Connect with us

Cyber Security

A Complete Guide to a Computer Science Degree with an Emphasis in Cybersecurity

Published

on

Computer Science Degrees

A Complete Guide to a Computer Science Degree with an Emphasis in Cybersecurity- Cybersecurity is a relatively young branch of computer science, which is a vast topic that includes the study of computers and computing. To investigate and neutralise attacks, monitor systems, and design protective solutions, cybersecurity experts need a comprehensive grasp of computers and networks, regardless of their degree.

A degree in computer science with a cybersecurity concentration is one method to start an academic career in cybersecurity. A rising number of educational institutions are offering cybersecurity-focused bachelor’s and master’s degrees. This teaches students to approach cybersecurity from a computer science standpoint rather than from a standard cybersecurity fundamentals perspective. The final goal of both systems is to keep cyberspace, networks, data, and end users safe, but the tactics used are vastly different.

Computer science degree programmes might include emphases in app development, product and programme support, enterprise systems and cloud, and network and system administration in addition to a cybersecurity concentration. These schools stress the significance of having a solid understanding of computer science as a basis for their specialty sector.

The ideal candidate for a computer science degree with a cybersecurity specialisation is someone who wants to work in the cybersecurity area and has a wide understanding of computer science principles. Most cybersecurity workers earned a computer science degree with additional coursework meant to provide a deeper knowledge of security principles before a focus or specialty in cybersecurity became commonly available. The newest cybersecurity degree programmes have changed the balance away from a focus or emphasis inside a regular computer science programme and toward a specialist degree.

Table of Contents

Computer Science Degree with an Emphasis in Cybersecurity

A degree concentration, often known as a focus, refers to a specialised field of study within a major. The concentration, unlike a degree minor, must be in the same field. Cybersecurity, for example, is a complementary focus within computer science. Within the subject of computer science, cybersecurity is a distinct topic of research. A minor, on the other hand, is a secondary academic specialisation achieved in any field of study. As an example, a student could declare a major in computer science and a minor in history.

A student usually does not need to complete any additional courses to acquire a specialisation within a degree. Specialization coursework credit toward the major requirements if their preferred academic institution provides a cybersecurity concentration as part of a computer science degree.

A computer science undergraduate degree will involve a variety of courses. Many of these, especially in the first years of an undergraduate programme, are designed to prepare students for advanced coursework in the major’s advanced sections. Aside from beginning computer science courses like introduction to computer science, basic computer applications, discrete mathematics, calculus, and algorithms are frequently covered in the curriculum.

Programming languages, information technology, web and application development, and popular operating systems are all examples of computer science classes. A student with a cybersecurity emphasis would be obliged to take a certain number of security-related courses.

Computer Science Degree vs. Cybersecurity Degree

The main distinction between a cybersecurity degree and a computer science degree with a cybersecurity emphasis is the amount of computer science coursework relative to the number and difficulty of security-related classes. While a cybersecurity degree will include the fundamentals of computer science such as programming, software engineering, and data mining, it will concentrate on security-related issues. A computer science degree, on the other hand, will include some security-related coursework but will be primarily focused on computer scientific principles.

Cybersecurity degrees, more more than computer science degrees, frequently provide a wide range of specialties. A university’s cybersecurity degree programme may provide traditional cybersecurity, forensic cybersecurity, and operational cybersecurity degrees. The traditional version of the degree offers a well-rounded cybersecurity education, while the forensic version focuses on investigating computer crimes, and the operations version is for those interested in working in a security operations centre (SOC) or another operational function. There are fewer academic norms to which cybersecurity degree programmes comply because they were formed relatively recently.

Those pursuing a cybersecurity concentration may only be required to take 9 to 12 credit hours of cybersecurity classes out of the 120–126 credit hours typically necessary for a Bachelor of Science in computer science. Computer science and liberal studies classes, as well as other electives, make up the remaining credits.

Computer science and cybersecurity are two careers with similar income possibilities. Due to a nationwide dearth of cybersecurity skills, cybersecurity jobs frequently pay more than computer science occupations.

Because these professions are closely related and computer science degrees are more well-established, many security-related jobs can be performed by graduates of either subject. In general, these two fields’ career ambitions are aligned as follows:

Computer science Degree

  • Computer and information research scientists
  • Chief technology officer
  • Computer programmer
  • Web developers
  • Database administrator

Cybersecurity Degree

A Computer Science Approach to Security

Students who complete a Bachelor of Science in Computer Science programme gain a foundational understanding of information technology hardware and software, networks, programming, analysis, and security.

From a computer science standpoint, security is less detailed and more basic. It is less practical and more theoretical. A computer scientist is concerned with the security implications of the design and implementation of programmes, devices, applications, and networks.

While both computer science and cybersecurity are highly technical computer-related degrees, the fundamental distinction between the two is the primary employment tasks that these degrees equip students to fill. Auditing security systems, putting up firewalls, evaluating networks, and reporting data breaches are some of the day-to-day responsibilities of a cybersecurity expert. A computer science professional, on the other hand, might specialise in developing software features, network management, or web development.

Writing secure code, establishing secure networks, and developing online applications and mobile apps that protect a user’s data and infrastructure are all aspects of security from a computer science standpoint. Implementing perimeter security, enforcing access limits, addressing vulnerabilities, and finding exploits are less important.

Many companies seek programmers, system administrators, and computer scientists with a thorough understanding of the industry and expertise in security issues. These businesses want to be sure they’re designing, building, and deploying digital assets in accordance with the most recent security standards. Depending on their danger profile, they may or may not have a distinct cybersecurity department. Students with a computer science degree with a focus on cybersecurity are likely to be recruited by these companies.

How Common are Computer Science Degrees with a Cybersecurity Concentration?

Over the last few decades, security-related degree programmes have been increasingly popular. By far, computer science degree programmes outnumber cybersecurity degree programmes. The number of computer science degrees with a cybersecurity specialisation is rapidly increasing. Some credit this to colleges that choose to enhance their existing computer science programmes to include cybersecurity themes rather than creating new cybersecurity degrees from the bottom up.

This tactic — expanding the existing computer science programme to incorporate extra security courses — is a good stopgap measure. Nonetheless, a rising percentage of cybersecurity jobs necessitate the specialised security training that a cybersecurity degree provides. There will be natural pressure on other universities to follow suit as the number of cybersecurity degree programmes grows.

How to Choose the Right Degree Programme

Students must consider their interests, educational background, and ability when selecting a degree programme. A computer science degree should be considered by students who are primarily interested in programming languages, artificial intelligence, or robots. Furthermore, in today’s threat-laden world, a computer science degree with a cybersecurity emphasis will make a graduate more appealing to employers than a computer science degree without a cybersecurity emphasis. A cybersecurity degree, on the other hand, may be the greatest option for individuals who are interested in data protection issues, digital forensics, or cyber compliance.

A bachelor’s degree is required for many entry-level security professions. A student’s job aspirations and available resources typically impact whether they pursue a bachelor’s or master’s degree. A master’s degree in cybersecurity or computer science, however, would pay more than a bachelor’s degree and may be a better fit for some individuals.

Master’s degree holders are frequently well-suited for management positions such as information technology manager or lead software designer. Graduates with a master’s degree in cybersecurity management are more prepared to identify risks and threats, enhance preventive measures, and create security controls. Analysts, supervisors, and consultants can all benefit from graduate-level training.

Clifford Neuman, the Director of the USC Center for Computer Systems Security, discussed the degree possibilities available at USC’s Viterbi School of Engineering in a recent interview with Cybersecurity Guide. He went over the potential in the computer science department and the data science programme in particular. He stated, ”

“The main [degree] for security practitioners is our Master of Science in Cybersecurity Engineering. That’s a two-year program that can be completed in about a year and a half if you’re motivated to do so. And it teaches both the fundamental theory of computer security for high assurance systems and the practical application of security techniques in today’s more common networked mobile and cloud environments.”

“That programme focuses on more of the fundamentals of computer science, including AI [and] is supplemented through several classes that students take specifically in the area of security,” Neuman said of another masters degree option — USC’s master of science in computer science with an emphasis in cybersecurity. When compared to the MS in cybersecurity engineering degree, individuals take less security-related classes if they enrol in [the Computer Science] programme. They do gain a better knowledge of how security relates to other branches of computer science.”

Financial Aid and Scholarships

Several kinds of financial aid for security-related degrees are available, with several of them focusing exclusively on the cybersecurity industry. The following are some examples of these:

  • Information Assurance Scholarship Program – This program is designed to increase the number of qualified personnel entering the information assurance (IA) and information technology fields within the Department of the Navy.
  • Scholarship for Service – the National Science Foundation, in association with the National Security Agency, provides grants for cybersecurity students. Recipients must work after graduation for a federal, state, local or tribal government agency or approved SFS institution for a period equal to the length of the scholarship.
  • Scholarships for Women Studying Information Security (SWSIS) – is a partnership of Applied Computer Security Associates (ACSA) and CRA-WP.  Its long-term goal is to contribute to increasing the representation of women in the information security workforce
  • Snort Scholarship – Cisco sponsored for information assurance majors
  • Department of Homeland Security – The Department of Homeland Security offers a variety of prestigious scholarships, fellowships, internships, and training opportunities to expose talented students to the broad national security mission.

Individual schools may also have scholarships and grants available. To learn about all of your choices, contact the college’s financial aid office.

Conclusion

A computer science degree with a focus in cybersecurity or a cybersecurity degree will be beneficial to a student interested in understanding how to protect data, networks, applications, devices, and infrastructure. For both of these closely linked areas, there are master’s and bachelor’s degree programmes available.

Degree programmes in cybersecurity are newer and, in some ways, more relevant to contemporary security problems. Computer science programmes are more established and, in some ways, more comprehensive. Each of them approaches security from a unique standpoint.

A computer science degree with a cybersecurity emphasis will provide a broader computer education, covering topics such as statistics and boolean logic, as well as programming and web development. On the other side, cybersecurity will deliver the most security-focused education accessible.

Both offer equivalent pay, with cybersecurity edging out the competition due to a skills gap in the field. The limits and opportunities for tuition and scholarships will be quite similar across the board.

PlatoAi. Web3 Reimagined. Data Inteligence Amplifed.
Click here for Free Trial.

Source: https://cybersguards.com/a-complete-guide-to-a-computer-science-degree-with-an-emphasis-in-cybersecurity/

Cyber Security

Many IP Camera Vendors’ Firmware Contains Serious Vulnerabilities

Published

on

According to France-based cybersecurity firm RandoriSec, IP cameras sold by a dozen vendors are vulnerable to remote assaults due to many major vulnerabilities discovered in the firmware they all share.

Researchers from RandoriSec uncovered a slew of serious and high-severity flaws in UDP Technology’s IP camera firmware, a South Korean business that specialises in digital video solutions for the security and IP surveillance industries.

Earlier this month, the cybersecurity firm published a blog post explaining its discoveries, and the US Cybersecurity and Infrastructure Security Agency (CISA) issued an advisory warning users about the risks posed by these flaws on Tuesday.

Since 2017, RandoriSec has been discovering vulnerabilities in UDP Technology firmware. The company’s most recent investigation discovered 11 remote code execution issues and one authentication bypass vulnerability. Unauthenticated attackers can use the vulnerability to take complete control of the cameras in question.

While the flaws were discovered after a study of IP cameras provided by Geutebrück, a German video management solutions company, RandoriSec founder Davy Douhine told SecurityWeek that he is convinced that IP cameras from all other vendors who use the UDP Technology software are also susceptible.

RandoriSec identifies Ganz, Visualint, Cap, THRIVE Intelligence, Sophus, VCA, TripCorps, Sprinx Technologies, Smartec, and Riva as UDP firmware vendors in a blog post explaining its results.

According to Douhine, the authentication bypass vulnerability they discovered can be exploited to directly hack impacted IP cameras over the internet. He provided a Shodan search query with SecurityWeek that revealed over 140 internet-exposed machines, mostly in the United States and the United Kingdom.

The cybersecurity business has been developing Metasploit modules to exploit the UDP vulnerabilities; the first Metasploit modules were disclosed in an attempt to “wake up” the vendor, but it failed.

RandoriSec is now working on a post-exploitation module that may be used to freeze the targeted camera or inject arbitrary pictures, similar to what is shown in movies.

“We’re particularly proud of this last one because it appears to be the first of its sort in Metasploit,” stated Douhine in an email.

UDP Technology did not reply to RandoriSec’s notification attempts, although the company did provide updates after being notified of the vulnerabilities by Geutebruck, according to RandoriSec. Geutebruck has made the patches accessible to its customers, and the cybersecurity firm believes other impacted camera makers have received them as well, though it is unable to confirm this.


PlatoAi. Web3 Reimagined. Data Intelligence Amplified.
Click here to access.

Source: https://cybersguards.com/many-ip-camera-vendors-firmware-contains-serious-vulnerabilities/

Continue Reading

Cyber Security

Cyberattack that Crippled the Computer Systems of a Hospital Network

Published

on

According to a University of Vermont Health Network official, a cyberattack that crippled the computer systems of a hospital network affecting six hospitals in Vermont and New York last fall occurred after an employee opened a personal email on a company laptop while on vacation.

According to Doug Gentile, network chief medical information officer, the email came from a legitimate local business that had been hacked. The malware was contained in an attachment in the email. The attackers were ready and waiting when the employee returned from vacation and logged onto the UVM network through a virtual private network, he said.

“We have no evidence that UVM was singled out for attack. “We were just the victims of a large-scale phishing attack,” Gentile said on Tuesday.

VTDigger was the first to report on the attack. Officials said at the time that the October 2020 cyberattack caused significant, ongoing computer network problems for the University of Vermont Health Network, affecting its six hospitals in Vermont and New York. The FBI and two other federal agencies issued an alert the same day, stating that they had “credible information of an increased and imminent cybercrime threat to US hospitals and healthcare providers.”

By looking through detailed logs, UVM was able to figure out how the cyberattack occurred a week or so later, according to Gentile. It had immediately contacted state and federal authorities, and the FBI had been extremely helpful in the investigation, he said. According to him, the attack was carried out by a criminal gang that the FBI is familiar with.

“These people are virtual and can exist in any location. The majority of them are offshore, out of reach of our law enforcement,” he said.

UVM Health Network had blocked access to personal email for anyone on the network at the time of the attack, but had not yet extended that to machines off the corporate network, which it had planned to do this year, according to Gentile. He claims it has since done so.

The FBI and two other federal agencies issued an alert the same day, stating that they had “credible information of an increased and imminent cybercrime threat to US hospitals and healthcare providers.”

UVM has blocked access to all corporate assets, installed more advanced viral wall protection on all corporate assets, and significantly tightened its vpn access since the attack, he said.

PlatoAi. Web3 Reimagined. Data Intelligence Amplified.
Click here to access.

Source: https://cybersguards.com/cyberattack-that-crippled-the-computer-systems-of-a-hospital-network/

Continue Reading

Cyber Security

Industrial Automation Software Informed Customers About a Dozen Vulnerabilities

Published

on

Cisco

CODESYS, a developer of industrial automation software, notified customers this month of a dozen vulnerabilities impacting a variety of devices. Cisco Talos detected more than half of these issues, and the details were released on Monday.

Vulnerabilities in CODESYS software could have substantial consequences because it is utilised in several large firms’ industrial control systems (ICS). Last month, a cybersecurity firm warned that serious security holes uncovered in CODESYS software exposed programmable logic controllers (PLCs) made by more than a dozen manufacturers to attacks.

CODESYS announced on July 22 that patches for remote code execution, denial of service (DoS), and information disclosure vulnerabilities in its Development System, V3 web server, Gateway, Runtime Toolkit for VxWorks, and EtherNetIP products are now available.

A critical severity rating has been applied to only one vulnerability. The bug, dubbed CVE-2021-33485, is a heap-based buffer overflow in the CODESYS V3 web server that can be used to launch DoS attacks or execute remote code using specially crafted requests.

Cisco’s Talos research and threat intelligence unit uncovered seven vulnerabilities, according to a CODESYS alert. Researchers from Talos discovered that unsafe deserialization flaws in the CODESYS Development System, a programming tool for industrial control and automation systems, can lead to remote code execution.

An attacker could take advantage of these flaws by altering local configuration or profile files, or duping a local user into opening malicious project or archive files.

The manufacturer stated that it was unaware of any attacks exploiting these holes, but that security scanners can exacerbate some of the flaws.

CODESYS stated in each advisory that the vulnerabilities can be exploited by an attacker with limited capabilities.


PlatoAi. Web3 Reimagined. Data Intelligence Amplified.
Click here to access.

Source: https://cybersguards.com/industrial-automation-software-informed-customers-about-a-dozen-vulnerabilities/

Continue Reading

Cyber Security

1Password Announced Receiving a $100 Million Increases its Valuation to $2 Billion

Published

on

1Password, a password management software company, revealed today that it has received a $100 million investment, bringing its total worth to $2 billion. The company had raised $200 million in a Series A round of funding.

Accel led the newest round of fundraising, which also included new investors Sound Ventures and Skip Capital. The funds will be used to help 1Password continue to build its business, according to the company.

Secrets Automation, 1Password Events, and a full-featured Linux desktop application, as well as connections with Slack and Rippling, the company claims it has achieved considerable growth since the previous financing round and has expanded its commercial services over the past months.

1Password, which was founded in 2005, provides private, secure password management solutions for both businesses and end-users. GitLab, IBM, Intercom, Slack, and Under Armour are among the company’s more than 90,000 enterprise customers.

“This contribution from a diverse group of industry leaders demonstrates a dedication to safeguarding businesses and families. As we assist clients keep ahead of the never-ending parade of dangers, we’re already working closely with our seasoned investors to drive growth into new areas, like secrets management,” said Jeff Shiner, CEO of 1Password.


PlatoAi. Web3 Reimagined. Data Intelligence Amplified.
Click here to access.

Source: https://cybersguards.com/1password-announced-receiving-a-100-million-increases-its-valuation-to-2-billion/

Continue Reading
Investing2 hours ago

How do you use top stock signals as a beginner?

AR/VR16 hours ago

nDreams Opens Studio Orbital Focusing on Live Service Games for VR

Energy16 hours ago

Save money, stay cool as heat wave hits the Carolinas

Energy16 hours ago

The Shaw Group Partners with Clough in the U.S. to Deliver Pipe Fabrication for Gulf Coast Petrochemical Project

Energy16 hours ago

Fermentation Chemicals Market Procurement Intelligence Report with COVID-19 Impact Analysis | SpendEdge

Energy17 hours ago

ALYI Previews Upcoming Multimedia Communication Campaign Featuring Electric Motorcycle Pilot Launched Earlier This Month

AR/VR19 hours ago

Carrier Command 2 VR August Launch Date Confirmed

AR/VR20 hours ago

Review: Winds & Leaves

Gaming20 hours ago

Destruction AllStars Developer Delays Season 2, Releases New Patch

Gaming20 hours ago

Crimson Desert Delayed to Unknown Date

Blockchain20 hours ago

Institutions Are Purchasing Bitcoin, Politicians Need More Crypto Education: Novogratz

Gaming20 hours ago

Resident Evil Village and Monster Hunter Rise Drive Record Q1 Profits for Capcom

Gaming20 hours ago

Resident Evil Village and Monster Hunter Rise Drive Record Q1 Profits for Capcom

Blockchain20 hours ago

RUNE Technical Analysis: Look Out for the Second and Third Resistance Levels of $5.29 and $5.75

CNBC20 hours ago

Louis Vuitton is making a mobile game with embedded NFTs

Gaming21 hours ago

Blacktail Interview – Story, Combat, Morality, and More

Gaming21 hours ago

Blacktail Interview – Story, Combat, Morality, and More

Gaming21 hours ago

Blacktail Interview – Story, Combat, Morality, and More

Gaming21 hours ago

F1 2021 Update Re-enables Ray-Tracing on PS5

Gaming21 hours ago

F1 2021 Update Re-enables Ray-Tracing on PS5

Gaming21 hours ago

F1 2021 Update Re-enables Ray-Tracing on PS5

Private Equity21 hours ago

Recently-created asset management major Blue Owl closes Opportunistic Fund with $2.5bn of firepower

Blockchain21 hours ago

Bitcoin Needs Rules That Allow Innovation: Sen Cynthia Lummis

Blockchain21 hours ago

Bitcoin Needs Rules That Allow Innovation: Sen Cynthia Lummis

Gaming21 hours ago

PS5 – M.2 SSD Expansion Support Coming in Next Software Update

Gaming21 hours ago

PS5 – M.2 SSD Expansion Support Coming in Next Software Update

Gaming21 hours ago

PS5 – M.2 SSD Expansion Support Coming in Next Software Update

Aviation21 hours ago

Alitalia Cargo lifts 1 million vaccine doses from Italy to El Salvador

CNBC21 hours ago

Rocket Lab launches US Space Force satellite after its failed mission in May

Private Equity21 hours ago

EQT has second Iress bid rejected, this time valuing company at A$2.96bn

Trending