If you’re a working adult considering a move into technology, you’ve probably run into the same fork in the road: Should you go into cybersecurity, cloud infrastructure, or software development? All three are in-demand, well-paying fields within information technology, and all three can be launched with a bachelor’s degree. But they lead to different day-to-day work, different skill sets, and different career paths, so picking the wrong one—or picking based on hype rather than fit—can cost you additional time and tuition.

This guide breaks down a cybersecurity versus cloud versus software development degree decision for those considering a career change: including what each degree covers, what the jobs really look like, what they pay, which certifications matter, and how to think about which path fits your goals. Where relevant, the guide also covers WGU’s own information technology degree programs as concrete examples of how each path is typically structured.

Cybersecurity vs. Cloud vs. Software Development: Understanding the Degrees

Before comparing salaries and job titles, it helps to understand what each of these three information technology degree paths is designed to teach. 

A B.S. Cybersecurity and Information Assurance degree, like WGU’s, trains you to protect an organization’s networks, systems, and data from unauthorized access, theft, and attack. Coursework typically covers network defense, risk management, ethical hacking, digital forensics, and, increasingly, cloud security—a specialization within cybersecurity focused specifically on protecting data and workloads that live in cloud environments like AWS, Microsoft Azure, or Google Cloud, where traditional network perimeters don’t fully apply. 

A B.S. Cloud and Network Engineering degree focuses on designing, building, and maintaining the networks and systems that power modern organizations—which are, increasingly, hybrid environments that blend on-premises infrastructure with cloud computing platforms. Students learn network administration, virtualization, systems management, and how to configure and secure infrastructure across specializations such as Cisco networking, AWS, or Microsoft Azure. 

A B.S. Software Engineering degree teaches you to design, build, test, and maintain the applications and systems that businesses and consumers run on. Expect heavier coursework in computer programming languages, software architecture, and—at WGU specifically—Agile workflows, DevOps practices, and coursework on how artificial intelligence is changing modern software development.

Core Differences Between These IT Degree Programs 

The clearest way to tell these three programs apart is by what they spend the most classroom and lab time on. Cybersecurity programs emphasize threat detection, incident response, security architecture, and regulatory compliance. Cloud programs emphasize infrastructure design, network administration, and automation. Software development programs emphasize computer programming, software design patterns, testing, and the full lifecycle of building an application from requirements to release.

Accreditation and third-party recognition can also differ meaningfully between programs. WGU’s cybersecurity program, for example, is ABET accredited and aligned with National Security Agency and Department of Homeland Security guidelines through the National Centers of Academic Excellence in Cyber Defense (CAE-CD) designation—a distinction worth asking about at any school you’re considering, since it signals that the curriculum has been vetted against federal cyber-defense standards. 

One common question from career changers: Do I need strong coding skills for cybersecurity or cloud degrees? Generally, no—not to the depth a software engineer needs. Cybersecurity and cloud programs typically require scripting and configuration skills rather than the ability to build full applications from scratch. Software development is the track where writing code is the core skill, not a supporting one. If writing code isn’t something you enjoy, cybersecurity or cloud engineering may be the more natural fit; if you like building things from the ground up, software development may be the way to go. 

Skills and Knowledge You’ll Gain from Each Degree

Cybersecurity programs build core competencies in risk assessment, security architecture, incident response, digital forensics, and compliance frameworks—the skills behind protecting an organization’s computer systems from breaches. Cloud programs build competencies in network administration, virtualization, cloud platforms, systems management, and infrastructure automation. Software development programs build competencies in computer programming, algorithms, software testing and quality assurance, and the use of artificial intelligence tools throughout the development lifecycle.

The hands-on format between the degrees also differs. Cybersecurity and cloud coursework tends to run through virtual labs and simulated network environments, where you configure, defend, and troubleshoot systems the way you would on the job. Software development coursework tends to be code based: You’re writing, debugging, and shipping projects rather than configuring infrastructure. Both formats are meant to provide you with a portfolio of applied work, not just a transcript, that you can point to in a job interview. 

Common Career Paths and Job Roles

Each of these three information technology degrees opens the door to a distinct set of entry-level and advanced roles, though the lines can blur more than job titles suggest.

Common cybersecurity career paths include:

• Information security analyst: Plans and carries out security measures to protect an organization’s networks and systems.
• SOC (security operations center) analyst: Monitors network traffic and security alerts in real time to detect and respond to threats.
• Penetration tester: Simulates attacks to find vulnerabilities before real attackers do.
• Security engineer: Builds secure digital infrastructures and manages security protocols to defend against cyberattacks.
• Chief information security officer (CISO): Leads an organization’s cybersecurity and risk management strategy to keep data protected.

Common cloud career paths include:

• Cloud engineer or cloud architect: Designs and manages an organization’s cloud computing infrastructure.
• Network and computer systems administrator: Installs, configures, and maintains networks and systems day to day.
• Computer network architect: Designs larger-scale data communication networks, including the hybrid cloud and on-premises systems many organizations now run.
• DevOps engineer: Bridges cloud infrastructure and software delivery pipelines. 

Common software development career paths include:

• Software developer or application developer: Designs and builds the applications that end users and businesses rely on.
• Software quality assurance analyst and tester: Identifies defects and usability problems before release.
• Software engineer: Takes a broader view of a project’s architecture and may direct a team of developers.
• Computer systems analyst: Studies an organization’s computer systems and recommends improvements. 

Can you switch between cybersecurity, cloud, and software development careers later? More easily than you might expect. All three fields share a foundation in computer systems, networking basics, and problem-solving, and many professionals move laterally—a network administrator who picks up scripting can move into cloud automation, and a software developer with a security certification can move into application security. Industries that handle sensitive data, including healthcare, are a good example of where these skill sets increasingly overlap: An organization migrating patient records to the cloud needs cloud engineers to develop a stable infrastructure, cybersecurity analysts to protect data, and developers to build the applications that clinicians use. 

One note on entry requirements: A small number of entry-level roles such as certain help desk or computer support specialist positions may accept an associate degree or equivalent certification. But across all three tracks, a bachelor’s degree is usually the baseline for the higher-paying analyst, engineer, and developer roles profiled above—and a bachelor’s is typically required for advancement into management.

Comparing Salary and Job Market Demand

Current U.S. Bureau of Labor Statistics (BLS) data shows all three fields growing much faster than the average for all occupations, though the specifics vary. 

According to the BLS Occupational Outlook Handbook, information security analysts earned a median annual wage of $129,180 in May 2025, with the middle 80% of earners making between roughly $75,090 and $199,850. Employment is projected to grow by 21% from 2025 to 2035—much faster than average—with 14,100 openings projected each year on average over the decade, largely driven by the rising frequency and cost of data breaches. 

That cost is climbing quickly. IBM and Ponemon Institute’s Cost of a Data Breach Report 2026 found that the global average cost of a data breach reached $4.99 million—a 12% increase over the prior year and a record high—with AI-driven attacks up 56%. That combination of rising breach costs and rising attack sophistication is a big part of why cybersecurity analyst roles are projected to grow faster than almost any other computer occupation. 

The BLS doesn’t track a dedicated cloud engineer occupation, so the closest available category is computer network architects, who earned a median annual wage of $134,050 in May 2025 (ranging from about $79,900 to $202,680), with 8% projected growth from 2025 to 2035 and about 9,600 openings each year over the decade. The BLS notes that continued expansion of cloud infrastructure—along with organizations upgrading systems to support artificial intelligence workloads—is a key driver of that demand. Employers and job boards like LinkedIn and Glassdoor generally show cloud engineer and cloud architect postings commanding comparable or somewhat higher pay in major tech hubs, reflecting strong regional demand beyond the national BLS average.

Regarding software development, the BLS reports a median annual wage of $135,980 for software developers in May 2025. The lowest 10% of software developers earned less than $82,460, and the highest 10% earned more than $214,670. Employment is projected to grow 10% from 2025 to 2035, with about 106,100 openings each year over the decade, driven in large part by continued software investment in artificial intelligence, automation, and connected devices. 

Program Formats, Costs, and Flexibility Considerations

For working adults, how a program is delivered often matters as much as what it teaches. WGU’s competency-based model lets students move through coursework as quickly as they demonstrate mastery rather than sitting through a fixed number of weeks per course—which matters if you’re balancing a job, family, or an existing career while earning a degree.

Tuition at WGU is charged per six-month term rather than per credit hour, which makes the total cost more predictable and rewards students who move faster. As of September 2026, WGU’s B.S. Cybersecurity and Information Assurance runs $4,425 per term across 37 courses, the B.S. Cloud and Network Engineering runs $3,925 per term across 34 to 37 courses depending on specialization, and the B.S. Software Engineering runs $4,125 per term across 36 courses. 

On a broader cost basis, WGU’s own tuition comparison data shows a four-year B.S. in information technology (or equivalent) costing about $29,800 at WGU, compared with roughly $39,600 at Southern New Hampshire University, $47,760 at University of Phoenix, $58,200 at Grand Canyon University, and $61,680 at DeVry University. 

So what should working adults specifically weigh when enrolling in one of these programs? A few things matter most: 

• Whether the pacing model rewards the time you can commit each week
• Whether transfer credit is accepted if you’re starting with an associate degree or prior college coursework
• Whether the included certifications offset the cost of pursuing them separately
• Whether the school works with employer tuition assistance or military benefits
• Whether the program is offered fully online if you need to keep working while you study

If cost and flexibility are the deciding factors for you, it’s worth requesting program information directly so you can compare a real cost and timeline estimate against your own schedule before enrolling.

Certifications and Practical Experience for Each Field

Beyond the degrees themselves, certifications are where these three fields most visibly reward continued learning, and many employers weight them heavily alongside a bachelor’s degree.

For cybersecurity, the certifications that come up most often in job postings include:

• CompTIA Security+: The most widely recognized entry point, often listed as a minimum qualification for security analyst roles.
• ISC2 CISSP: A more advanced credential (requiring five years of related work experience) recognized across cybersecurity leadership roles.
• ISC2 CCSP: Focused specifically on cloud security, bridging the cybersecurity and cloud tracks.
• ISACA CISM, CRISC, and CISA: Governance-, risk-, and audit-focused credentials common in compliance-heavy industries.

For cloud, the certifications that matter most tend to be vendor specific: 

• AWS Certified Cloud Practitioner: A foundational credential validating core AWS cloud computing knowledge.
• AWS Certified Developer–Associate: Validates hands-on experience building and maintaining applications on AWS.
• Microsoft Certified: Azure Fundamentals: The Microsoft equivalent, and a common complement or alternative to the AWS track.

For software development, certifications may matter less than a strong portfolio, though a few certifications still carry weight:

• A portfolio of shipped projects, contributions to open-source repositories, or work samples on a platform like GitHub—most hiring managers weigh a portfolio more heavily than any single certification for developer roles.
• CompTIA Project+: Useful for developers moving toward project or product leadership.
• ITIL 4 Foundation: A common credential for developers who work closely with IT service management processes.

How do certifications complement a degree in these fields? A bachelor’s degree demonstrates broad, verified competency and typically opens doors that certifications alone can’t—many employers and government roles simply require one. Certifications, by contrast, prove you’re current on a specific tool, platform, or standard, which changes faster than any four-year curriculum can track.

The strongest candidates tend to have both a degree and certifications. That’s why programs like those at WGU bundle many of these third-party certifications directly into the degree at no additional cost: The Cybersecurity and Information Assurance program includes CompTIA Security+ and related certifications; the Cloud and Network Engineering program includes CompTIA A+, Network+, and Security+; and the Software Engineering program includes CompTIA Project+, AWS Certified Developer–Associate, and ITIL 4 Foundation.

It’s also worth noting that some of these certification exams, including CompTIA Security+, are designed to be accessible to candidates who hold only an associate degree or equivalent hands-on experience. Pairing one with a full bachelor’s degree, rather than treating it as a substitute, is generally what gives a candidate the strongest competitive edge in a crowded applicant pool. 

Cybersecurity vs. Cloud vs. Software Development: How to Choose the Right Degree for Your Goals 

There’s no universal “best” choice among these three information technology degrees—only the one that best matches how you like to work and where you want to end up. A few starting questions can help narrow it down: 

• Do you enjoy investigating problems and thinking like an adversary? Cybersecurity roles reward that instinct, from SOC analyst work to penetration testing.
• Do you like designing and scaling systems rather than defending or building any one piece of them? Cloud and network engineering roles are built around systems management, infrastructure design, and network administration at scale.
• Do you want to create something a user interacts with? Software development is the most direct path from an idea to a working application. 

Which IT degree should you choose if flexibility is your top priority? All three offer strong remote-work potential, but cybersecurity currently stands out on pure market flexibility: With 192,900 information security analyst jobs already in the U.S. economy and 21% projected growth, qualified candidates are in short supply across nearly every industry, from healthcare and finance to government and retail. Cloud and software development skills are similarly transferable across industries, though cloud specifically benefits from continued enterprise migration to the cloud and rising demand tied to artificial intelligence infrastructure buildouts.

And even if you’re not fully certain yet, you’re starting from a reasonable place: The core coursework across all three WGU programs—computer systems fundamentals, networking basics, and problem-solving through real-world scenarios—overlaps enough in the first year that switching tracks early is far less costly than switching careers five years into the wrong one. Whichever path you choose, an information technology degree built around a competency-based model, industry certifications, and mentor support gives you a practical, flexible foundation for a long career in tech.

Ready to compare programs directly? Explore WGU’s online IT degree programs to see full program details, start dates, and transfer credit options for cybersecurity, cloud and network engineering, and software engineering.