What makes effective networking so hard?

  We always want to work where we are comfortable, hanging out with people we know and like. The herd mentality kind of thing. Even though such company will make us feel at home, with similar opinions, it limits our chances to explore what new connections have to offer. We limit our exposure to who we already know and miss out on what more the professional world has to offer.

Our mind sets: It’s not easy to ask for help; however, no works one thrives in a vacuum. Naturally a mutually beneficial business relationship takes time and investment. Certain vulnerabilities will be exposed. Beneficial partnerships thrive when given a chance to cover these vulnerabilities. That is how you can ascertain that your networks add value to your professional life.

We don’t strategise: When networking events are only for random meet ups, nothing will come out of them. What one needs to do is connect. Maintaining connections entails making deliberate efforts to schedule time for worthwhile computer engineering careers.

We fear embarrassment: Following up is not easy. It is natural to be anxious about starting a conversation. You could actually embarrass yourself at it. To counter this, do some research. Find some background information that will give you an idea of who the other person is, their likes and dislikes. Cliché statements may turn your respondent into a closed book simply because they feel forced to answer to your questions again and again.

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.

Electrical and Computer Engineering Students Up to First-Year Robotics Challenge

This fall’s Engineering Practice course had first-year electrical and computer engineering students creating robots that picked up randomly selected objects and delivered them through autonomous and remote-control methods.

First-year electrical and computer engineering students once again met the challenge of a fall competition that required knowledge of programming, microcontrollers, and circuit building to design robots that collected objects and delivered them to a variety of places on a large game board.

The challenge culminated in an introductory Engineering Practice course that had students working individually and within teams to complete hands-on projects while learning about the importance of teamwork, communications, and technical documentation, along with knowledge of sensors, transistors, and wireless systems that will become the foundation of their college and professional careers.

Past competitions have had two teams battling to score points by picking up and delivering as many playing objects as possible within a time limit.

This fall’s contest offered several different challenges to the students’ teams. First, the robots had to drive to a specific location on the what jobs can you get with a computer science degree. That’s where a sensor instructed the team which of four randomly selected toy zombies or chickens would need to be picked up and then delivered to any of three drop-off zones. Extra points were awarded for completing the tasks autonomously, rather than through remote-control methods.

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.

Social networking a new way for businesses to build relations during pandemic

 Iowa State faculty has conducted a study regarding business and their use of social networks to maintain relations. Raj Agnihotri, dean’s fellow in marketing in the Ivy College of Business, and Patricia Daugherty, Debbie and Jerry Ivy Chair in Business, worked together to conduct this study, which focuses on social media benefits for business. Agnihotri explained the main purpose of this study and the social media platforms they chose to look to.

“We were trying to explore how this digital push that was coming towards us in the last couple of years, how it was going to change the way businesses operate, how supply chains work, how sales people work, how organizational front lines are ready to adopt and use this whole social media as well as other digital setting platforms,” computer science vs computer engineering said. “For this particular study we picked up three specific social media platforms: Facebook, LinkedIn and Twitter.” Agnihotri also explained why he chose to conduct this particular study.

“I think one of the things we wanna learn is how social media yields benefits,” Agnihotri said. “Not many studies are out there that establish that social media has a use or doesn’t have any use. So, when you take on research, any finding is a good finding." Daugherty then explained the importance of the buyer-seller relationship in business. “The buyer-seller relationship, that’s everything,” Daugherty said. "Can you trust them, will they give you information when you need it?”. She also discussed a class she taught where immediate information was expected by students and how this translates to the use of social networks.

SASE Specialist Cato Networks, Valued At $1B, Secures Record Funding Round

 Cloud networking specialist Cato Networks just closed its largest funding round to date -- $131 million -- dwarfing its April funding round of $77 million.

The new funding affirms Cato’s leadership in secure access service edge, or SASE, a cloud-based platform approach to IT that combines SD-WAN capabilities with security that is growing in popularity with both business customers and SD-WAN vendors. The Tel Aviv, Israel-based company will use the funds to accelerate its technology expansion in the SASE space, said Shlomo Kramer, Cato’s founder and CEO.

The latest funding round was led by Lightspeed Venture Partners with participation of a new investor, global investment manager what does a computer engineer do, as well as existing investors, Greylock, Aspect Ventures/ Acrew Capital, Singtel Innov8, and Cato‘s own leader, Kramer.

Prior to the latest funding round, Cato was valued at $1 billion, according to the company. The new round of funding brings the company’s total financing to $332 million.

“We’ve seen many network security companies assembling [SASE] solutions, but we are the first and only pure SASE platform that was built from the ground up,” Kramer said.

Five Ways AI Is Changing Everything We Know About eCommerce

 In today’s digital age, artificial intelligence (AI) may not be that out of place. However, the technology continues to develop at lightning speeds even in the face of the COVID-19 pandemic that you won’t be faulted for looking at AI as something new. Scientists have even come up with AI to help in the discovery of drugs that could help battle the pandemic. Exscientia, an Oxford company, was the first to push an Ai-discovered drug into trial and is now going through 15,000 drugs using AI to find a cure for COVID-19. Similarly, Cambridge company Healx has also repurposed its AI systems to find drugs for COVID-19 and other rare diseases.

This shows how AI can be beneficial for a variety of industries and use cases, and it might just be the technology that could help people and businesses thrive during the pandemic. With almost all trends being controlled by the pandemic, it’s’ vital to find something that will even up the odds. For businesses, finding a suitable consumer insights platform is more valuable than ever before—and AI can provide a competitive edge when it comes to this area.

The way people behave and go about their business have changed; essentially, people’s way of life is very different now and continuously changes due to the pandemic. For many, eCommerce and other online services are the only viable channels for necessities and other items on their shopping list. eCommerce is on a boom, but it’s not without its challenges. The pandemic has largely affected supply and demand because, while it has increased demand, especially during the panic-buying phase, it has also presented a host of challenges from inventory issues to delivery restrictions and other logistics-related concerns. As such, availability became a major what jobs can you get with a computer science degree that could affect customer loyalty. 

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.”

View your computer's hardware and software details, generate a HTML report with HiBit System Information

When you want to upgrade some of your PC's parts, or replace something, there are some bits and pieces of information that you may not know but need to; this is easily solved with the help of some third-party tools. HiBit System Information is a freeware utility that gives you nearly everything you may want to know about your computer's hardware and software.

The program's interface has three panes: Summary, Hardware and Software. View your computer's operating System version, architecture, computer science vs computer engineering, etc from the Summary tab. The lower half of the screen displays the hardware components of your computer.

Want more information about the system? Switch to the Hardware tab. It has ten more tabs. The first tab, CPU, lists your processor's name, the clock frequency, code name, number of cores, threads, the multi-level cache values, etc.

The RAM tab in HiBit System Information allows you to see the model of the physical memory module installed in your computer, along with the chip's capacity, serial number, type, speed, and data width. If you have multiple memory sticks, click on the drop-down menu to switch between the modules. The program also displays the amount of memory slots available on your motherboard.

Speaking of which, the third tab can be used to check your system's motherboard model number, BIOS version, serial number. The BIOS tab lists a number of features and tells you if your motherboard supports the function or not.

HiBit System Information's Display tab is divided into two parts. The left portion of the screen is used to view the graphics card's name, memory capacity, architecture, resolution, refresh rate, driver version. If you have multiple graphics adapters, e.g. a processor which has integrated graphics and a dedicated Nvidia or AMD GPU, you can use the drop-down menu to switch between the video cards. The right-side of the Display tab lists your available monitors, the model number, and screen size of the display.

Computer Scientists Achieve ‘Crown Jewel’ of Cryptography

 A graduate student at the University of California, Los Angeles, traveled to Japan to give a talk about a powerful cryptographic tool he and his colleagues were developing. As he detailed the team’s approach to indistinguishability obfuscation (iO for short), one audience member raised his hand in bewilderment.

At the time, such skepticism was widespread. Indistinguishability obfuscation, if it could be built, would be able to hide not just collections of data but the inner workings of a computer program itself, creating a sort of cryptographic master tool from which nearly every other cryptographic protocol could be built. It is “one cryptographic primitive to rule them all,” said Boaz Barak of Harvard University. But to many computer scientists, this very power made iO seem too good to be true.

Computer scientists set forth candidate versions of iO starting in 2013. But the intense excitement these constructions generated gradually fizzled out, as other researchers figured out how to break their security. As the attacks piled up, “you could see a lot of negative vibes,” said information technology vs computer science of the Technion in Haifa, Israel. Researchers wondered, he said, “Who will win: the makers or the breakers?”

“There were the people who were the zealots, and they believed in [iO] and kept working on it,” said Shafi Goldwasser, director of the Simons Institute for the Theory of Computing at the University of California, Berkeley. But as the years went by, she said, “there was less and less of those people.”

Now, Jain — together with Huijia Lin of the University of Washington and Amit Sahai, Jain’s adviser at UCLA — has planted a flag for the makers. In a paper posted online on August 18, the three researchers show for the first time how to build indistinguishability obfuscation using only “standard” security assumptions.

Cyber Security Engineer - Identity Access Management

 Job Description Moody's IT Risk is looking for a Sr - computer science vs engineering Engineer to join its growing organization. This is a challenging position requiring a strong background in security practice, deep knowledge of identity and access management (IAM) tools and processes. Solid communication and organization skills are also necessary. The successful candidate is very motivated and willing to take on challenges, able to multi-task to succeed and has the ability work independently and with minimal oversight.

The Moody's IT Risk Management team is globally responsible for helping the organization balance risk by aligning policies and procedures with Moody's business and regulatory requirements. The team is responsible for the development, enforcement and monitoring of security controls, policies and procedures, disaster recovery programs, GRC (Governance, Risk and Compliance) reporting and the delivery of security services including the company's Cyber Security program. The IT Risk Management team sets strategic direction for IT risk and security globally and aligns with stakeholders throughout the organization.

The Sr. Cybersecurity Engineer - Identity & Access Management will be responsible to participate in architectural design discussion, Network connectivity to Identity Access Management Tools and implementation of security tools and technologies. The ideal candidate is a strong hands-on subject matter expert that is comfortable working with indirect reports and managed services providers. The candidate is also responsible for delivery of Information Security projects and for providing security-engineering support to other technical projects within the company. The job requires excellent organization skills and attention to detail so that requests are handled in a uniform manner, so that issues are properly documented for our auditors, and so that projects are delivered on time. The job requires a strong understanding of security platform infrastructure and associated security issues.

Department of Computer Science

 Applications are invited for the post of Systems Technician for the CIM IT Support Team, providing technical support to the school of Computer Science, Information Security and Mathematics. The post reports to the Senior Technical Team Lead.

This is an exciting opportunity for an experienced Systems Technician to work with three of the Colleges leading elite academic departments. They computer engineering career in high quality research, which informs their teaching at UG and PG level in specialisms including global computing, machine learning, software language engineering, number theory, quantum dynamics, information security and statistics. The Information Security Group is a world-renowned centre of excellence in information/cyber security research, education and expert advice.

The post holder will be responsible for the development and support of specialist Linux services and infrastructure within the department. You will undertake routine system administration tasks including Linux desktop and server deployment, configuration, monitoring and maintenance. You will provide support to academic and research requirements, resolving incidents and problems on behalf of a varied user base, relating to hardware and software faults, human error and service life cycle.

With $29M in funding, Isovalent launches its cloud-native networking and security platform

 Isovalent, a startup that aims to bring networking into the cloud-native era, today announced that it has raised a $29 million Series A round led by Andreessen Horowitz and Google. In addition, the company today officially launched its Cilium Enterprise platform (which was in stealth until now) to help enterprises connect, observe and secure their applications.

The open-source Cilium project is already seeing growing adoption, with Google  choosing it for its new GKE data plane, for example. Other users include Adobe, Capital One, Datadog  and GitLab. Isovalent is following what is now the standard model for commercializing open-source projects by launching an enterprise version.

The founding team of CEO Dan Wendlandt and CTO Thomas Graf has deep experience in working on the Linux kernel and building networking products. Graf spent 15 years working on the Linux kernel and created the Cilium open-source project, while computer engineering vs computer science worked on Open vSwitch at Nicira (and then VMware).

“We saw that first wave of network intelligence be moved into software, but I think we both shared the view that the first wave was about replicating the traditional network devices in software,” Wendlandt told me. “You had IPs, you still had ports, you created virtual routers, and this and that. We both had that shared vision that the next step was to go beyond what the hardware did in software — and now, in software, you can do so much more. Thomas, with his deep insight in the Linux kernel, really saw this eBPF technology as something that was just obviously going to be groundbreaking technology, in terms of where we could take Linux networking and security.”

5 Reasons Why Your Business Needs a Cloud PBX

 Once a revolutionary new technology, cloud-based phone systems are nowadays an integral part of business communication and an obvious replacement for analog telephony. It is reliable, easy to use, and accessible remotely. So, let’s figure out what it is and why more and more businesses opt for it.

A hosted PBX system is a powerful solution for making and managing VoIP calls. All you need to access and use it is a stable internet connection and a browser. Just like an analog PBX, a cloud one is how much does a computer engineer make. Only the former needs installation of additional hardware, while the later can be expanded online with no effort. It is easy to manage from any spot in the world. Still, its benefits are not limited to these. Here are 5 main reasons why it is a must for businesses.

Communication is an unavoidable expense, but with a business PBX system, bills just look better. The billing for a cloud PBX and VoIP calls is transparent, as the subscription price is fixed and VoIP calls are billed per second. Besides, in most countries, international VoIP calls are cheaper than traditional telephony, which is a vast field of saving opportunities: a company can plan budgets more precisely and capture a broader audience without paying extra.

Networking Hardware Market Demand, Size, Recent Trends and Developments Analysis 2027

 The Networking Hardware Market is undergoing rapid advancements due to the introduction of the latest technology every year. These progressions are steady and offer an insight into factors that push the market development upwards. This yearly climb of the market revealed a strong and steady growth for the next decade (2020-2027). With the new innovations being introduced every year, businesses are going to thrive both in terms of profit generation as well as client base generation.

The Networking Hardware Market report bestows a periodic change that the market witnesses throughout the time frame what to do with a computer science degree (2020-2027). The business associations use market research to evaluate new things or to get information from clients about what kind of things they need and want. The primary motivation behind the statistical surveying is to distinguish the critical portions of development for the business alongside information about the potential obstacles in the way.

Report covers the serious examination of the market. As information is power. Report\ making team uses statistical surveying to get a superior viewpoint and comprehension of the market or target crowd. This will get the companies an added advantage over the competition. Report shows the advantages of diffusing the existing business framework with latest technology to realise more profits in less duration of time and steps on how this can be done.

Additionally, the market report has a devoted segment covering the current market players from the Networking Hardware Market. A concise profile section similarly fuses the business system and capital-related information so that capital-related decisions can be recommended to the clients effectively.

Zero-trust methodology's popularity a double-edged sword

 Zero trust's popularity has given way to an enormous variety of products and services. This can unfortunately detract from the methodology's original appeal as a threat model equipped to handle emerging threats, changing IT environments and the growth of remote working.

"Zero trust is not a destination, despite how many vendors may spin it," said Evan Gilman, engineer at computer science or computer engineering and co-author of Zero Trust Networks, published by O'Reilly. "That spin can undermine what we're trying to accomplish, which is a change of processes and philosophy around security."

Zero trust is an alternative to traditional perimeter security, which became untenable due to insider threats and the widespread transitions to hybrid environments and remote work. It's not a matter of if, but when a malicious actor gets beyond the perimeter -- and organizations need to anticipate that.

Most high-profile attacks start with someone gaining access into the network and then persisting and rooting around to find the next move, said co-author Doug Barth, site reliability engineer at Stripe. Such attacks point to why organizations need to adopt zero trust instead of a perimeter strategy, he said.

WHO IS A SECURE CYBER PROFESSIONAL AND WHAT DO THEY DO?

 The growth of cybercrime puts government agencies and organizations at risk of constant threats from cybercriminals. Furthermore, a well-fortified website or network can still be a victim of any cyberattack. This is why organizations need to have a cybersecurity strategy and always perform cyber hygiene all the time.

The cybersecurity profession is a growing one, and you need to have a certificate, an advanced degree to get a lucrative career. This is because cybersecurity professionals play a significant role in protecting businesses from cybercriminals.

Cybersecurity professionals help in securing the information systems of an organization. A security expert helps an organization coordinate and implement information security policies. They use their skills to apply multi-layer security policies for defending IT infrastructure from malware, web threats, viruses, phishing, DoS attacks, etc.

Cybercriminals can cause severe damages to network, intellectual property, business data through viruses, theft, data mining, intrusions, and so on. However, jobs with a computer science degree help to resolve highly complex security issues and keep cyber crime at bay.

Furthermore, they help secure businesses and ensure continuity through their analysis skills, incident handling, reverse engineering, forensics, and monitoring and diagnosing vulnerabilities. Cybersecurity experts also recommend mitigation of cyberattacks and recovery and the protection of software and hardware issues.

What is a network switch, and how does it work?

 Switches connect network segments, providing full-duplex communication, valuable network performance data and efficient use of network bandwidth.

Networks today are essential for supporting businesses, providing communication, delivering entertainment—the list goes on and on. A fundamental element networks have in common is the network switch, which helps connect devices for the purpose of sharing resources.

A network switch is a device that operates at the Data Link layer of the OSI model—Layer 2. It takes in packets being sent by devices that are connected to its physical ports and sends them out again, but only through the ports that lead to the devices the packets are intended to reach. They can also operate at the network layer--Layer 3 where routing occurs.

Switches are a common component of networks based on ethernet, Fibre Channel, Asynchronous Transfer Mode (ATM), and InfiniBand, among others. In general, though, most switches today use computer science vs computer engineering.

Once a device is connected to a switch, the switch notes its media access control (MAC) address, a code that’s baked into the device’s network-interface card (NIC) that attaches to an ethernet cable that attaches to the switch. The switch uses the MAC address to identify which attached device outgoing packets are being sent from and where to deliver incoming packets.

Understand the scientific and engineering aspects of computers

 Undeniably, both the aspects of computer science, both Scientific and Engineering, somehow interrelate with each other in various outlooks, but this can't prompt us to ignore the distinctive nature of the two disciplines.

Computer science came out as an independent field of study around the how much does a computer engineer make (or the early 1960s), and is now considered as a formation of various separated disciplines, majorly computer engineering and computer science domain. And, these two domains gave birth to this long-established debate of scientific and engineering aspects of computer science. In this article, we’ll discuss the several facets of computer science from scientific and engineering perspective to enable candidate to make an informed choice for their career:

Computer science concerns the study of computational theory and concepts such as data structures, algorithms, statistical models, operating system concepts, computer architecture, software engineering principles, and various others. Individuals in this discipline are majorly responsible for algorithms analysis, symbolic representation of data and instructions, protocols for data communication, and other related tasks.

On the other hand, computer engineering is the fusion of computer science and electrical engineering. Candidates of this discipline are majorly concerned with the development of computing systems whether it is for smartphones, laptops, or any other relevant device. They are more likely to spend most of their time in labs.

Cyemptive Technologies cautions of limitations of AI for cyber protection, provides solution

 Cyemptive Technologies cautioned entities to recognize the limitations of relying solely on detection based Artificial Intelligence (AI) for cyber protection and outlines the first reliable solution to address these limitations and provide actual preemptive cyber-attack prevention.

With everyone working remotely from home and many offices either empty or partially populated, the increase in cyber-attacks continues to climb dramatically. The FBI’s Internet Crime Complaint Center has reported an over 300% increase in the number of complaints per day during 2020, compared to pre-COVID-19 reporting.

This is all occurring in an environment where unprecedented, significant rises in remote worker access occurred quickly and unexpectedly. According to Cyemptive, most companies have serious cyber problems even when deploying AI and behavioral detection technologies.

“It is critically important for people and companies to be aware of the actual level of cyber protection being provided to them when assessing risk and associated mitigation activities to avoid being lulled into a false sense of security, only to be surprised and unprepared when their systems are breached and infected,” said Rob Pike, CEO and founder of what to do with a computer science degree.

“You need to ask yourself: ‘Do I believe my current level of cyber protection is truly keeping me secure?’ ”

Applications and data reside on operating systems that have more than 30 million lines of code; however, it only takes one “weak” partial line of code for hackers to completely take over and wreak havoc across an entire company.

In addition, these operating systems reside on hardware with associated firmware that is similarly vulnerable – all complicated by the fact hackers are rapidly growing more and more sophisticated.

“AI is designed to detect hackers after the infiltration has occurred by applying learnings gathered from analysis of elements of actual attacks built up over a period of time,” said Bryan Seely, Cyemptive’s Senior Security Architect and well-known cybersecurity author and expert.