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By Seyi Babalola
As cyber threats continue to evolve at unprecedented speed, the need for a skilled, adaptable workforce has never been more urgent. Loveth Odozor, a cybersecurity researcher based in the United States of America, has been studying how practical, hands-on training can prepare professionals to meet these challenges.
In this exclusive interview, she shares insights from her latest publication on building a resilient cybersecurity workforce, the role of practical learning, and the broader implications for emerging economies.
Loveth Odozor, thank you for joining us. Your recent study emphasizes hands-on training in cybersecurity. Can you tell us about the focus of your research?
Thank you for having me. My research looks at the gap between the cybersecurity skills we need and the skills professionals currently have. Traditional programs rely heavily on theory, which leaves many graduates unprepared for real-world attacks. My study explores methods like simulation labs, cyber ranges, apprenticeships, and interactive competitions, which give professionals direct experience responding to threats under pressure. It’s about preparing a workforce that can act quickly, think critically, and adapt in real time.
Why is this approach so important in today’s digital landscape?
Cyber threats are evolving faster than ever. Attackers are leveraging AI, automation, and sophisticated techniques that theory alone cannot fully prepare us for. Practical training allows professionals to experience high-pressure scenarios, detect threats in real-time, and respond effectively. It builds both competence and confidence, which are essential when seconds can make the difference between containment and catastrophe.
Can you explain some of the practical training methods you discuss in your study?
Certainly. One key method is cyber ranges, it’s a virtual environments where professionals can safely practice defending networks under simulated attack conditions. Apprenticeships and on-the-job training are also critical, giving learners exposure to real operational challenges. Competitions like Capture the Flag (CTF) and bug bounty programs further reinforce problem-solving skills and encourage thinking like an attacker, which is invaluable for defense. Finally, mentorship and community programs provide guidance and support, helping individuals navigate the field and build confidence.
How can these lessons be applied in other contexts, like emerging economies?
Even in countries where cybersecurity infrastructures are still developing, these principles are applicable. Universities, professional bodies, and private organizations can implement simulations and apprenticeship programs to build practical skills. Governments can support these initiatives by providing funding, setting workforce standards, and encouraging collaboration between academia and industry. While resources may differ, the core principle remains: hands-on, real-world experience is essential to preparing professionals for modern cyber threats.
What broader benefits does building a resilient cybersecurity workforce bring?
A skilled workforce strengthens national and organizational security, protects sensitive data, and maintains public trust. It also drives economic stability by preventing losses from cybercrime and fosters innovation as engineers and IT professionals design systems with security built in from the start. Ultimately, a well-trained workforce positions organizations and countries to compete globally in the digital economy.
Finally, what is the key message you want readers and policymakers to take away from your research?
Investing in people is just as important as investing in technology. Practical, hands-on training equips professionals with the skills to respond to evolving threats, turning theory into action. By committing to workforce development today, we can ensure a safer, more resilient digital future for everyone.
