IT vs. Cybersecurity: Skills, Careers, and Which Path to Choose

Driven by digital transformation, AI, and security needs, careers in technology are projected to grow significantly faster than the average for all occupations over the next ten years. Both information technology (IT) and cybersecurity offer strong career prospects but serve different functions within organizations. Both career paths greatly benefit from advanced education. The University of West Alabama’s online Bachelor of Science in Computer Engineering Technology program is a strong foundation for either career direction.

IT and cybersecurity differ primarily in their scope of work. Where IT focuses on building, maintaining, and managing infrastructure, cybersecurity specializes in protecting that infrastructure from threats. This guide examines the core differences, essential skills required for each professional, career paths, and opportunities available, how to choose the best path for you, and how building your foundation with UWA can help advance your career.

Understanding the Core Differences Between IT and Cybersecurity

Information technology (IT) is the broader of the two fields, focused on managing, implementing, and supporting technology infrastructure and systems within an organization. Cybersecurity is a specialized subset of IT that protects digital assets, networks, and data from external and internal threats. IT professionals ensure systems run efficiently, while cybersecurity professionals ensure those systems remain secure.

While IT and cybersecurity are distinct disciplines, there is overlap, and many cybersecurity professionals begin their careers in IT roles. Effective collaboration between IT and cybersecurity teams is essential, as system reliability and security are deeply connected. IT responsibilities, such as networking, system administration and technical support, provide the foundation that enables cybersecurity functions, including ethical hacking, risk assessment, and threat response, to operate effectively and protect organizational systems.

Essential Skills for IT Professionals

Essential IT skills combine technical expertise with soft skills, crucial for navigating, managing, and securing modern digital infrastructure. These skills may be emphasized in different ways depending on the industry or the role within IT.

Technical Skills

Technical IT skills include management, administration, troubleshooting, and a deep understanding of operating systems. Broad technical knowledge supports varied technology needs across organizations.

• Networking and system administration: Understanding and maintaining LAN, WAN, VPN, and managing operating systems like Linux and Windows.
• Hardware/software troubleshooting: Technical problem-solving skills to resolve hardware and software issues for clients or coworkers.
• Database management: Systematic administration, storage, and organization of digital data using software to ensure integrity, security, and high performance.
• Cloud computing: Proficiency in platforms like AWS, Azure, or Google Cloud, including administration and architecture.
• Enterprise software expertise: Ability to design, implement, and manage large-scale, complex software systems that automate business processes.

Soft Skills

Professional soft skills are essential for IT professionals, helping to bridge the gap between technical expertise and cross-departmental collaboration. These non-technical skills are indispensable for solving complex problems, building team rapport, and ensuring client satisfaction.

• Problem-solving: Analyzing complex situations to find efficient solutions.
• Communication: Explaining technical concepts to non-technical stakeholders.
• Collaboration: Working effectively with teams on cross-functional projects and organizational goals.
• Adaptability: Keeping up with rapidly evolving technologies and leading with a commitment to life-long learning.
• Customer service: Providing support to users and clients.

Essential Skills for Cybersecurity Professionals

Cybersecurity combines technical expertise with soft skills, with an emphasis on cloud computing, network security, and analytical thinking. Cybersecurity is also seeing a growing demand for AI and IoT security knowledge.

Technical Skills

Technical cybersecurity skills include threat detection, vulnerability assessment, incident response, and security architecture. Continuous learning is a requirement to stay ahead of evolving cyber threats and attack methods.

• Threat detection and incident response: Detecting, analyzing, and mitigating security breaches, alongside understanding attacker methodologies.
• Security architecture: Blueprinting for an organization’s defenses, integrating systems, policies, and technologies to protect digital assets.
• Security protocol proficiency: Understanding how attacks occur, how data is protected, and the rules guiding that protection.
• Compliance framework understanding: Familiarity with frameworks like GDPR, HIPAA, or NIST and conducting risk assessments.
• Cloud security proficiency: Managing security for platforms such as AWS, Azure, or Google Cloud is highly critical.

Soft Skills

Cybersecurity soft skills are similar to those for IT professionals. However, they focus more on analysis and detection. An investigative mindset is required to identify and respond to digital security threats.

• Analysis: Ability to analyze complex data to identify root causes and troubleshoot issues using forensic techniques.
• Communication: Clearly explaining technical security concepts and risks to non-technical stakeholders.
• Attention to detail: Meticulously monitoring systems while quickly adapting to new, evolving cyber threats.
• Ethical integrity: Adhering to strict professional ethics and confidentiality.

Career Paths and Opportunities in IT vs. Cybersecurity

IT career progression typically follows a dual-ladder system, which allows professionals to advance as either technical specialists or managers. Most commonly, IT specialists start in an entry-level position working in help desk systems, then progress to systems administrator, and eventually to IT manager or systems architect. According to the U.S. Bureau of Labor Statistics (BLS), computer and IT occupations are projected to grow much faster than the average of all occupations by 2034. The median annual wage for IT occupations was $105,990 in May 2024, surpassing the median for all occupations.

Career progression in cybersecurity typically advances from foundational IT roles into specialized, mid-level technical positions and, eventually, senior-level roles. A traditional cybersecurity career path might start in the help desk, advance to security analysis and penetration testing, and eventually lead to a chief information security officer (CISO) role.

The median pay for information security analysts and other similar positions is $124,910 as of 2024, according to the BLS. Cybersecurity also has a growth rate that far exceeds the average at 29%. A critical shortage of cybersecurity professionals makes this career path full of growth potential.

Salaries included here are meant to be guidelines and are not guaranteed. Actual salaries will depend on location, company, experience, and more.

Choosing the Right Path for Your Interests and Goals

Choosing between IT and cybersecurity depends on whether you prefer broad, foundational technology management or specialized, defensive, and high-stakes security work. Both pathways offer room for advancement, solid growth projections, and competitive salaries. So, more detailed differences are the best way to determine your preference. For example, IT positions often involve more user interaction, while cybersecurity roles require a deep technical focus.

It should also be noted that many professionals start in IT and transition to cybersecurity as they develop specialized interests and skills. Skills in either field can be strengthened and honed through advanced education. A foundational degree in computer engineering technology prepares students for a strong career in either field.

Building Your Foundation at UWA

Both IT and cybersecurity offer rewarding, high-demand career opportunities with distinct focuses. Understanding the differences between these two career paths helps students make informed decisions about their technological career path. UWA’s online B.S. in Computer Engineering Technology program provides comprehensive technical foundations applicable to both IT and cybersecurity. The online program offers personalized instruction, ensuring graduates are prepared for the career they want in any field.

Tuition is affordable and the admissions process is straightforward. To learn more, visit the program page and apply today to build your foundation towards a rewarding career.