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How Tech Has Improved Gambling Security?

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Online security breaches are becoming increasingly damaging. Naturally, online platforms are ramping up security in an effort to keep their users safe. The gambling industry is no exception, harnessing the power of technology to improve security and ensure their users’ peace of mind. Playing and making financial transactions online has also become easier. Here’s how technology has changed and improved security in the industry, preventing fraud and cyberattacks.

Table of Contents

Innumerable Types of new Technology

Some operators have gone so far as to use facial and fingerprint technology, although that’s still an exception rather than the norm. When you think of the status quo even just a few years back, you’ll realize how far the industry has come with things like multifactor authentication and complex, consistent ID verification procedures. What’s more, security technology is constantly evolving.

Increasing Number of Safe Payment Methods

The safe payment options offered by operators listed on PlayVirginia.com and other niche sites are becoming more numerous. Thanks to this tendency, online gambling is getting easier and more secure. Moreover, players are enjoying more flexibility in terms of payment options. Along with a strong live betting experience and enhanced security, this has transformed the way gaming is perceived.

The Random Number Generator

This is one of the most important elements, which enable online casino operation. Obviously, a dealer can’t physically spin a wheel or shuffle cards online. The Random Number Generator determines the result. This generator varies from one operator to another and should be as random as possible. If it’s not, both employees and players can take advantage of the casino.

Data Security

Financial security was the biggest issue of carrying out online transactions in the past. Consumers weren’t inclined to shop online because they didn’t want to provide their financial and personal data out of fear it would be compromised. Thankfully, progress in bank technology and online encryption is beginning to relegate this fear to obscurity.

This isn’t to say you should assume you’re perfectly safe playing in any online casino. There’s no such thing as failsafe security protocols. Before signing up with an operator, check if they’ve ever been hacked, if there have been user data leaks, and what their rating is. Read reviews to see what other users are saying about security. Choose only licensed and regulated providers. The good news is that more and more people are performing due diligence, resulting in improved safety against the backdrop of technological progress.

Regulators

Unregulated online gambling operators will put players at a disadvantage, outright stealing their funds or rigging the games. Thankfully, there are regulatory authorities and organizations issuing licenses as verification of the security and fairness of a provider. In addition to these establishments, there are independent third-party providers who inspect and check information security, the casino’s Random Number Generator, and financial transactions to make sure both the employees and the customers are being treated fairly. They also use technology to achieve this. This is innovative technology that benefits corporations, smaller operators, and ordinary people who subscribe to their services. It puts gambling operators in the position of providing more and better services to an ever-increasing consumer base.

Conclusion

The best and most reliable technology helps companies in every industry improve security, but online gambling is one industry in which this aspect is truly crucial. More and more operators are emerging in the context of improved security and increasing trust. Technology not only allows the industry to exist but ensures the safety of online casinos’ daily operations.

While online gambling emerged relatively recently, it’s generating billions in profits every year. Security has to be guaranteed because millions of people trust casinos with their data and the amount of money changing hands keeps getting higher. Modern technology is on its way to making it possible to guarantee the security of every single transaction and operation 100% of the time.

Coinsmart. Beste Bitcoin-Börse in Europa
Source: https://cybersguards.com/how-tech-has-improved-gambling-security/

Cyber Security

Passwordless Solutions vs. Adaptive Security

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The Covid-19 pandemic has created many new challenges for businesses, in most cases accelerating their digital transformation. However, as cyber criminals are much quicker to adapt to the new landscape than big enterprises, cybersecurity becomes a primary concern. Ransomware, phishing, malware and disinformation are the most common tools used by cybercriminals during the on-going pandemic. Last year, the number of data breaches and records being compromised, as well as ransomware attacks, has reached an all-time high – ZDNet reported that “More data records have been compromised in 2020 alone than in the past 15 years combined”. At the same time, the number of known ransomware attacks has increased by nearly 60%.

The real cost of cybersecurity weakness

These numbers translates into huge money losses. The average cost of recovery from a cyber-attack is now estimated to be about $2 million. Meanwhile, the average ransom paid in 2021 was $170,404. It means that the ransomware recovery costs for businesses have more than doubled in the past year (Sophos State of Ransomware Report 2021). What is the reason standing behind most data breaches? Verizon’s 2020 DBIR reports that 80% of breaches within hacking involve brute force or the use of lost or stolen credentials. Passwords have been a weak point in the security chain for decades. Is it time to finally forget them? If so, where should we look for more comprehensive, modern and secure solutions to protect our cyber security?

What you need to know about Passwordless Authentication

Passwordless authentication is all about making the authentication process more convenient and even more secure. It aims to eliminate the use of passwords, passphrases, and other shared secrets in authentication which are the easiest elements to grab by cyber criminals. The main goal of these solutions is to improve the security level through user experience improvement. Most popular passwordless authentication methods are:

  • one-time password authorization codes (OTP)
  • push-based authentication tools
  • confirmation links
  • hardware tokens
  • biometrics
  • digital certificates
  • hybrid fraud detection systems (complex solution)

Due to the growing security awareness, these methods become more and more popular. In May 2020, during The World Passwordless Day, Microsoft proclaimed that more than 150 Million people use passwordless login in company’s online services every month. There is a strong reason behind passwordless methods success: such solutions reduce complexity and increases security at the same time. By decoupling authentication from single identity systems, organizations can unify their authentication mechanism with a single, consistent, and fast login experience that promotes productivity and customer engagement.

The biggest threats are those you do not know yet

Usability often takes a backseat in companies’ security strategy, but today we know that user experience improvement is a key driver of business security upgrade. There is just one tiny hitch. In practice, despite being effective, most passwordless solutions can be also problematic. If some additional action engages user during the process of authentication, the risk of data breach significantly increases. That is because some passwordless methods have also several well-known weaknesses: OTP codes are easy to grab, SMS codes are easy to steal, sim cards are easy to duplicate, and email links are easy to grab (many attacks start from an email takeover).

Hardware tokens gives high security level but these days any additional security devices dedicated for individual service cannot be seen as anything different than an inconvenience. What is more, static security solutions are hard in new risks adoption. Any type of a threat can easily cut users off from services or expose their data. However, there is actually a good alternative for traditional MFA (multi-factor authentication) tools. Take a look at the adaptive, rule-based solutions which process information from several independent modules to calculate cumulative session security score.  

Analyze, protect & adapt to threats thanks to the innovative approach

Adaptive Security Architecture, a modular, fast and user-friendly solution, allows organizations to assess risks and automatically provide proportional enforcement in security. This software incorporates:

  • device/browser fingerprinting
  • behavioral based security
  • malware detection
  • network analysis
  • application and anti-tamper monitoring
  • configuration analysis (misconfiguration detection)
  • user historical activity

How Adaptive Security works in practice? Each of modules calculates security score for an action of a user by collecting the device and software data and exchanging it with the AI engine via cryptographic channel. Thanks to this method, the risk is always calculated on the basis of contextual information. The actual and historical facts are constantly being processed to detect any type of anomalies. If the security score is low and critical attributes are below the threshold, the operation is blocked or requires additional confirmation steps, such as 2FA authorization. What is equally important, each time a user tries to get access to the company’s resources, the final operation result is sent to the engine to reduce false positive scores in the future.

Main benefits of Adaptive Security

Adaptive Security approach uses a combination of integrated measures to help businesses stay ahead of cyber criminals. Thanks to its modular architecture, it is easy to be dialed up or down according to the current needs and use a flexible financial plan. By collecting information from multiple independent sources, it calculates security score to protect data and systems in as agile a way as possible. Covid-19 pandemic changed a lot in terms of how we make business. Now it requires a shift in our security mindset – the incident response is no longer acceptable and has to be changed into a continues one. Adaptive Security is a way to do just that: adapt businesses to the new environment faster than cyber criminals adapt themselves.

Coinsmart. Beste Bitcoin-Börse in Europa
Source: https://www.cshub.com/executive-decisions/articles/passwordless-solutions-vs-adaptive-security-what-is-the-best-protection-against-covid-19-cyber-attacks

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Evaluating the Cybersecurity of Note -Taking Apps

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Evaluating the Cybersecurity of Note-Taking Apps

Evaluating the Cybersecurity of Note-Taking Apps – In an increasingly digital age, many people are doing away with pen and paper and instead putting sensitive information they need to remember in their “Notes” app on their phone. This is no surprise to many as these programs can be helpful for everything from jotting down your grocery list to notating the essential components of a detailed work assignment. There is no doubt that these apps can be lifesavers. However, while they are useful, experts are starting to see that many of these tools lack essential security features that are necessary to keep your information confidential.

Hackers who have noticed the lack of security on these popular apps are doing their part to steal personal customer information for malicious use. If you enjoy note-taking apps, then you need to pay attention. Let’s talk about the vulnerabilities of this tech and what you can do to keep your information secure.

Note-Taking Apps And Their Issues

According to Infosecurity Magazine, 45.3% of American adults store sensitive information on note-taking apps. In essence, note-taking apps are digital notebooks. They are popular for personal computer or mobile device users that want to remember information that they used to write down manually, and they help us remember vital information. In a professional setting, more advanced note-taking apps like digital stick notes help project managers keep complex assignments in order, and they are great for brainstorming ideas to bring companies to the next level. Note-taking apps are popular on most devices and you can find many of them in any digital store.

While many note-taking apps have built-in security features that allow users to lock them and keep the information from prying eyes, many tech experts have found that even if the developers of this software understand the importance of confidentiality, they aren’t taking security as seriously as they should. In some cases, the apps do not have any protection at all, while others try but only require a mild password that can be easily guessed.

Even with a complex password, many hackers are often able to find their way in, so security experts recommend the option to encrypt the notes so they cannot be read even if stolen. However, it has been found that there are holes in this essential security as well for many app developers. Either there is not an option for encryption or users are not given clear instruction on how to enable the setting. If you are reading this, then chances are that you use note-taking apps and now understand the danger. Let’s talk about how you can protect yourself.

User Protection

Just about any piece of information you put on a note-taking app can be used maliciously by hackers. It isn’t just financial records or social security numbers that they’re after. Even something as seemingly innocent as an email address can be used to send phishing emails. Stolen company records written within note-taking apps can be used for corporate espionage. Even writing your vacation plans on notes can alert criminals to when you will be out of town, which is never good news.

Needless to say, proper security is essential to prevent hackers from doing their worst, and if the apps don’t have the proper protections, you need to take matters into your own hands. For starters, when creating passwords for your note-taking apps, make them difficult to guess. They should include a combination of upper and lower case letters, numbers, and special characters. A common tactic is the brute-force attack, where hackers attempt a wave of username and passwords to try and guess correctly and gain access to your systems. Don’t make it easier for them by having a word in your password that is also written somewhere in your notes.

Although a proper password will be important no matter which app you use, you can also put yourself ahead of the curve by choosing an app that makes security a priority. One great option is Joplin, which has automatic data backup and encryption for every note you take. Another great choice is SilentNotes, which is also known for its great encryption process and the notes cannot be read without a password.

Mobile Device Security

Many people choose to use their mobile phones and tablets to take their notes, but if you do so, you must be cautious. A lot of people don’t secure their phones as well as they should, and if you fail to do so and you have one of the more poorly secured note-taking apps, you could have a recipe for disaster. Just like on the computer, your phone should have a password. For even more security, you should pair that password with a second line of security like a fingerprint or eye scan that cannot be duplicated.

While it is great to take your notes on the go, mobile users should be cautious about the dangers of using public Wi-Fi. This is because of another tactic that is popular with hackers, which is the man-in-the-middle attack. This is essentially a fake network in a public place that appears to be free to attract unsuspecting patrons. If you connect, you are essentially connecting to the hacker’s computer, which provides them free access to your device, and if you have an unsecured note-taking program, they will have all that data, and more. To avoid becoming a victim, always ask an employee for the correct network.

You should also be careful of the type of software you download onto your phone. If you are looking for a note-taking app, be sure to read the reviews and ensure that it is the real deal. Often, a hacker can set up a malicious website that appears to have promising software, but what you are really downloading are viruses and malware. Always do your research ahead of time to get the best products.

Now that you know a little more about the benefits and downsides of note-taking apps, you can be better prepared to jot down important information with confidence. Heed the tips listed above and the notes you take will remain secure.

Coinsmart. Beste Bitcoin-Börse in Europa
Source: https://cybersguards.com/evaluating-the-cybersecurity-of-note-taking-apps/

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How to Become a Cyber Security Engineer

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Cyber Security Engineer
Cyber Security Engineer

How to Become a Cyber Security Engineer- As our world becomes more reliant on the Internet and mobile computers to complete many of our daily duties, the issue of security becomes more pressing. As a result, there will be a greater demand for Cyber Security engineers.

Cyber security is an intriguing sector of information technology that is suitable for those who appreciate a challenge. The sector is rife with opportunity, and we’re about to show you why a career in Cyber Security is a great (and rewarding!) decision. Let’s take a closer look at the following topics to learn how to become a cybersecurity engineer:

  • What is a cyber security engineer?
  • Roles and responsibilities of a cyber security engineer
  • Cyber security engineer qualifications
  • Cyber security engineer salary
  • Demand for cyber security engineers
  • Cyber security engineer career path

Let us first grasp the responsibilities of a cybersecurity engineer before we start learning how to become one.

Table of Contents

What is a Cyber Security Engineer?

Cyber security engineers create and deploy secure network solutions to protect against hackers, cyber-attacks, and other persistent threats. They also test and monitor those systems on a regular basis, ensuring that all of the system’s defences are up to date and functioning properly.

The role of Cyber Security engineer is frequently referred to as data security engineer, IT security engineer, or Web security engineer. Furthermore, in smaller firms that cannot afford a Cyber Security specialist, the work of a Cyber Security engineer is occasionally wrapped into another IT function.

Let’s learn how to become a cybersecurity engineer after we’ve learned what this job entails.

What Does a Cyber Security Engineer Do?

A Cyber Security Engineer’s tasks and functions include:

  • Assess the organization’s security requirements and set best practises and standards in response.
  • All security measures required to secure an organization’s data, systems, and networks are designed, implemented, maintained, overseen, and upgraded.
  • Responding to all network and associated system security breaches.
  • All network and security concerns and incidents are investigated and resolved.
  • Conduct penetration testing on a regular basis.
  • Taking the necessary security precautions to protect the organization’s infrastructure and existing data.
  • Conducting tests and scans to identify any network and system vulnerabilities.
  • Participating in the change management process.
  • Assist in the investigation of any security breaches.
  • Managing day-to-day administrative responsibilities such as reporting and maintaining open lines of communication with the necessary departments within the organisation.

It’s worth noting that the job and responsibilities of a Cyber Security engineer are extremely similar to those of a security analyst. A Cyber Security engineer creates systems, but a security analyst is more concerned with putting the system through its paces and attempting to break it.

There is some overlap, however, because many Cyber Security engineers run stress testing on a regular basis in order to predict and test the weak points. It’s pretty uncommon to come across job postings for a Security Engineer/Analyst, which basically combines the two jobs into one.

Let’s take a look at the prerequisites before learning how to become a cybersecurity engineer.

Cyber Security Engineer Qualifications

A Cyber Security engineer should have the following qualifications in general:

  • A bachelor’s degree in computer science, information technology, systems engineering, or a related subject is required.
  • Two years of expertise performing Cyber Security-related tasks such as incident detection and response, as well as forensics.
  • Experience with firewalls and various forms of endpoint security, including its functionality, operation, and maintenance.
  • C++, Java, Node, Python, Ruby, Go, or Power Shell are examples of languages and tools.
    The ability to operate in a fast-paced, frequently stressful setting
  • Have a keen eye for detail and exceptional problem-solving abilities.
  • Knowledge of the most recent cyber security trends and hacker strategies is essential.

It’s worth noting that different organisations may have more or fewer qualifications, or place a lower or higher value on any of the requirements listed

Cyber Security Engineer Salary

According to this article on career explorer, the typical compensation for a Cyber Security engineer is roughly $74K a year. Senior-level engineers make an average of $96K per year, while entry-level engineers can expect to make $59K per year. If you can acquire it, it’s great work!

A Cyber Security engineer in India earns an average of 525,652 rupees a year, compared to A$130,000 in Australia and £47,926 in the United Kingdom.

Of course, the above figures may change based on demand in your area. Regardless of the salary level, a Cyber Security engineer can make a lot of money.

Let’s look at the demand for cybersecurity engineers before we look at how to become one.

What’s the Demand for Cyber Security Engineers?

According to this employment outlook analysis, demand for Cyber Security engineers is expected to expand at a rate of 12% between 2016 and 2026, which is faster than the average for all other occupations. As corporations, governments, and other organisations become more reliant on digital platforms, the demand for Cyber Security engineers will continue to rise.

According to Cyber Security Ventures, by 2021, there will be 3.5 million employment openings in the Cyber Security field. The bad news is that there will be a comparable expanding skill gap in Cyber Security specialists (at least from the standpoint of a business owner).

According to a Forbes storey from a few years ago, Cyber Security is “the fast-growing job with a massive skill gap.” According to an ISACA research, by 2019, there will be a global shortfall of two million Cyber Security specialists. And now we’re in 2019, and things are only getting worse. 40,000 Cyber Security analyst positions are unfilled in the United States alone.

Cyber Security Ventures also anticipates that the yearly expenses of cyber-crime damages would rise considerably, from $3 trillion in 2015 to $6 trillion by 2021, according to Cyber Security Ventures. As a result, cyber-spending is expected to exceed $1 trillion between 2017 and 2021.

Despite the fact that many organisations are employing Cyber Security engineers, these ten organisations are at the top of the list.

  • BAE Systems
  • Symantec
  • Check Point Software
  • Lockheed Martin
  • FireEye
  • Amazon (Amazon Web Services)
  • Microsoft
  • IBM
  • Cisco
  • CyberArk Software

Taken together, these projections provide a rosy picture for anyone interested in pursuing a career as a Cyber Security engineer. Cyber Security engineering (and similar occupations) might be considered a “recession-proof job.”

So now that you know what a Cyber Security engineer does, what they make, and how safe the job is, you’re probably wondering how to get started.

The Cyber Security Engineer Career Path

We’ve already seen the requirements for becoming a Cyber Security engineer, as well as the scope of their tasks. As a result, it should come as no surprise that becoming one involves careful planning and a great deal of effort, though the effort is well worth it.

For begin, you need have a bachelor’s degree in a Cyber Security-related discipline. To mention a few, these fields include computer engineering, computer programming, computer science, engineering, information security, and software engineering. Corporations used to not care if an applicant didn’t have a degree, but a growing number of companies are requiring one. So, first and foremost, get your official education in order.

A candidate for a master’s degree in cyber-engineering can then continue his or her education, focusing on fields that are closely related to Cyber Security. If you want to work as a Senior Cyber Security Engineer, you’ll need that master’s degree even more.

After that, you should try to gain some work experience. According to conventional thinking, an aspiring Cyber Security engineer should work for three years before making a formal move. This figure varies depending on the amount and quality of job experience a potential candidate has accumulated.

Last but not least, there’s certification. Certification benefits you in two ways. First, it provides you with additional skills and knowledge that will be useful in the future. Second, it gives the hiring party verifiable proof that you are well-trained for the role they are interviewing for.

If you’re looking for certification, you’ll find a plethora of options, almost an embarrassment of riches. There may be a plethora of materials available, but don’t worry; we’ll cover a fantastic choice shortly.

There are a variety of acceptable qualifications you can pursue. There’s no reason why you can’t choose more than one. The more tools you have at your disposal, the more likely you are to land the job you want. You should think about the following certifications:

  • CCNP Security: Cisco Certified Network Professional Security
  • CEH v10: Certified Ethical Hacker
  • CISA: Certified Information Systems Auditor
  • GIAC: Web Application Penetration Tester
  • CISSP: Certified Information Systems Security Professional
  • GSEC / GCIH / GCIA: GIAC Security Certifications

Want to Become a Cyber Security Engineer?

With so many options, it’s easy to become overwhelmed. Fortunately, Simplilearn is here to help you learn faster and easier! Simplilearn’s CEH (v10) – Certified Ethical Hacking Course is a wonderful place to start if you’re looking for your first certification. The training will teach you how to hack using advanced step-by-step approaches. Writing viral codes and reverse engineering are two examples of how you can better safeguard your company’s infrastructure from data breaches. This ethical hacking course will teach you sophisticated network packet analysis and advanced system penetration testing techniques so you can improve your network security skills and outsmart hackers.

The course includes 40 hours of instructor-led instruction, six months of free CEH v10 lab access, and a pass guarantee on the exam! Hackers are a Cyber Security Engineer’s worst nightmare, so by completing this course and earning your certification, you’ll be better prepared to halt them in their tracks and keep your company’s systems safe.

Coinsmart. Beste Bitcoin-Börse in Europa
Source: https://cybersguards.com/how-to-become-a-cyber-security-engineer/

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Cyber Security

Cybersecurity Degrees in Colorado

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Cybersecurity Degrees in Colorado
Cybersecurity Degrees in Colorado

Cybersecurity Degrees in Colorado- This guide is about Colorado cybersecurity schools. It also includes details on some of the variables that are driving the state’s burgeoning cybersecurity industry.

Colorado is well-known for its breathtaking beauty, ski resorts, tourism economy, and reputation as an adventure playground. Colorado has been diversifying its economy for decades, which is a little-known fact. For a long time, it was also one of the fastest-growing state economies in the United States, though growth has slowed in 2019. On the other hand, the labour market in Colorado is exceptionally tight, which has curbed the state’s growth rate. The unemployment rate in the state is significantly lower than the national average.

Government, professional business services, education and health services, manufacturing, and leisure and hospitality were the major employers in Colorado’s economy in 2019, according to the Bureau of Labor Statistics. Financial services is the state’s sixth largest employer.

Technology-related occupations are predicted to be among Colorado’s fastest-growing. This is due in part to the reliance on technology that these leading businesses have.

What does this signify for those working in the field of cybersecurity? Financial services, government, professional business services, and health services are some of the industries that use cybersecurity services the most. In addition, a tight labour market means that there are few applicants for any given job positions.

Table of Contents

Growing Importance of Cybersecurity in Colorado

As Colorado’s economy grows and diversifies, the companies that are emerging as leaders are some of the most significant employers of cybersecurity employees and services.

Because information security is so important in government, financial services, healthcare, and professional business services, there will undoubtedly be a surge in demand for cybersecurity professionals in Colorado. When you combine it with the state’s already limited labour pool, the Rocky Mountain state should be a fertile field for cybersecurity for many years to come.

Colorado’s state government has been one of the most forward-thinking in the country since 2016. The state legislature has enacted legislation to ensure that governmental resources are used effectively to tackle the growing threat of cyber-attacks. This awareness sparked a slew of new efforts.

In Colorado Springs, the National Cybersecurity Center, an infosec think tank, was created in 2016. Colorado Springs, which is located near Pikes Peak, is swiftly establishing itself as one of the nation’s leading cybersecurity centres, and not just because of the National Cybersecurity Center.

According to the Colorado Springs Cybersecurity Project, approximately 3,000 cybersecurity specialists are employed by over 125 cybersecurity firms in the Pikes Peak region. More than 80 of these businesses are focused on cybersecurity. There are also five military installations looking for cybersecurity workers, as well as five institutions with cybersecurity programmes that have been designated as Centers for Academic Excellence by the National Security Administration (CAE).

A number of prominent enterprises with significant cybersecurity demands have operations in the Pikes Peak area. Boeing, Apogee Enterprises, Booz Allen Hamilton, Cisco, General Dynamics, Hewlett Packard Enterprises, Lockheed Martin, Microsoft, Northrop Grumman, Oracle, Raytheon, Verizon, and VMWare are just a few of the companies involved.

Furthermore, Colorado Springs is home to two cybersecurity groups, both of which have regional chapters. The Information Systems Security Association (ISSA) has a wealth of resources for information security professionals and those considering a career in the field. ISSA holds yearly conventions and offers several networking and knowledge-sharing opportunities in addition to educational options. The Pikes Peak Region has a chapter of (ISC)2, one of the most well-known cybersecurity certification organisations.

Cybersecurity Education in Colorado

The list of higher education programmes offered by Colorado educational institutions demonstrates the state’s emphasis on cybersecurity as a future-ready skill. Students have a wide range of degree programmes and certification options to choose from. And students who live in the state will find a fast expanding job market with an insufficient number of competent applicants for open positions.

Students in other states, however, will discover a solid selection of online schools that provide all degrees and a variety of certifications.

ASSOCIATE’S DEGREE

For people who don’t have the time or resources to complete a full four-year degree programme, an associate’s degree in cybersecurity is a viable method to break into certain entry-level employment. Professionals can then advance their careers by earning industry certifications or maybe using the associate’s degree to complete a bachelor’s degree programme with this educational base and a starting position.

Campus-based associate’s degrees in Colorado

Five Colorado community colleges offer cybersecurity associate’s degrees through campus-based programmes (Front Range Community College, Pikes Peak Community College, Pueblo Community College, and Red Rocks Community College). In addition, Pikes Peak Community College provides a dual degree programme that allows students to earn associate’s degrees in both cybersecurity and computer networking. The ACC Cyber Center is located on the Arapahoe Community College Castle Rock campus and is a state-of-the-art cyber learning centre with hands-on lab equipment, a full-scale NDG-Netlabs virtual lab environment, and a game-based cyber range. At the Sturm Collaboration Campus of CSU Pueblo, students can receive an Associate of Applied Science (AAS) degree in Cybersecurity and a BS in Computer Information Systems with a focus in Cybersecurity. More details can be found in the table below.

Online associate’s degrees in Colorado

Pueblo Community College is currently the only Colorado community college that offers associate’s degrees in cybersecurity online.

BACHELOR’S DEGREE

Most information security employment paths now require a bachelor’s degree in cybersecurity. Specific cybersecurity degree options vary a lot, with many specialising on a specific category of cybersecurity. However, majoring in a cybersecurity discipline isn’t required for aspiring cybersecurity professionals to land a job in the field.

Many people who work in cybersecurity have a broad background in computer science or information technology. Others have received training in a variety of STEM fields, many of which are unrelated to computer technology.

There are now four bachelor’s degree programmes in Colorado that are specifically dedicated to cybersecurity, two on-campus and two online. Metropolitan State University of Denver offers two of these, one on campus and one online. The United States Air Force Academy offers the other campus-based programme. Colorado Technical University offers the other online degree option.

MASTER’S DEGREE

A master’s degree in cybersecurity can also lead to consultancy, academic, or research employment for people who want to work outside of the traditional corporate framework.

Colorado institutions offer a total of seven master’s degree programmes for cybersecurity professionals, including three on-campus programmes and four online programmes.

Campus-based cybersecurity master’s degrees in Colorado

The University of Colorado offers two of the three campus-based master’s degree programmes, one in Boulder and the other in Colorado Springs, as shown in the table below. The University of Denver offers the other campus programme.

Online cybersecurity master’s degrees in Colorado

Of the four online master’s degree programs, two are provided by the University of Colorado – one in Boulder and the other from the Denver branch. The University of Denver offers an online master’s degree program and Regis University rounds out the list. See below for more information and links.

Cybersecurity Online Master’s Programs in Colorado

Coinsmart. Beste Bitcoin-Börse in Europa
Source: https://cybersguards.com/cybersecurity-degrees-in-colorado/

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