13 Common Security Mistakes That Make Your PC Vulnerable

 We live in a world where we are digitally connected nearly 24/7. Even when we are not actually using our devices for work or paying bills or socializing with those we know, we can still be logged in permanently to our various online accounts. 

This means that we are each exposed to cyber criminals on a constant and neverending basis, who can inflict catastrophic results upon us if we are not too careful.

Unfortunately, too many people go about their lives believing that they are not truly at risk. This is largely because while people may be fully aware of how  governments, corporations, and organizations are often the victims of cyberattacks, that they themselves are not vulnerable on an individual level. 

But the truth is that your personal information is incredibly valuable to computer science degree jobs because they can sell it for a good profit. Ultimately, it’s your responsibility to protect your personal information against attack, and that starts with securing your PC. 

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 how hard is computer science even while the underlying infrastructure adapts to changing circumstances. 

Top Cloud Stock Arista Networks Anticipates A Return to Growth

 Ullal further explained that Arista management thinks a new multi-year growth cycle is underway. The cloud titans -- think Amazon and Microsoft -- will continue to be contributors to this story, though perhaps to a lesser degree than they were during the last decade now that the bulk of their massive data center infrastructure construction has been completed. But, in part because Arista has been continuously innovating and developing new tech, two new end-markets are emerging for the company: the campus cloud (smaller regional data centers for companies' internal use) and adjacent network routing; and network subscription software and services (which it has greater exposure to thanks to the acquisitions of Big Switch Networks and Awake Security earlier this year).  

As for the cloud titans, an eventual upgrade cycle on their part (driven by new entry level computer science jobs networking hardware) could be the key to sustained double-digit percentage expansion for Arista overall, but those upgrades haven't begun yet. But that's OK, because the largest cloud services providers -- once its primary customers -- now account for a far smaller percentage of Arista's sales than they did in the past. In Q3, Ullal said they provided 37% of revenue, but enterprise and financial firms were also at 37%, and smaller cloud service providers were at 26%.  

The campus cloud product portfolio specifically could provide some of the most dramatic upside for the company over the next few years. In its first year, the new segment hauled in $100 million in sales. Arista's top brass said it expects to double that annual rate by the end of 2021, and foresees it becoming a $500 million a year revenue generator further down the road. Given that the company booked $2.22 billion in sales over the last 12 months, that would be a significant addition to the overall business.  

TIC 3.0 PM Touts Better Security Flexibility, Eyes More Use Cases

 The head of the Cybersecurity and Infrastructure Security Agency’s (CISA’s) TIC Program Office emphasized that the Trusted Internet Connections (TIC) 3.0 initiative aims to create more flexible and efficient ways for Federal agencies to improve security, and said his office is considering a wide range of additional use cases to help agencies implement the framework.

“The traditional networking compass is broken,” declared Sean Connelly, CISA’s TIC Program Manager and computer science vs engineering, today at MeriTalk’s virtual TIC Talks event.

That compass – which has tended to view data flows through the traditional lens of vertical and horizontal paths – now begs for agencies to adopt security frameworks that give them much greater visibility into their networks and threat vectors, along with increased flexibility to architect security according to their varied missions, he explained.

That improved visibility, Connelly said, will greatly improve situational awareness and help out agency security operations centers and CISA threat-hunting analysts to protect networks.

Against a threat landscape that continues to grow more perilous, and agency data flows that are expanding at warp speed, Connelly explained how TIC 3.0 accommodates agencies’ increased use of cloud services and better positions Feds to deal with modern attack scenarios, including “living off the land” exploits that have been long lasting and difficult to detect.

SOM completes a hardened cyber security center for the United States Naval Academy

 Hopper Hall sits on the edge of the Severn River on a 100-year floodplain, necessitating the base be both climate resilient and physically robust to protect from potential attacks. The structure’s precast concrete facade and minimal punch windows are both a visual reference to its neighbors and provide additional protection. (© Lucas Blair Simpson/Courtesy SOM)

Four years after SOM first broke ground on Hopper Hall, the first dedicated cyber studies building for the U.S. Armed Forces, the latest addition to the United States Naval Academy (USNA) campus in Annapolis, Maryland, is now open.

Because the USNA campus contains an eclectic mix of architectural styles, from Beaux-Arts to modernism, SOM chose to keep Hopper Hall contextual in its massing and design. As such, the rectangular academic building rises only just slightly higher than the neighboring Nimitz Library, and the jobs with computer science degree precast facade is similar as well. The pattern continues inside, as intersecting white columns and beams create repeating “boxes.”

Hopper Hall sits on the campus’s perimeter along the Severn River, and as such, security concerns dictated both the programmatic and facade arrangement. At the base, the area most susceptible to both flooding and potential blasts, the facade is at its most solid, gradually peeling away as the building rises to reveal multistory windows. The hall’s aquatic labs (the Surface and Underwater Robotics Facility and the Shared Waterfront Activities Lab) are also located at the ground floor, while the building’s more sensitive areas (offices, data centers and labs, classrooms, and research facilities) are on higher floors.

Palo Alto Networks rolls out identity-based microsegmentation in Prisma Cloud

 Palo Alto Networks is releasing new features for its Prisma Cloud security platform. New features in this latest release will integrate technology from Palo Alto's 2019 acquisition of Aporeto, a machine identity-based microsegmentation company. Other new Prisma Cloud features include data loss prevention, and identity and access management security.

With Palo Alto's Prisma Cloud, organizations can securely connect office branches and mobile users to the cloud, allow for SaaS adoption with a cloud access security broker, and improve security across multi-cloud deployments. 

With the integration of Aporeto, Palo Alto is bringing identity-based microsegmentation into Prisma Cloud. The technology will provide visibility of network communications along with security policy control and management, the company said. 

Securing the cloud is a major focus for computer science vs computer engineering Alto, along with securing the enterprise and providing security with its AI-powered platform Cortex. Over the last two years, Palo Alto built up its cloud security capabilities with the acquisition of the cloud security startup RedLock, as well as the purchase of Evident.io and Aporeto. 

As for the rest of the feature updates, Palo Alto said the new DLP capabilities offer discovery, classification, and malware detection for AWS S3. The IAM features provide customers Cloud Infrastructure Entitlement Management (CIEM) capabilities, visibility into who has access to specific cloud resources, and the ability secure those resources with automated least-privileged identity access.

"Enterprises are adopting cloud native architectures, including containers and serverless, and embracing methodologies like DevOps to increase release velocity and achieve greater scale," said Doug Cahill, senior security analyst and group practice director for Enterprise Strategy Group. "This presents a requirement for security teams to integrate security across the full application lifecycle and deliver security through a platform-centric approach as markets converge. The innovation with Prisma Cloud 2.0 speaks to this approach."

New NASA mentor program links Boeing, Southern University

 NASA has signed its newest mentor-protégé agreement. The latest arrangement is between Boeing and Southern University in Baton Rouge, Louisiana. Under the 18-month program, the historically black university will get new expertise on how to win federal contracts. And Boeing will get a pipeline of engineering students to help fill jobs at the nearby computer science major jobs Assembly Facility, where it’s helping to build NASA’s new Space Launch System. For more on how the partnership will work, Federal Drive with Tom Temin talked with Samuel Washington. He’s the director of Southern University’s Office of Governmental Contracting Services.

This agreement does a lot of things for the university. First of all, it provides training and business development for Southern as a protégé. And this training and business development done based on what they call a need assessment, which means that Boeing and Southern actually agreed on some of the things that the large corporations can provide to the university. This agreement also provides enhanced capacity for contracting opportunities, which is the main thrust of all of this. A lot of HBCUs, a lot of schools, they are acquainted with grants, but they’re not acquainted with contracts. They are large opportunities out there for schools being able to efficiently do contracts, and contract work. And we’ve done that for some time. This agreement actually helps us to enhance our capabilities, to make us more efficient. And the training, we have milestones over an 18 month period in which we will participate in the training. And all of this provides opportunities for our faculty, our staff, and students.

Why integrated phishing-attack training is reshaping cybersecurity—Microsoft Security

 Phishing is still one of the most significant risk vectors facing enterprises today. Innovative email security technology like Microsoft Defender for Office 365 stops a majority of phishing attacks before they hit user inboxes, but no technology in the world can prevent 100 percent of phishing attacks from hitting user inboxes. At that point in time, your employees become your defenders. They must be trained to recognize and report phishing attacks. But not all training is equally proficient.

This blog examines the current state of security awareness training, including how you can create an intelligent solution to detect, analyze, and remediate phishing risk. You’ll also learn about an upcoming event to help you get data-driven insights to compare your current phishing risk level against your peers.

The Chief Information Security Officer (CISO) at a modern enterprise must contend with a myriad of threats. The hybrid mix of legacy on-premises systems and cloud solutions, along with the proliferation of employee devices and shadows, means your security team needs a new and comprehensive view of phishing risk across the organization. Self-reported training completion metrics don’t provide insights into behavior changes or risk reduction, leading how much does a computer engineer make to distrust these metrics. Improvement in employee behavior becomes difficult to measure, leaving them anxious that employee behavior has improved at all.

Fortinet Named a Leader in the 2020 Gartner Magic Quadrant for WAN Edge Infrastructure

Global leader in broad, integrated and automated cybersecurity solutions, today announced it has been positioned in the Leaders quadrant of the Gartner September 2020 Magic Quadrant for WAN Edge Infrastructure, placing higher in ability to execute and further in the completeness of vision than its position the previous year.

Fortinet continues to drive innovation of Fortinet Secure SD-WAN to deliver an organically developed solution that consolidates advanced routing, self-healing SD-WAN capabilities, and intuitive orchestration with the industry’s most flexible security options via integrated next-generation firewall or SASE-based cloud-delivered security. Fortinet’s dedication to SD-WAN innovation has also resulted in the industry’s most extensive and secure SD-WAN solution, able to be deployed across the home, branch, campus and multi-cloud. Fortinet Secure SD-WAN helps customers realize significant benefits, including:

Better user experience: Fortinet customers can dynamically learn and overcome WAN impairments at all edges through comprehensive self-healing SD-WAN capabilities, which are powered by purpose-built ASICs for higher performance. AI and ML-powered application learning provides visibility and control to deliver the best application performance possible.

Reduced costs and complexity: Fortinet’s Security-driven Networking approach converges networking and security into a unified Secure SD-WAN solution with centralized orchestration, enabling customers to reduce point products and operational complexity and achieve the best possible total cost of ownership (TCO).

Earlier this year, Fortinet was named a 2020 Gartner Peer Insights Customers’ Choice for WAN Edge Infrastructure. This distinction is based on feedback and ratings from end-user professionals who have experience purchasing, implementing or using Fortinet Secure SD-WAN.

computer engineering careers was also named the fastest growing SD-WAN vendor by Omdia, which noted 247% year-over-year growth in Fortinet’s SD-WAN revenue from 1Q19 to 1Q20. Fortinet believes this additional accolade showcases Fortinet’s ability to deliver one of the top SD-WAN solutions on the market.

The Wireless Communications Industry and its Carbon Footprint

 With consumers becoming increasingly more mindful of their influence on the global environment, the call for more sustainable goods and services is greater than ever before.

In the United Kingdom, a company called Honest Mobile recently announced the debut of the UK's first carbon-neutral mobile network. Through emissions offsetting reforestation, the company said it can essentially provide carbon-neutral calls, texts and data. Honest Mobile stated that it will commit 1% of its revenue to reforestation. In the company’s app, customers can see how many trees Honest Mobile has planted on their behalf.

The wireless communications industry is not the first industry that comes to mind when people talk about emissions or increased sustainability, but actually, it does represent a significant share of global carbon emissions. According to research published by mobile phone maker Ericsson, the overall telecommunications industry accounts for about 1.4% of emissions worldwide. By comparison, the aviation industry generates 2% of all global carbon emissions.

In total, personal devices make up the biggest share of the telecommunications industry’s carbon footprint. About 50% of device-related emissions are associated with usage and the other 50% is associated with device life cycle. Networks and data centers account for the next biggest emission shares in the telecom industry.

Though people and their devices have comprised the majority of wireless communications, the growth of automation and the Internet of Things (IoT) will probably drive the rapid expansion of data networks. The amount of people using wireless networks is projected to develop at a linear rate, while difference between computer science and computer engineering use is expected to increase exponentially.

THE STYLE OF CLOUD NETWORKING IN THE CORPORATE DATACENTER

It is easy to understand the lure of the public cloud’s siren call. There’s the flexibility and agility to enable immediate elastic scaling up or down as needed, the tools and services needed for running modern workloads like artificial intelligence and data analytics, the removal of headaches related to deploying and managing vast numbers of systems – enterprises in large part no longer want to run their own datacenter infrastructures – and the cost efficiencies, with no longer having to pay upfront for hardware and instead leveraging models like pay-per-use.

The benefits of the cloud have been put in even greater focus during the COVID-19 pandemic, which has forced businesses to accelerate their digital efforts to adapt to a rapidly evolving business environment where most people are working remotely. In addition, businesses are seeing their revenues and budgets shrink in the wake of the public health crisis, driving many of them to look to the cloud to run more of their workloads. Synergy Research Group noted that in the first quarter, while spending on traditional computer science average salary hardware and software fell 4 percent year-over-year, revenues in the public cloud datacenter infrastructure market grew 3 percent.

Mundo Pacífico selects IP Infusion and Whitestack for deploying HyperNET, the first disaggregated optical network in Latin America

IP Infusion, a leading provider of network disaggregation solutions for telecom and data communications operators, today announced that Mundo Pacifico, a Chile-based telecommunications provider, is increasing its network capacity for major cities in central Chile by deploying IP Infusion’s OcNOS® network operating system and HyperNET, a software-defined IP network based on Cassini (the Coherent Switch developed within the Telecom Infra Project).

HyperNET is based on Cassini, a disaggregated coherent switch and open packet transponder from Edgecore Networks, that provides high performance switching along with long-haul CFP2 coherent optics modules. Contrary to the traditional approaches, Cassini collapses the Optical to the IP layers in a single platform, making it very efficient for managing huge volumes of traffic.

By using CFP2-DCO (Digital Coherent Optics) from vendors such as Acacia Communications, Mundo Pacifico created the highest capacity network in the region, interconnecting cities and villages with trunks of 200 or 400 Gbps to cover significant distances with no need of external optical amplification in most cases.

The networking stack is based on OcNOS from IP Infusion, the industry’s first full-featured network OS for white box disaggregated network solutions and provides seamless transition from traditional networks to open networks. Instead of a vendor locked-in solution, a disaggregated networking model allows network operators to build and manage open networks, while rapidly deploying new networking features and services at less TCO. computer science engineer salary features advanced capabilities, such as extensive switching and routing protocol support. By leveraging TIP’s TAI (Transponder Abstraction Interface), OcNOS easily supports coherent optical modules from any conformant vendor, in a uniform way.

Counselling moved online for lateral entry to engineering, MBA and MCA in TN

In a first, the counselling for lateral entry to Tamil Nadu’s undergraduate engineering programmes, and MBA and MCA courses will be conducted online.

According to reports, the announcement was made on Sunday by KP Anbalagan, the Minister for Higher Education that the decision was taken due to the COVID-19 crisis in the state. The counselling for lateral entry of students to BE/BTech courses - which is the direct entry of those who have completed polytechnic course into the second year of engineering programmes -was earlier scheduled to be held at the computer science vs computer programming Government College of Engineering and Technology, Karaikudi. Around 15,000 students enter into BE/BTech courses in Tamil Nadu every year through the lateral method.

Engineering, medical colleges may start session for first-year students by Nov!

Due to COVID19 pandemic, the new session of engineering and medical colleges may be started only in November while the session for IITs and NITs’ first-year students could be started by December.

This was expressed by government officials as stated in a media report.The report quoted government officials as saying that due to delay in conducting entrance examinations, the Union health ministry is getting ready to prepare a new schedule for admission into MBBS and BDS courses in the medical colleges in the country.

The All India Council for Technical Education (AICTE), state universities and IITs are reportedly preparing fresh schedule for the new batches of students to be enrolled in the first year.

According to the new schedule, the National Testing Agency (NTA) under the Union human resource development (HRD) ministry will conduct the JEE Main examination from September 1-6 while the results will be declared by September 10 or 11.

After the declaration of the results, the process of counselling for new admission to how hard is computer science and seat allotment in the engineering colleges will begin.

The report quoted a National Testing Agency official as saying: “Online seat allocation is being planned to start from mid-September to October. For vacant seats, spot rounds of seat allocation will be held in November.” Besides, the National Entrance-cum-Eligibility Test (NEET) for admission in the medical colleges has been rescheduled for September 13.

The report quoted a Union health ministry official as saying: “The results for this test may take 15 to 20 days or even more. So we are expecting the online seat allocation to begin only after mid-October.”

CLOUD ENGINEERING MARKET OUTLOOK, OPPORTUNITY, DEMAND ANALYSIS AND FORECAST 2020 – 2026

Latest update on Cloud Engineering Market Analysis report published with extensive market research, Cloud Engineering Market growth analysis, and forecast by 2026. this report is highly predictive as it holds the overall market analysis of topmost companies into the Cloud Engineering industry. With the classified Cloud Engineering market research based on various growing regions, this report provides leading players portfolio along with sales, growth, market share, and so on.

The research report of the Cloud Engineering market is predicted to accrue a significant remuneration portfolio by the end of the predicted time period. It includes parameters with respect to the how to become a computer engineer dynamics – incorporating varied driving forces affecting the commercialization graph of this business vertical and risks prevailing in the sphere. In addition, it also speaks about the Cloud Engineering Market growth opportunities in the industry.

Electrical Engineering in GIMT,Guwahati- an opportunity to build a rewarding career

“The well being of the world largely depends upon the work of the engineer. There is a great future and unlimited scope for the profession; new works of all kinds are and will be required in every country, and for a young man of imagination and keenness I cannot conceive a more attractive profession. Imagination is necessary as well as scientific knowledge.”

As a student reaches 10+2 the career decision is almost made.

If one has the aptitude for science and math, engineering could be the ideal career choice. Among the various engineering streams computer engineering jobs offers an attractive career with many avenues.

Electrical engineering is a very practical field and as an engineer, one is trained to solve problems. A background as an electrical engineer prepares a student well for a variety of fields.

Since the laws that govern math, electricity, and physics are universal, one can find well-paying jobs all over the world. As an engineer, one never has to worry about his work becoming stagnant.

There are always new opportunities and developments.

The technology that an engineer works with is constantly evolving giving the person an opportunity to work on the forefront of the industry, helping to make innovative products and experimenting with new ideas.

4 ways engineering could change after the Covid-19 pandemic

The devastating spread of Covid-19 touched every aspect of our lives, bringing many challenges – but also opportunities for positive change. Here’s how engineering could look after the pandemic.

The engineering response to the sudden demands of the coronavirus was inspiring. Whether building ventilators, making personal protective equipment or creating new hospital capacity, companies and institutions from across the spectrum came together in a spirit of collaboration.

Even firms traditionally seen as rivals came together, demonstrating what can be achieved when looking beyond profit margins.

Collaboration forged new connections that will carry over into the post-pandemic world, said computer science vs computer engineering and Oxford professor Mark Thompson, who led the Oxvent ventilator project. “The crisis has provided the ideal conditions within which an engineering perspective can flourish, because it provides wider adoption of the supportive and collaborative principles which engineers work by,” he said. “I think everyone will carry forward with them the experience of how they responded. In that sense it will irrevocably change the way that the networks are put together.”

Are you embarking on the right engineering course?

Unlike the west, where engineering is one of the many options such as Basic Science, Literature, Business, Law, Medicine, Economics, Sociology and so on. In India, engineering seems to be the option for a vast majority of the students aspiring for a successful career. One could have given a simple answer to this trend by saying that the job prospects of an engineering graduate are much more compared to those in other disciplines in India. However, the answer in reality is not so simple. In fact, the number of factors contributing to this is large, such as the steep rate of economic growth in India, advent of Information Technology, success of Indian Professionals abroad etc. etc.

 In recent times, the additional factors that have added to this are the increased pace of research culture in Indian industry and academia, the sudden emphasis on entrepreneurship and start-ups and advent of computer science vs computer engineering such as Artificial Intelligence, Machine Learning, Virtual Realities and so on.

 In this backdrop, let us examine the current opportunities of an Indian student in the arena of Higher Technical Education.

Career in mechanical engineering

Mechanical Engineering is one of the oldest branches of Engineering. The appealing feature of this field of study is extremely broad and diverse. Conventionally, mechanical engineers have to deal with concepts in the area of Mechanics, Thermodynamics, Robotics, Kinematics, Machine Design, Fluid mechanics, and many more.

These concepts are extensively applied in various manufacturing units, aircraft, and aerospace parts, motor vehicles, and a variety of industrial machinery. These professionals work to construct new mechanical objects such as different types of engines, automotive parts, generators, air conditioners, tools, sensors, and related items.

Mechanical engineers can also contribute to the design and development of various types of engines, power plant equipment, heating and cooling devices, and other complex machinery. With the change of time, nowadays the scopes of Mechanical Engineering are expanding beyond its traditional peripheries and are focusing their attention on the new areas of research such as Nanotechnology, Composite materials, computer science vs information technology, Biomedical applications, Environmental conservation, etc.

Mechanical Engineering is one of the widest fields of Engineering; the professionals can easily find their employment in its broad work environment. Mechanical engineers are required to design, test, manufacture, install, operate, and maintain a wide assortment of machines that are used in innumerable industries throughout the country.

These professionals can find their services both in the government as well as private sector undertakings. There is always a great demand for expert mechanical engineers in different segments of the industry.

Singapore Replaces US As India's Top market For Engineering Exports

Singapore replaced the United States as India's biggest overseas market for engineering parts in April, with exports rising 95 per cent to $553 million from a year earlier, a trade body said on Wednesday, as statistics are upended by coronavirus lockdowns. India's overall engineering exports, comprising industrial machinery and auto parts, constitute nearly a quarter of total goods exports, contracting in April and May due to the computer engineering jobs and weak global demand, traders said. "Singapore has replaced the US as the number one destination for Indian engineering exports," said Ravi Sehgal, chairman of the India'a Engineering Export Promotion Council (EEPC). Engineering exports to China were up 19 per cent year on year to $173 million, he said.

However, total engineering exports were down 63.9 per cent in April to $2.31 billion from $6.4 billion, the EEPC said. In April, for which latest data is available, engineering exports to the United States declined 75% to $222 million.