Cybersecurity is a growing concern. According to Statista, in the third quarter of 2022, nearly 15 million data records were leaked globally through data breaches.

Cyber attackers are now using advanced techniques to target data and systems. As a result, small businesses, individuals, and large businesses are all affected. So, all these organizations, both IT and non-IT, have understood the value of cybersecurity and are adopting all possible measures and techniques to prevent and thwart cyber threats.

However, with ever-increasing cybersecurity vulnerabilities, enterprises and their employees must be steps ahead in dealing with those threats. And connecting everything to the internet significantly increases the chances of breaches, vulnerabilities, and flaws.

Gone are those days when passwords were enough to protect data and systems. We all want to protect our personal data and systems, so you should learn cybersecurity to revamp your data protection and risk reduction measures.


What Skills Are Needed for Cybersecurity?

Cybersecurity is a fast-growing, in-demand field with a need for qualified professionals, offering many job opportunities, high median salaries, and a challenging work environment. However, to pursue a career in this field, you’ll need a broad range of professional, technical, and functional skills, as well as critical soft skills and specific cybersecurity skills that will set you apart from the competition. These include:

Problem-solving skills

Cybersecurity professionals must find creative ways to take on and solve complicated information security challenges across emerging and existing digital environments and technologies.

Technical aptitude

Cybersecurity is technology-focused, which means you’ll likely be tasked with responsibilities like maintaining, troubleshooting, and updating security systems. You'll also have to provide real-time information security solutions and implement regular network monitoring. Thus, being technologically adept is crucial to carry out a cybersecurity professional's daily activities.

Key computer forensic skills

Although cybersecurity and computer forensics are separate fields, they’re closely linked—and having fundamental computer forensics skills can help you advance in your cybersecurity career. To effectively protect enterprises’ digital assets and deter security breaches, you must understand what happens if your efforts fail and how you can recover compromised data.

An understanding of hacking

To effectively safeguard a company’s infrastructure and network, you must know how they can be attacked in the first place—that’s why cybersecurity professionals must know how to “ethically hack.” You must have the same skills as a hacker to fully understand how systems could be breached and ultimately create effective cybersecurity solutions.

How to Become a Cybersecurity Engineer?

To become a cybersecurity engineer, you need a bachelor’s degree in any field related to cybersecurity, including IT, computer science, systems engineering, or software engineering. Also, you must have extensive experience with the maintenance of firewalls, operation and functionality, and maintenance of various types of endpoint security. Further, you must be proficient in cybersecurity tools and languages like Java, C++, Node, Ruby, Python, PowerShell, and Go. And you must be up-to-date with the latest cybersecurity trends and hacker tactics.

What Are the 3 Pillars of Cybersecurity?

Many people think cybersecurity is all about technology. However, tech is just one piece of the puzzle. Robust and effective security solutions are built on three primary pillars of cybersecurity: processes, people, and technology. Each pillar is crucial in keeping your organization secure in a complicated cybersecurity risk landscape. 

People are a crucial cybersecurity pillar that involves the highest cybersecurity risk, as human mistakes and misjudgments often cause the most successful cybersecurity attacks.

Processes are another crucial component of the three cybersecurity pillars that ultimately rely on having the proper training of people and the right technology to thwart cybersecurity risks successfully. Further, technology is critical in managing and preventing the risks of cybersecurity attacks in a company. 

What Is a Digital Signature?

It’s an electronic signature that verifies the integrity and authenticity of digital documents, software, or messages. 

How to Become an Ethical Hacker

To become an ethical hacker, you must understand wired and wireless networks. You must also be savvy with operating systems, especially Linux and Windows. In addition, you must understand fire systems and firewalls. And you must understand how file permissions work and are familiar with workstations, servers, and computer science. 

Strong coding skills are crucial; you must understand direct, hands-on, and manual cybersecurity attack methods. In addition, to become an ethical hacker, you must have defended many assets in your cybersecurity career, as imitating and thinking ahead of cybercriminals comes as second nature. 

What Is Computer Security and Its Types?

Computer security, also known as cybersecurity, protects sensitive information and computer systems from unauthorized use, theft, and harm. It’s the act of detecting and preventing unauthorized use of your computer systems.

Various forms of computer security are widely used to secure organizations' sensitive data. These include:

  • Information security: This entails securing sensitive and personal information from modification, unauthorized access, and deletion.
  • Application security involves securing applications by building robust security features to prevent and deter cybersecurity threats like DoS attacks, SQL injection, and data breaches.
  • Network security: This entails safeguarding hardware and software technologies.
  • Endpoint security: This encompasses protecting entry points or endpoints of end-user devices like laptops, desktops, and mobile devices from attacks by malicious campaigns and actors.
  • Internet security is an essential type of computer security that creates policies and actions to secure computer systems connected to the Internet. This branch of computer security deals with internet-based risks like:
    • Hacking
    • Computer viruses
    • Malware
    • Denial-of-service attacks

What Are the 10 Domains of Cybersecurity?

A robust cybersecurity posture calls for coordinated efforts across all of your company’s systems because its assets comprise diverse platforms. Thus, according to the International Information Systems Security Certification Consortium, cybersecurity has the following sub-domains:

  • Security management practices
  • Telecommunications and networking security
  • Access control systems and methodology
  • Cryptography
  • Operations security
  • Security architecture and models
  • Physical security
  • Applications and systems development security
  • laws, investigations, and ethics
  • Business continuity and disaster recovery planning.

Dos and Don'ts of cybersecurity

Cybersecurity is the shared responsibility of every business unit and agency employee. You play a significant role in effectively securing and using sensitive information and state resources. The following cybersecurity dos and don’ts can remind you of the actions you must take to remain vigilant in the fast-paced cybersecurity environment:

  • Do use strong passwords and hard-to-guess passphrases. A strong password should have at least ten characters using lowercase letters, uppercase letters, special characters, and numbers.
  • Do use different passwords and passphrases for different accounts.
  • Do keep your passwords confidential.
  • Do destroy information properly when you no longer need it.
  • Do lock your mobile phone and computer when not in use.
  • Don’t post any personal or sensitive information, such as passwords, credit card numbers, and other personal information, on public websites like social media websites, and don’t send private information through email unless asked to do so.
  • Don’t click on malicious or suspicious links from untrusted or unknown sites.
  • Don’t leave mobile devices unattended.
  • Don’t leave Bluetooth or wireless network turned on when not in use.

What Are the 5 Stages of the Cybersecurity Lifecycle?

As outlined by the National Institute of Standards and Technology (NIST), the five stages of the cybersecurity lifecycle: Identify, Safeguard, Detect, Respond, and Recover, are based on the components of the framework model. 

Here are the five stages of the cybersecurity lifecycle:

  1. Identify: During this stage, cybersecurity professionals must take steps to catalog and understand the assets, systems, and people who comprise and affect a network and its security. 
  2. Safeguard: Here, you must take steps to protect your assets and data. 
  3. Detect: This stage encompasses discovering cyber threats and other cybersecurity events as quickly as possible.
  4. Respond: You must take action after discovering cyber threats and breaches. Your company’s ability to contain and limit the impact of a cyber threat depends on the actions you take during this stage.
  5. Recover: Here, you must step up security practices and systems you need to restore full functionality following a cyber attack. 

How Do You Start Learning cybersecurity?

The best way to learn cybersecurity is not just by attending college classes—but by getting a combination of experience and education. That means following a process to supplement university or college coursework with preparations for internships, certifications, volunteer experience, hands-on practice, and cybersecurity competitions. 

Top 10 Reasons to Learn CyberSecurity

The evolution of constant cyber threats and new technologies has resulted in high demand for cybersecurity professionals to protect sensitive data and computing systems from malicious cyber risks and threats. As a result, Cybersecurity has become one of the most sought-after and fastest-growing fields. If you’re thinking about pursuing a career in this field, here are the top ten reasons you should learn cybersecurity:

  1. High demand: Cybersecurity professionals are in high demand. For example, there are over 3.5 million computer security job openings globally, making this an exciting career opportunity.
  2. Job opportunities in all industries: If you have cybersecurity skills, you can work in any industry, including banking, education, business, healthcare, and even in government.
  3. Great salary benefits: ZipRecruiter reports that the average annual salary for cybersecurity engineers in the United States is $121,827.
  4. Many opportunities to work with top organizations: Mastering the necessary cybersecurity skills can make you qualified to work with organizations like Meat, Amazon, Google, Microsoft, and Apple.
  5. Empowering businesses and employees: Learning cybersecurity can help you gain the knowledge and skills needed to secure your company’s data and limit potential cyber risks.
  6. Reducing response time: Human error is the primary cause of cyber threats. By learning cybersecurity, you’ll understand and identify potential cyber threats and contain them before they happen.
  7. Reduced costs: Learning cybersecurity can help you uncover advanced ways to detect and contain cyber attacks and reduce the cost of damages.
  8. Stay up-to-date with new cyber threats. As cyber risks are becoming more sophisticated, constantly learning and sharpening your cybersecurity skills has become paramount.
  9. Learn cybersecurity anytime: Whether you’re a newbie or changing fields, cybersecurity offers lucrative opportunities to advance your career, and you can learn it any time, no matter where you’re.
  10. Retain customer trust: Learning cybersecurity can strengthen your organization’s security by safeguarding customers’ data. Implementing a robust cybersecurity system promotes trust and helps you retain customers.

Is Cybersecurity Easy for Beginners?

Cybersecurity isn’t hard for beginners; it’s beginner-friendly. However, there might be complex concepts, such as cryptography, or areas needing more technical knowledge. Nonetheless, cybersecurity is one of the few fields in the technology arena that doesn’t need a strong technical background. Instead, what cybersecurity values most are:

  • Critical thinking and problem-solving
  • Have a strong desire to learn new concepts
  • Attention to detail

RiskRecon, a Mastercard company, also offers plenty of tools and third-party management for workers with any level of cybersecurity know-how. Schedule a free demo and let us see how we can help!