Choosing Your Path: Cloud Computing Vs Cyber Security

Cloud Computing Vs. Cyber Security

The world today has become entirely tech-driven. Everything, from a regular document to bulk data files, is stored on the Cloud. And how do we protect data stored online? By making our IT infrastructure more robust!

The need to protect our data and have a solid foundation has brought up many distinct career paths. However, choosing from all these career paths can sometimes become highly daunting.

But don’t fret! 

We have chosen the two most crucial roles that offer exciting career prospects: cloud computing and Cybersecurity. A Markets and Markets report projects that by 2028, the global cybersecurity market will reach a value of $298.5 billion. According to another report, the worldwide cloud computing market will be valued at $1266.4 billion in the next five years!

The numbers are massive, and so would your career in these fields. 

Everything you need to know about these two bright paths will be covered in this article. We will dissect both concepts to help you distinguish between cloud computing and Cybersecurity. Find out why it is crucial to understand each one and their role in the global digital network.

Let’s start with cloud computing!

What is Cloud Computing?

With opportunities for demanding careers, cloud technology is quickly emerging as one of the most innovative fields in the IT industry. Cloud-based solution providers use cloud platforms to assist businesses in rapidly and efficiently scaling up their operations. 

Cloud computing delivers computational resources, such as servers, applications, or data, over the Internet. 

Rather than buying, maintaining, and accessing bulky infrastructure, one can get these services from cloud service providers at pay-as-you-go prices. Businesses of all shapes and sizes quickly embrace cloud computing technology to take advantage of its many advantages, including high scalability, easy access, enhanced productivity, cost-effectiveness, performance, and security. 

A career in cloud computing is both exciting and challenging because organizations are currently migrating to the Cloud, resulting in the creation of new employment positions. 

There are four different types of cloud computing:

Software as a Service (SaaS):

It refers to the hosting and managing software applications and their supporting infrastructure by cloud service providers. Additionally, these providers take care of all maintenance, including security patching and software upgrades. Users typically use a web browser on their tablet, PC, or phone to connect to the application over the Internet.

Infrastructure as a Service (IaaS):

It is a cloud computing service offering critical computing, storage, and networking resources on a demand and pay-as-you-go basis. Without IaaS, there would be no fundamental tools for developing the Cloud.

Platform as a Service (PaaS):

PaaS lets developers quickly create web or mobile apps without having to set up or manage the underlying infrastructure of servers, storage, networks, and databases required for development.

Serverless computing:

It enables developers to build applications faster by removing the need to manage infrastructure. In these applications, the infrastructure needed to run the code is configured, scaled, and managed by the cloud service provider using automation.

Cloud computing engineers are responsible for designing, planning, maintaining, and supporting cloud-based data. 

Entry-level cloud computing jobs typically require background knowledge and hands-on experience in information technology (IT) or a related field. Many people who work in cloud computing began their careers in broader IT or tech roles to become familiar with the computer systems on which they work and to hone their technical skills.

Before beginning a career in cloud computing, one needs to be familiar with the main cloud computing platforms, such as Google Cloud, Microsoft Azure, and Amazon Web Services. Again, a solid foundation in fundamentals and familiarity with data-oriented programming languages like Python and Java are prerequisites for this field. An AWS or Azure certification can greatly boost one’s reputation in this industry.

Now that we are familiar with Cloud Computing, let’s understand Cybersecurity.

What is Cybersecurity?

Cybersecurity refers to defending programs, networks, and systems against online threats. Typically, cyberattacks aim to disrupt regular business operations, obtain, alter, or destroy sensitive data, or use ransomware to demand money from users. 

Today, there are more devices than people, and attackers are getting more creative, making it especially difficult to implement adequate cybersecurity measures.

There are six different types of Cybersecurity:

Network security:

Most attacks happen over networks, and solutions for network security recognize and prevent these attacks. These solutions include application controls to enforce safe web use policies and data and access controls, including Data Loss Prevention, Identity Access Management, Network Access Control, and Next-Generation Firewall (NGFW).

Cloud security:

A cloud security strategy comprises cybersecurity solutions, controls, policies, and services to help prevent attacks on an organization’s entire cloud deployment—including applications, data, infrastructure, and other elements. Although many cloud service providers provide security solutions, these are frequently insufficient to achieve enterprise-grade security in the Cloud. 

Endpoint security:

The zero-trust security model recommends enclosing data in micro-segments. Utilizing endpoint security is one method for accomplishing that with a mobile workforce. Businesses can use endpoint security to protect end-user devices, like laptops and desktops, by establishing network and data security controls, advanced threat prevention techniques like anti-phishing and anti-ransomware, and forensics-related technologies like endpoint detection and response (EDR) solutions.

Mobile security:

Frequently disregarded, corporate data can be accessed by mobile devices like tablets and smartphones, opening companies up to threats from phishing, malicious apps, zero-day vulnerabilities, and instant messaging (IM) attacks. Mobile security prevents such attacks and protects operating systems and devices from rooting and jailbreaking. 

Internet of Things security:

Cybercriminals look for weak points in devices unintentionally linked to the network for threatening purposes, like gaining access to a company network or serving as a gateway for another bot within a worldwide bot network. IoT security safeguards these devices through auto-segmentation to regulate network activity, device discovery and classification, and the use of IPS as a virtual patch to stop exploits against susceptible IoT devices. 

Application security:

Web apps are vulnerable to attack from malicious actors, just like anything directly connected to the Internet. Injection, broken authentication, misconfiguration, and cross-site scripting are just a few of the critical web application security flaws to which OWASP has tracked the top 10 threats. With application security, the OWASP Top 10 attacks can be prevented. Application security protects against bot attacks and malicious interactions with applications and APIs. Apps will be protected even as DevOps releases new content through continuous learning. 

Zero trust:

Traditional security measures are perimeter-focused, mounting walls like a fortress around an organization’s priceless assets. Nevertheless, this strategy has several problems, including insider threats and the network perimeter’s quick collapse. Leveraging a more granular approach to security, this measure safeguards specific resources by combining role-based access control enforcement, monitoring, and micro-segmentation.

While the rise in cyberattacks is undoubtedly bad news for everyone, there might be a bright side. Now, it may be ideal for those who want to pursue careers in Cybersecurity. Cybersecurity professionals, also called Information Security Analysts, are responsible for various tasks, the most important of which is keeping online data secure. It is becoming increasingly crucial to increase security as more of our personal data is stored online.

Organizations must have a strategy for dealing with both attempted and successful cyber-attacks. Any reputable framework can serve as a guide. It describes how to recognize attacks, safeguard systems, address threats, and recover from successful attacks.

It is a multifaceted industry with numerous roles in banks, e-tailers, retailers, healthcare, and government agencies. You can anticipate protecting a company’s files and network, setting up firewalls, making security plans, protecting client information, and keeping an eye on things while working. In the event of a breach, it will be up to you to quickly determine the issue and find a fix.

Since we know what both of these mean and entail, let’s dive a bit deeper to understand each of them better!

Benefits of pursuing a job in Cloud Computing

A career in cloud computing comes with many benefits. Here are some:

Countless career opportunities:

Cloud computing offers a multitude of career paths, including Cybersecurity, data-focused careers, and software development. Many new roles have emerged over time, such as DevOps, and we anticipate that there will be more.

Flexible work arrangements:

In the tech sector, hybrid, if not remote, working is the new standard. Many tech professionals have not returned to work full-time since COVID-19! Working on the cloud allows you to work from anywhere.

Attractive compensation:

Given the high demand for cloud expertise, you can expect a competitive salary and exciting benefits. Companies’ compensation packages vary, but many have begun to offer shares, equity, trips away, and additional holiday allowances, to name a few.

ESG:

Cloud computing is on the radar of businesses looking to improve their sustainability efforts. It reduces the need for on-premise hardware while optimizing energy consumption!

Creativity and innovation:

Working in this industry will require you to constantly solve problems and develop innovative solutions, whether system optimization or implementing cutting-edge technologies. As technology advances, you will continuously learn about new tools and practices.

What does a Cloud Computing expert do?

Professionals in cloud computing are in charge of overseeing and refining cloud infrastructure and services. Depending on the particular role and organization, their job responsibilities may differ, but some typical duties and tasks are as follows:

Developing and implementing cloud infrastructure: Cloud computing specialists are responsible for designing and implementing cloud services and infrastructure. This can involve configuring networking settings, storage systems, and virtual machines.

Keeping cloud infrastructure and services secure and compliant: Cloud computing specialists are in charge of keeping cloud infrastructure and services secure and compliant. This may entail implementing encryption, access controls, and monitoring technologies to secure data and thwart unwanted access.

Managing cloud resources: They optimize and manage cloud resources to ensure cost-effective and efficient use of cloud services. This may include monitoring resource utilization, adjusting resource levels as needed, and optimizing performance.

Collaboration with stakeholders: They work with developers, system administrators, and business users to understand their needs and provide guidance on cloud-related issues. They also collaborate closely with security teams to ensure security policies and procedures adherence.

Issue diagnosis and resolution: When problems occur with cloud infrastructure or services, cloud computing specialists are responsible for troubleshooting and resolution. This may include analyzing logs, diagnosing problems, and collaborating with vendors or support teams to resolve issues.

Skills required for Cloud Computing

Technical Skills

Programming languages:

The fundamentals of a cloud application necessitate a thorough comprehension of the most widely used programming languages. To create and oversee applications, you must be able to write code. R, JavaScript, and Python are a few popular ones that are appropriate for cloud software development. You must also understand data structures and SQL to develop database-driven applications.

Database management:

Databases are among the most commonly used software applications on the Cloud. Cloud databases give businesses the capacity to grow and effectively handle data. Cloud providers offer various database services, including relational databases, NoSQL, and data warehousing. You should thoroughly understand database types and services, including the functions they support and how they interact.

Information security:

Cloud computing, like any other data-based environment, requires information security. Understanding access and identity management is essential for ensuring the security and protection of personal information stored in the Cloud. Cloud computing technologies are growing and changing, making Cybersecurity a sought-after skill set and career path.

DevOps:

DevOps refers to support staff integrated into the development process. These professionals collaborate with developers throughout the development lifecycle to offer design, development, and production support. These positions are essential to releasing app projects more quickly and effectively. By being familiar with the principles of DevOps, you can troubleshoot any issue you encounter as a developer.

Linux:

It is an open-source operating system, and cloud service platforms typically benefit from knowing how to code on it. It also provides a free or inexpensive operating system for creating secure, easily customizable apps. As with Windows and MacOS, Linux OS development, design, and deployment are highly sought-after skills for cloud professionals.

Application Programming Interfaces (APIs):

APIs allow software programs and services to communicate with one another and share information. These are extensively employed in contemporary software development for both on-premises and cloud computing. You should understand how to use APIs to build and connect workloads to the Cloud. REST and GraphQL are two popular cloud-based APIs.

Knowledge of cloud service platforms:

Acquainting yourself with AWS, GCP, and Microsoft Azure is an intelligent move. In this manner, you can distinguish between the providers, counsel groups, or businesses on which one is most suitable for a given application. Learning the pros and cons of these platforms can help you grow in your career in cloud computing. 

Soft Skills

Problem-solving:

Even though the Cloud is built to be highly resilient and fault-tolerant, things occasionally go wrong. When this happens, a cloud expert with problem-solving experience can manage client expectations or apply practical skills to resolve the issue and ensure it does not happen again. Solving problems is a skill that will always be in demand in the cloud computing industry, so starting a new career in the Cloud makes perfect sense if you enjoy problem-solving.

Networking and collaborating:

This cannot be overstated, as making connections with colleagues and customers will help you learn and advance in your career. Success in any business depends on relationships, and cloud computing specialists will frequently operate in challenging environments and teams. You will have a lot of success if you can work well in a team.

Focus on the details:

It is critical to pay close attention to your work and take precise action. Subtle configuration errors or slightly inaccurate customer bills can have more immense consequences later on, such as diminished revenue, lost trust, and worse. Paying close attention to details is essential to succeeding in your cloud career.

Process-oriented thinking:

When deploying applications in the Cloud, there is typically a set of best practices to follow to ensure that your deployments are secure and safe. Processes help complex organizations become more efficient. Process-oriented is also helpful in this relatively new industry when creating procedures to benefit you and your clients. You must be prepared to pick up new skills for every role you take on because every industry and company has its own set of procedures to adhere to.

The capacity to simplify complex concepts:

Working in the cloud industry means that you are always teaching others. Everything in the industry is constantly changing due to its very nature. As a technical account manager (TAM) or solutions architect, you will instruct your clients on the most effective and comprehensible cloud deployment techniques. You must constantly consider your target audience when modifying your messaging and language. Explaining concepts to a subject matter expert differs substantially from presenting the same ideas to a CEO.

Frugal attitude:

When building on the cloud, you can optimize your costs and ensure you provision only what is necessary to complete the task at hand by utilizing the best tools available. A frugal mindset will help you select the best and most effective tools for the job and implement future-proof apps that can expand and scale to satisfy the demands placed on them. Cost is almost always considered when building cloud systems; other requirements, like security and performance, must be considered.

Ability to balance short and long-term goals:

Juggling short and long-term goals is a difficult task that requires balance. There is much pressure to make decisions that compromise long-term well-being to achieve immediate objectives. If you want to scale your architecture, planning ahead and ensuring you have the best possible use of the Cloud and all its resources is essential.

Jobs in Cloud Computing

The following list of careers in cloud computing includes their respective national average salaries:

Perks of choosing a career in Cybersecurity

Choosing a career in Cybersecurity has numerous benefits. Mentioned below are some:

Interesting domain: Virtually every element of daily life is impacted by the Internet. Cybersecurity is crucial in today’s digital age to guarantee both online safety and the security of the vital systems that run our daily lives, such as banking institutions, transportation, and electricity. As a cybersecurity professional, you will constantly be up against fresh, exciting challenges while working to safeguard vital infrastructure. 

More job opportunities: The demand for qualified professionals is exceptionally high in the rapidly expanding field of Cybersecurity. As per the latest reports from the Bureau of Labor Statistics, there will be roughly 16,800 more job opportunities annually as the demand for cybersecurity specialists rises by nearly a third in ten years.

Industry of interest: One of the most appealing aspects of a cybersecurity career is its versatility, with applications ranging from government to nonprofit to the private sector. The sectors that handle large amounts of consumer data, like retail trade, healthcare, and finance, have the greatest need for cybersecurity professionals.

Earn more: The average salary in this job is significantly higher than the average private-sector American job. In the United States, the top earners (90th percentile) make $172,500 annually, while most cyber security salaries currently fall between the 25th and 75th percentiles, at $111,000 and $150,000, respectively. 

Diverse skillset: The dynamic field of Cybersecurity draws professionals from a wide range of backgrounds. This means that you can set yourself apart in the vast field of Cybersecurity by developing new cybersecurity skills and utilizing your experience in information technology, administration, or accounting.

What does a Cybersecurity expert do?

Professionals in Cybersecurity are in charge of defending computer networks, systems, and data against online threats and unauthorized access. Depending on the particular role and organization, their job responsibilities may differ, but some typical duties and tasks are as follows:

Putting security measures in place: Cybersecurity experts are in charge of implementing security measures and keeping them up to date to safeguard networks and computer systems. Installing intrusion detection systems, firewalls, and antivirus software are a few examples.

Investigation of security incidents: Cybersecurity experts investigate and handle security incidents. They assess the incident’s effects, pinpoint the underlying reason, and create plans to prevent future occurrences of the same kind.

Monitoring for security lapses: They monitor networks and computer systems for unauthorized access or security breaches. Logs and network traffic are examined to find possible weaknesses and threats.

Informing users: Cybersecurity experts are essential in notifying users of the best practices for staying safe online. They create and present training courses to educate people about typical security risks and provide them with the necessary skills to safeguard their information.

Creating security policies and procedures: They create and implement security policies and procedures to guarantee adherence to industry standards and best practices. They collaborate closely with stakeholders to identify risks and develop mitigation plans.

Skills required for Cybersecurity

Technical Skills 

Coding:

If you do not know how to code, your future cybersecurity opportunities may be limited. Therefore, familiarizing yourself with a few coding languages is recommended. The following is a list of coding languages you can learn to excel in Cybersecurity:

  • C and C++
  • Python 
  • JavaScript
  • PHP
  • HTML 
  • Go lang
  • SQL 
  • Assembly Language

System administration and network configuration:

A solid understanding of networking is required to begin a career in Cybersecurity. Learning networking helps you understand the technical aspects of data transmission, allowing you to better secure your data.

Cloud security:

Companies seek professionals with security expertise in public and hybrid cloud platforms such as AWS and Azure. More organizations are turning to cloud infrastructure to store data and run applications. Cloud security involves implementing laws and technology to safeguard cloud-based devices and systems. Building secure systems from the ground up is a component of cloud security. 

Operating systems:

A Cybersecurity professional must be well-versed in Linux, Windows, and Mac OS operating systems. Working on any OS should come naturally to you as a cybersecurity specialist. Through VMs, you can enhance your skills by conducting research and training in a private setting. 

The Internet of Things (IoT):

According to the most recent data, roughly 17.08 billion IoT devices are connected. By 2030, this number is predicted to nearly double to 29.42 billion. With so many devices, there are many more chances for security flaws. As a result, IoT security will gain importance in the near future and be crucial to preserving the integrity and security of the entire Internet system. 

Blockchain security:

One reason for the growing acceptance of blockchain technology is its high degree of protection. As a result, Cybersecurity experts must familiarize themselves with blockchain technology and its security protocols. Think of it as future-oriented preparation. Blockchain is expected to penetrate security domains such as identity control, supply chain integration, network control, IoT devices, and mobile computing.

Network security control:

Network security control is the umbrella term for the various methods used to improve a network’s security. You need to know how your network works and how routers, firewalls, and other devices function. As a Cybersecurity specialist, you should be able to use a firewall to filter and stop illegal traffic from entering the network. 

Soft Skills

Communication and interpersonal skills:

It is critical to remember that cyber security is a global phenomenon. A significant human factor is involved; consider how many breaches are initiated by a phishing exercise. A cyber security specialist needs to be able to communicate with employees at all organizational levels and departments and teach them about cyber security threats.

Curiosity:

It is pretty evident that employers value curiosity and an inquiring mind highly. Competent cybersecurity experts are curious about the methods and rationale behind procedures. Thus, don’t be scared to seek guidance from an industry mentor or to ask questions. To meet the ever-evolving challenges that cyber security presents, the industry needs talent who are curious and willing to ask questions.

Flexibility:

One of the most significant obstacles in the ever-changing field of cyber security is the unknown. As a cyber security expert, you have to be aware of the quick changes that are taking place in the field and be able to adjust your skills accordingly. As cyber security becomes a more integrated discipline within organizations, be ready to adapt to your employer’s shifting priorities.

Commercial savvy:

Cybersecurity now extends beyond IT and has the capacity to impact the entire company. Understanding how IT and business interact is essential for becoming a successful cybersecurity professional. Organizations are still undergoing digital transformations, so it is critical to stay informed about the functions different systems perform within the company and how that influences cyber vulnerability. This includes comprehending how these cyber vulnerabilities equate to business risk.

Problem-solving:

Because cyber security is fundamentally about problem-solving, it is no surprise that problem-solving skills are at the top of the list of soft skills you might need to be successful in this field. As a cybersecurity expert, you might have to make critical security decisions for your company daily and apply problem-solving techniques to stop cyber threats as they appear in established and emerging technologies. 

Meticulous:

As a cybersecurity specialist, you will probably be responsible for ongoing network surveillance. It may be necessary for you to be highly attentive to identify and address vulnerabilities to protect your company from cyberattacks. Having an eye for detail will also help you ensure that everything you say and write in written and verbal communications is precise and accurate, both to audiences outside of your company and to stakeholders inside it.

Ethical hacking:

Cybersecurity experts should be proficient in ethical hacking to completely comprehend how a system could be compromised and develop workable solutions to thwart attacks. This entails knowing how malevolent hackers operate and applying the same cybersecurity expertise to penetration tests to find vulnerabilities in Cybersecurity and the flaws they cause.

Jobs in Cybersecurity

Companies are actively seeking qualified and experienced cybersecurity specialists to defend their data and systems against intrusions. A cyber security team is needed in any industry, including IT, finance, healthcare, e-commerce, and business. 

Below is a list of a few Cyber Security job roles and their national average salaries:

Which is better: Cyber Security vs. Cloud Computing?

In the IT industry, cloud computing and cyber security are growing, and many job opportunities exist. Cyber Security is the place to be if you want to learn new things, keep an open mind about the latest techniques, and find potential bugs to protect the organization from threats.

If you are well-versed in database administration and cloud platforms and would like to work with a development team to deploy apps in cloud infrastructure, cloud computing is the ideal choice for you to grow in your career.

Cybersecurity professionals may find employment in a range of places, such as government organizations, consulting firms, and corporate offices. They could be employed as outside consultants or as members of an internal IT team. 

The work can be fast-paced and demanding, particularly during security incidents or when implementing new security measures. Additionally, to respond to security incidents, cybersecurity professionals might need to work irregular hours or be on call.

Tech firms, cloud service providers, or enterprises with substantial cloud infrastructure may employ cloud computing professionals. Depending on the company’s policies, they might work remotely or in corporate offices. Combining collaborative work with vendors and stakeholders with practical technical tasks like configuring and managing cloud resources may be necessary. To ensure they utilize the most effective and secure solutions, cloud computing professionals might also need to keep up with the most recent developments in cloud technology and trends.

Both professions provide stimulating and demanding work environments that necessitate ongoing learning and adaptation to emerging threats and technologies.

Although these two fields are quite complex to compare for multiple reasons, it is crucial to recognize that each is extremely valuable in today’s market and in high demand. One’s understanding forms the basis for the other. But given the prerequisites and limitations, launching a career in both can be daunting and challenging.

Here’s a comparison table for you to understand the differences better:

SpecificationsCyber SecurityCloud Computing
Data TheftCybersecurity attempts to stop data breaches that have already happened.Cloud computing is a preventive measure designed to keep data from being hacked in the first place.
BenefitsBusinesses of all sizes prioritize cybersecurity.With cloud computing, authorized users can access data from anywhere. Businesses can keep their data safe and secure by reducing web crashes and freezing while still providing employees with the flexibility to work from anywhere.
DrawbacksAny type of security software installed on a computer system will, by default, slow down the system due to all of the processes running in the background.Cloud computing may also be perceived as a disadvantage by some because it limits an individual’s control over their infrastructure because it is managed by a specific group.
ExpensesBecause security software is less expensive than cloud storage infrastructure, cybersecurity is more cost-effective than cloud computing.It uses PAYG cloud computing is a payment method that charges users based on their usage. This can be costly, depending on how often you use the services.
ClassificationsNetwork security, Cloud security, Endpoint security, Mobile security, Internet of Things security, Application security, Zero trust are the main categories of cybersecurity.Cloud computing comes in three main flavors: IaaS, PaaS, and SaaS. 
Career OpportunitiesA career in cybersecurity can include working as a bug bounty hunter, ethical hacker, or cybersecurity analyst.Some of the job titles available with Cloud Computing experience include IT Engineer, Data Analyst, and Cloud Data Designer. With the right skills and experience, you can land a job in Cloud Computing and begin your career in IT.
Important Domain Within the cybersecurity sector, data security is a popular and wide-ranging field.A major component of cloud computing is data management.

Final Verdict

Cybersecurity has always been a primary concern, and cloud computing is undoubtedly the way of the future. These elements demonstrate that cloud security is the next logical step in IT growth, given the rise in data volume and risk, the enforcement of security by laws like GDPR, and the undermining of security by emerging IoT technologies. 

While both fields offer promising opportunities and fulfilling careers, choosing between a career in cloud computing or Cybersecurity can be challenging. It is crucial to take your interests, abilities, and long-term objectives into account when making this decision.

A career in Cybersecurity might be a good fit for you if you enjoy problem-solving and analytical thinking and have a strong passion for safeguarding systems and data from cyber threats. However, a career in cloud computing might be more appropriate if you have a keen interest in cloud technologies and enjoy managing and optimizing infrastructure.

It is imperative to consider the employment prospects, necessary competencies, educational prerequisites, pay and benefits, and prospects for professional advancement in both domains. By researching the particular opportunities and demands in the area you have in mind, you can make an informed choice.

FAQs: Cloud Computing Vs Cyber Security

What pays more, cybersecurity or cloud computing?

Industry reports state that, depending on location and experience level, cloud engineers in the US can expect to make anywhere from $100,000 to $180,000 annually, while cybersecurity specialists can expect to make anywhere from $90,000 to $160,000 annually. It looks like both fields offer excellent earning potential!

Is cloud computing part of cybersecurity?

Both cybersecurity and cloud computing are unique and different from one another; they each have important but distinct roles in the market and industry. Selecting one can be challenging because both have similar requirements for a profitable business.

Which pays more, cybersecurity or IT?

If we take a look at the recent stats, of course, Cybersecurity is a more profitable career. The average national salary for a Cybersecurity expert is $107,105 per year, while for an Information Technology expert, it is $82840 per year in the US.

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