New to cybersecurity and need experience? Start with bug bounties

The cybersecurity industry faces a growing talent gap, leaving students uniquely positioned to bridge this divide. With a global cybersecurity workforce shortfall of nearly 4.8 million professionals, as highlighted by a recent ISC2 study, 64% of organizations report that skills shortages significantly hinder their ability to secure operations. As traditional IT pathways alone cannot meet this demand, diverse entry points into the field are gaining recognition. New educational approaches are equipping students with traditional academic foundations and hands-on experiences that prepare them to meet the demands of the field.  

The workforce gap in cybersecurity  

Cyber threats, compounded by the rapid adoption of AI and other advanced technologies, have intensified the need for cybersecurity talent. According to the ISC2 study, organizations are struggling with both a lack of personnel and a shortage of critical skills, particularly in areas like cloud security and AI-based risk management. While traditional educational pathways remain valuable, alternative approaches — such as ethical hacking and bug bounty programs — are proving essential in closing these gaps. 

Bug bounty programs have become an indispensable strategy for modern vulnerability management. These programs not only tap into the global expertise of security researchers to uncover vulnerabilities but also provide invaluable learning opportunities for aspiring cybersecurity professionals. The thrill of submitting and validating their first vulnerability can ignite a passion that propels students toward a rewarding cybersecurity career. HackerOne’s 8th Annual Hacker-Powered Security Report shows that 96% of customers report stronger defenses when they accept vulnerability submissions from third parties, such as ethical hackers and security researchers.

Integrating ethical hacking into education  

Integrating ethical hacking into higher education provides students with a practical framework to explore cybersecurity. By dedicating portions of the curriculum to vulnerability exploration and bug bounty concepts, students gain exposure to hands-on experiences that enhance their understanding of the field. Introducing these training tools allows students to follow structured pathways in web application security, while participation in Capture the Flag (CTF) competitions — timed events where individuals or teams solve security challenges to capture virtual flags — reinforce technical skills through bite-sized challenges.  

This approach offers more than just technical knowledge. Students are encouraged to reflect on their weekly lessons, tying their newfound technical expertise to broader implications, such as the business impacts of cybersecurity vulnerabilities. These practices build a well-rounded skill set that bridges classroom theory with professional readiness, making students more competitive in the job market.  

Many students yearn for hands-on training and experience to better understand how academic concepts apply to the real world. Bug hunting provides just that — and empowers up-and-coming security professionals to understand the business impacts of unchecked vulnerabilities, plus organizations’ security policies and procedures. 

Building security career credentials 

Ethical hacking and bug bounty programs help young professionals gain resume-worthy industry experience. This will not only help them get their foot in the door for a full-time role but also help them grow and evolve their talents over time. In fact, 79% of security researchers participate in bug bounty programs to learn and develop their skills, even once they’ve built a successful career.  

These initiatives foster creativity, persistence, and entrepreneurial thinking, all while allowing students to create a portfolio showcasing cybersecurity achievements. Compared to traditional internships, which may focus on narrower skill sets, such as configuring firewalls or managing access controls, bug bounty programs provide diverse opportunities to develop technical skills for complex problem-solving. As a result, students contribute meaningfully to strengthening organizational security postures while developing skills that position them as invaluable assets to future employers. 

More researchers are specializing in cutting-edge fields like AI to meet the growing demand for professionals who can adapt quickly and take on the hardest challenges. To keep pace with this innovation, educational institutions must equip students with tools and resources that evolve alongside technology. This forward-looking approach not only helps students master today’s challenges but also prepares them to adapt and continue learning long after graduation. 

Ethical hacking as a core principle in cybersecurity education 

Bug bounty platforms offer educators tools to integrate real-world scenarios into their curricula, providing students with access to mentorship and hands-on experiences that enhance their learning. These partnerships have the potential to create a mutually beneficial ecosystem where educators, students, and industry professionals work together to tackle cybersecurity challenges. 

And ethical hacking isn’t just an optional skill — it’s becoming a critical standard for cybersecurity professionals. A decade ago, good-faith security research was less differentiated from malicious hacking, and security researchers lacked the proper legal protections to hack without the risk of liability. 

Today, the benefits of ethical hacking are much better understood and it has emerged as a mainstream best practice signaling security maturity for companies. Leading organizations, including the Department of Defense, Adobe, and Hyatt, embrace the work of security researchers and value their contributions to meaningfully increasing cybersecurity resilience. The widespread adoption of formalized vulnerability disclosure and bug bounty programs, as well as the new legal protections afforded to researchers, present an unprecedented opportunity for aspiring cybersecurity professionals interested in this field. Students can freely and legally test their offensive security skills. As the world embraces ethical hacking, it’s time for more classrooms to do the same.