

Nokia’s report predicted an increase in demand for how much do computer scientists make devices by consumers and enterprises. The use of IoT devices is expected to continue rising in areas such as smart home security monitoring systems, smart medical devices, drones, among others. The report noted that the increased adoption of IoT devices is because consumers were taking advantage of the increased bandwidth, low latency, and the proliferation of 5G networks.

IoT devices had the second-highest rate of infection at 32.72% of all platforms. This was doubled that of 16.17% in 2019.  Windows PCs had the highest infection rates, contributing to 38.92% of all infections recorded, thus clocking a three-point increase from 35.82% in 2019. Android devices contributed to 26.64% of infections across all platforms, which was a massive drop from 47.15% in 2019. Surprisingly, iPhones’ infection rate increased from 0.85% in 2019 to 1.72%. Android was the only platform to report a decrease in infection rates perhaps because of Google’s new security practices.

McAfee Launches Truly Integrated Architecture to Secure Cloud Native Application Ecosystem

 The device-to-cloud cybersecurity company, today announced MVISION Cloud Native Application Protection Platform (CNAPP), the industry’s truly integrated architecture to secure the cloud native application ecosystem. MVISION CNAPP delivers consistent data protection, threat prevention, governance, and compliance throughout the cloud-native application lifecycle, including container and OS-based workloads.

Accelerated by what is the difference between computer science and computer engineering every enterprise is undergoing a digital transformation mandate. Most enterprises are leveraging the agility and innovation velocity of the public cloud, either solely or in conjunction with their private data centers. These enterprises need a simplified architecture; one that enables them to leapfrog the cost and complexity of the patchwork quilt of point products, and benefit from the cloud-native ecosystem, without major investments in tools or developer talent.

“Organizations want to unleash the creativity of their developers to rapidly develop and deploy compelling and compliant cloud-native applications that harness the power of the cloud,” said Rajiv Gupta, senior vice president, Cloud Security, McAfee. “But in order to do that they need an equally cloud-native platform to address the new security needs of this new environment. McAfee MVISION CNAPP extends MVISION Cloud’s data protection – both Data Loss Prevention and malware detection – threat prevention, governance and compliance to comprehensively address the needs of this new cloud-native application world thereby improving security capabilities and reducing the Total Cost of Ownership of cloud security.”

MVISION CNAPP is the industry’s first platform to bring application and data context to converge Cloud Security Posture Management (CSPM) for public cloud infrastructure, and Cloud Workload Protection (CWPP) to protect hosts and workloads including VMs, containers, and serverless functions. MVISION CNAPP provides five key capabilities.