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IoT security training for students should focus on mitigating risks from weak credentials and update issues. Here are some strategies for teaching network protection.
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Quantum-proof cryptography is crucial for future cybersecurity, as quantum computing could break current encryption methods. Learn how to teach students about quantum-resistant algorithms to ensure data remains secure against potential threats.
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Aligning educational programs with industry certifications and the NICE Framework is crucial for preparing a skilled cybersecurity workforce. Learn how mapping to NICE work roles can help you design specialized curricula for your students.
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Cybersecurity expert Dr. Gene Lloyd discusses the importance of incorporating different approaches to network security in a cybersecurity curriculum.
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AI is not going anywhere anytime soon. As cybersecurity educators, we must condition our students to continuously understand how to mitigate the inherent risk of artificial intelligence-related technology.
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The great need for cybersecurity professionals is worldwide and growing. Yet there is a huge gap between available cybersecurity jobs and qualified individuals who can combat bad actors. Learn why this gap persists and how educators can start to work toward closing the gap through innovative teaching tools and techniques.
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Chris Kinnaird explores the skills that need to be addressed most critically within an academic institution’s cybersecurity program to better position students for these careers.
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When it comes to cybersecurity, there are some new challenges that arise thanks to the number of different career paths. As a result, it’s important to connect cybersecurity education to multiple standards and frameworks.
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Cybersecurity educators are at the critical intersection where the future workforce needs to be aware of both the constancy of change and the ironic corollary: The more things change, the more they remain the same.