@ericyocam6Professor, California Polytechnic State University
Shipped: NeuralFortify
An AI security literacy platform that teaches K-12 students how AI systems can be attacked and defended.
ai-literacyai-securityk12-educationedtech
@ericyocam6NeuralFortify
Comments2
Teaching K-12 students about attacks on AI is a hard thing to make concrete. Do the students actually run something like a prompt injection or an adversarial image perturbation in the browser, or is it more guided scenarios? I'd also like to know who the buyer is, teachers or districts.
Great question, Ryan. NeuralFortify is designed around hands-on, browser-based learning rather than traditional lectures. Students work through guided, interactive cybersecurity scenarios in a controlled environment, allowing them to explore attack and defense concepts without exposing real systems. The platform also provides teachers with classroom management, student progress tracking, and analytics. Our initial focus is on teachers and individual classrooms, with school districts representing a potential path for broader adoption. The goal is to make AI security concepts accessible to K–12 students while giving educators a structured way to introduce them.
2 comments
Teaching K-12 students about attacks on AI is a hard thing to make concrete. Do the students actually run something like a prompt injection or an adversarial image perturbation in the browser, or is it more guided scenarios? I'd also like to know who the buyer is, teachers or districts.
Great question, Ryan. NeuralFortify is designed around hands-on, browser-based learning rather than traditional lectures. Students work through guided, interactive cybersecurity scenarios in a controlled environment, allowing them to explore attack and defense concepts without exposing real systems. The platform also provides teachers with classroom management, student progress tracking, and analytics. Our initial focus is on teachers and individual classrooms, with school districts representing a potential path for broader adoption. The goal is to make AI security concepts accessible to K–12 students while giving educators a structured way to introduce them.