Cybersecurity is among the fastest‑growing areas of employment in the U.S., according to the U.S. Bureau of Labor Statistics (BLS), driven by the rising frequency and sophistication of cyberattacks. Organizations must protect data from being stolen, deleted or compromised; this creates a consistent and growing demand for skilled security professionals across nearly every industry. Cybersecurity skills are transferable across sectors, from technology to health care to finance and government, allowing aspiring information technology (IT) professionals to align their careers with their interests.
For students, career changers and technology‑minded professionals, cybersecurity offers strong long‑term job growth, competitive earning potential, and work that directly supports organizational resilience and public trust. Understanding how to start a career in cybersecurity involves more than choosing a job title — it requires learning how the field is structured, which roles align with different skill sets, and what education and training pathways best support entry into the profession.
You can enter the field in many ways and build a successful career, including pursuing a degree, completing a cybersecurity internship, earning professional certifications, or combining multiple approaches to develop both foundational knowledge and hands-on experience.
Why Pursue a Career in Cybersecurity
A cybersecurity career offers a wide range of advantages. The benefits below highlight why so many professionals are choosing to enter this fast‑growing field.
Competitive Salaries
Cybersecurity roles consistently offer competitive salaries due to strong employer demand and an ongoing shortage of qualified professionals. For example, the BLS reports that information security analysts earned a median annual salary of $124,910 as of May 2024, with the top 10% of earners making more than $186,000 per year.
Salaries often increase with experience, certifications and technical specialization. Many employers also offer strong benefits packages, performance bonuses and professional development support, making cybersecurity financially rewarding over the long term.
Long‑Term Job Security
According to the FBI’s 2024 Internet Crime Report, suspected internet crime was responsible for more than $16 billion in losses in the U.S., a 33% year-over-year increase. As cybercrime becomes more frequent and costly, organizations continue to invest in security programs to reduce risk, protect critical systems and meet regulatory expectations — driving demand for cybersecurity professionals.
The BLS projects that employment of information security analysts will increase by 29% from 2024 to 2034, far faster than the average for all occupations. As long as organizations rely on digital systems, cloud infrastructure and connected devices, cybersecurity roles are expected to remain essential across industries.
Career Advancement Opportunities
Cybersecurity offers clear pathways for advancement, whether through moving into a leadership role, specializing in a specific technical or strategic domain, or transitioning into a consulting or advisory position. Because the field evolves rapidly, it rewards continuous learning, and professionals who pursue certifications, advanced degrees or expanded hands-on experience can progress into more senior or specialized roles.
Meaningful and Impactful Work
Cybersecurity professionals play a critical role in protecting people, organizations and public institutions from cybercrime. Their work helps prevent data breaches, financial loss, identity theft and disruptions to essential services that individuals and communities rely on daily.
For many professionals, the field is personally and professionally rewarding because it combines problem‑solving, technical expertise and ethical responsibility, offering a strong sense of purpose alongside long-term career stability.
Cybersecurity Fields and Career Paths
Cybersecurity is a broad and evolving discipline, offering numerous pathways for professionals who want to specialize in areas that match their interests, strengths and career goals. Understanding these subfields can help them decide how to start a career in cybersecurity, including which roles are accessible earlier in a career and which typically require deeper technical experience.
Exploring different cybersecurity domains also helps identify the skills to prioritize — through education, hands-on practice or a cybersecurity internship — before committing to a specific career path.
Offensive Security
Offensive security focuses on identifying weaknesses before malicious actors can exploit them. Professionals in this field simulate real‑world attacks to uncover vulnerabilities in networks, applications, hardware and cloud environments. This domain is essential because it helps organizations strengthen defenses proactively by understanding how threat actors operate.
Common roles: Penetration tester, vulnerability researcher, red team cybersecurity specialist
Defensive Security
Defensive security focuses on protecting systems, detecting intrusions and responding to threats. Practitioners work to close security gaps, monitor networks and implement safeguards that prevent attacks from succeeding. This domain is critical because defenders must secure every potential entry point, as attackers need only one weakness to exploit.
Common roles: Cybersecurity analyst, Security Operations Center (SOC) analyst, security operations specialist
Threat Intelligence
Threat intelligence involves gathering, analyzing and interpreting data about cyber threats. Specialists study attacker behavior, emerging vulnerabilities and global trends to help organizations anticipate and prioritize risks. This domain is important because it enables proactive decision‑making and long-term security preparation.
Common roles: Threat intelligence analyst, cyber threat researcher
Cloud Security
Cloud security focuses on protecting data, applications and workloads hosted in cloud environments. As organizations increasingly adopt hybrid and multicloud strategies, cloud security professionals ensure visibility, compliance and secure configuration across platforms. This domain is vital because cloud environments expand the attack surface and require continuous monitoring and governance.
Common roles: Cloud security specialist, cloud security engineer
DevOps Security
DevOps security, or DevSecOps, integrates security practices into every stage of the software development life cycle. Professionals embed testing, automation, and secure coding practices early in development. This domain reduces vulnerabilities, lowers remediation costs and helps ensure that applications are secure by design.
Common roles: DevSecOps engineer, security automation engineer
Application Security
Application security focuses on identifying and mitigating vulnerabilities within software. Specialists test code, analyze application behavior and implement secure development practices. This domain is essential because modern applications are frequent targets for attackers, and securing them helps prevent data breaches and service disruptions.
Common roles: Application security engineer, secure code reviewer
Governance, Risk and Compliance
Governance, risk and compliance (GRC) professionals ensure that organizations follow regulatory requirements, manage cyber risk and maintain strong security policies. The GRC field is important because it aligns cybersecurity efforts with business objectives, legal obligations and risk tolerance, helping organizations demonstrate accountability to regulators and stakeholders.
Common roles: GRC specialist, cybersecurity risk analyst
Digital Forensics and Incident Response
Digital forensics and incident response (DFIR) combines investigative work with rapid response to security incidents. Practitioners analyze breaches, preserve digital evidence and help organizations recover from attacks. This domain is crucial because it minimizes damage, supports legal processes, and strengthens future defenses by uncovering root causes.
Common roles: Incident responder, digital forensics analyst
Identity and Access Management
Identity and access management (IAM) focuses on controlling who can access systems, data and applications. Professionals design authentication systems, manage user permissions and monitor identity‑related risks. This domain is essential because compromised credentials are a leading cause of security incidents and strong IAM reduces unauthorized access.
Common roles: IAM engineer, IAM specialist
IoT Security
Internet of Things security, or IoT security, focuses on protecting connected devices such as sensors, medical equipment and smart appliances. Specialists address risks created by devices with limited built‑in security and long deployment life cycles. This domain is vital because IoT ecosystems tend to introduce new vulnerabilities across networks as they expand and roll out new devices.
Hardware Cybersecurity
Hardware cybersecurity involves securing physical devices and embedded systems. Professionals work with components such as firewalls, security modules and authentication hardware. This domain is important because hardware‑level protections provide tamper‑resistant security that software alone can’t achieve.
Common roles: Hardware security engineer, embedded security specialist
AI Security
AI security uses AI to detect threats, automate responses and analyze large volumes of security data. It also focuses on protecting AI models from misuse or manipulation. This domain is increasingly important as organizations adopt AI tools and face new risks related to model integrity and data exposure.
Common roles: AI security engineer
Blockchain Security
Blockchain security focuses on protecting distributed ledger systems from fraud, tampering and misuse. Specialists analyze consensus mechanisms, smart contracts and cryptographic controls. This domain matters because blockchain supports high-trust systems in finance (payments), supply chains and digital identity.
Common roles: Blockchain security analyst, smart contract auditor
Data Privacy Security
Data privacy security ensures that organizations protect personal information and comply with privacy regulations. Professionals manage data governance, implement access controls and reduce exposure of sensitive data. This domain is critical as privacy expectations and regulatory requirements continue to grow worldwide.
Common roles: Privacy analyst, privacy compliance specialist
How to Get Into Cybersecurity
Career paths in cybersecurity vary based on the roles or specializations an individual chooses to pursue, as well as the skills, certifications, degrees and experience required to qualify. The steps below outline common pathways aspiring IT professionals use to build foundational knowledge, gain practical experience and stand out to employers. Most professionals combine several steps instead of following a linear path.
Step 1: Explore Degree Programs
Students often ask whether a cybersecurity degree is worth pursuing. For many, the answer is yes. Degrees can improve job prospects, qualify graduates for higher‑level roles and provide a competitive advantage in the hiring process.
Many professionals begin their careers by earning a degree in cybersecurity, computer science, IT or a related field. Formal education provides foundational knowledge in areas such as networking, programming, operating systems and security principles.
Step 2: Complete a Cybersecurity Internship
A cybersecurity internship is one of the most effective ways to gain hands‑on experience. Internships allow individuals to apply security concepts in real-world settings and learn from experienced practitioners. They also help to build portfolios and establish valuable industry connections. Some degree programs include internship opportunities.
Step 3: Earn Industry Certifications
Certifications validate a professional’s technical skills and demonstrate their commitment to the field. Popular entry‑level certifications include CompTIA Security+ and Cisco certified cybersecurity associate. As professionals gain experience, they can pursue more specialized or advanced certifications, such as certified ethical hacker (CEH), certified information systems security professional (CISSP) or cloud‑focused credentials.
Certifications are especially helpful for career changers learning how to start a career in cybersecurity without prior experience.
Step 4: Join a Microcredential Program or an Upskilling Program
Cybersecurity microcredentialing programs, such as certificate programs, boot camps or upskilling courses, offer intensive, accelerated training designed to build specific practical skills quickly. These programs often include hands‑on labs, mentorship opportunities and career support. Microcredentials can be a strong option for those looking to transition into cybersecurity or to strengthen their technical abilities.
Step 5: Build Practical Skills Through Labs and Projects
While boot camps often include guided labs and instruction, independent projects and self-directed practice are still important for demonstrating real-world capability to employers. Many aspiring professionals use virtual labs, home labs or online platforms to practice penetration testing, network monitoring and incident response.
Creating projects, such as vulnerability assessments or security reports, helps demonstrate technical capabilities in a format that employers can review. Cybersecurity degree programs can offer students access to various lab work and project opportunities.
Step 6: Network With Cybersecurity Professionals
Professional networking can open doors to job opportunities, mentorship opportunities and industry insights. Joining cybersecurity groups, attending conferences and participating in online communities help professionals stay informed and connected. Networking is especially valuable for individuals seeking a cybersecurity internship or their first full‑time role.
Step 7: Apply for Entry‑Level Roles
Entry‑level positions such as cybersecurity analyst, SOC analyst or IT support technician can provide opportunities to gain experience and build professional credibility. Employers typically look for candidates with foundational knowledge, strong problem‑solving skills and a demonstrated willingness to learn. As they gain experience, professionals can begin to specialize in the cybersecurity subfield that best aligns with their interests and strengths.
Resources for the Cybersecurity Career Journey
The following resources provide additional guidance for individuals exploring how to start a career in cybersecurity. They cover topics such as financial assistance and student aid, internships, certifications and workforce demand.
- Cybersecurity and Infrastructure Security Agency, CISA Financial Assistance Programs: CISA’s wide range of cybersecurity‑related financial assistance programs, including grants and cooperative agreements, are designed to help state, local, tribal, territorial, nonprofit and academic organizations strengthen their cybersecurity capabilities.
- Cybersecurity and Infrastructure Security Agency, Cyber and IT Interns: CISA recruits high school, undergraduate and graduate students for paid cyber and IT internships that provide hands‑on experience working alongside federal cybersecurity professionals.
- Cybercrime Magazine, Cybersecurity Industry Associations: Cybercrime Magazine provides an extensive directory of groups and organizations relevant to cybersecurity.
- Cyber Seek, Cybersecurity Supply/Demand Heat Map: Cyber Seek’s heat map provides an interactive, data‑driven view of cybersecurity workforce supply and demand across the U.S., showing job openings, employment levels and skills gaps at both the state and metropolitan levels.
- Indeed, 11 Entry-Level Cybersecurity Certifications for Beginners: Indeed explains why beginner‑friendly cybersecurity certifications are valuable for those entering the field and provides an overview of entry‑level certification options, including what they cover and how they help new professionals build foundational skills.
- Indeed, How to Get a Cybersecurity Internship (With Benefits): For aspiring cybersecurity professionals who are just starting out, Indeed details the process of applying for cybersecurity internships and what to expect.
- IronCircle, Cybersecurity Career Paths and Job Market Outlook 2026: IronCircle outlines the projected cybersecurity job market through 2026, emphasizing rapid growth, rising salaries and a significant shortage of skilled professionals.
- National Initiative for Cybersecurity Careers and Studies, Cybersecurity Scholarships: NICCS provides an overview of its cybersecurity scholarship opportunities, highlighting programs that help students and career changers fund their education in exchange for pursuing cybersecurity roles in government or critical infrastructure.
- UCertify, “Top Cybersecurity Skills You’ll Need in 2026 — and Why They Matter to Employers”: UCertify outlines the top cybersecurity skills employers are prioritizing for 2026, emphasizing practical abilities such as threat detection, incident response, cloud security and Zero Trust implementation.
- Varonis, “Working in Cybersecurity: A Day in the Life”: Varonis offers an overview of what it’s like to work in cybersecurity, explaining the wide range of roles available, the skills professionals need and the reasons the field continues to grow. It also highlights the day‑to‑day realities of cybersecurity work, including problem‑solving, continuous learning and the importance of protecting organizations from evolving threats.
Build a Future-Ready Career in Cybersecurity
Cybersecurity is one of the most dynamic and essential fields in today’s digital world, offering meaningful work, long‑term stability and countless opportunities for specialization. From offensive testing and cloud security to threat intelligence and governance and compliance, a path is available that aligns with your strengths, interests and professional goals.
Now that you know how to start a career in cybersecurity, the next step is evaluating which approach and tactics best align with your long-term goals. By building foundational skills, pursuing formal education or specialized certifications, and gaining hands‑on experience through labs or a cybersecurity internship, you can confidently take the first steps toward a rewarding and impactful career.
As the demand for skilled professionals accelerates, now’s the ideal time to explore how to start a career in cybersecurity and position yourself for success in a field that protects the people, organizations and systems we rely on every day.