As AI systems deploy, exposure to adversarial threats and misuse increases. This module explores how AI is attacked and exploited, a critical focus for cyber professionals. You will dive into AI-specific attack vectors: model poisoning, information leakage, model stealing, and backdoor exploits. These threats compromise AI performance and pose risks to data privacy, intellectual property, and user safety. Examine harmful AI outputs from biased data or manipulation. Learn how output alignment, ethical censorship, and AI-powered surveillance affect public trust and legal compliance. Analyze case studies to identify AI vulnerabilities and understand societal consequences of insecure deployments. Ensure AI shapes the world securely and responsibly.

Defending AI systems against emerging threats is critical. This module explores technical controls and testing strategies to secure AI models. You will learn to apply AI-specific defences, from secure algorithm design to privacy-preserving techniques like differential privacy. Examine how to test and validate AI model robustness using red, purple, and blue teaming approaches. Focus on balancing security, utility, and performance to make informed trade-offs. Gain practical skills to implement trusted controls and rigorously test for resilience against real-world threats, whether building or auditing AI systems.

As AI systems grow, responsible design, deployment, and governance are imperative. This module introduces Responsible AI principles: fairness, bias mitigation, transparency, and ethical accountability. You will explore how AI decisions impact individuals and communities, navigating trade-offs between user privacy, model performance, and transparency. Unpack challenges like data sourcing, labelling, and ethical implications of large-scale models. Learn practical strategies for enhancing trust in AI systems. Dive into global frameworks, policies, and governance models supporting secure, ethical AI adoption. Ensure AI systems are functional, fair, transparent, and aligned with regulatory expectations.

In this module, you will analyse a simulated adversarial attack on a deployed ML model, identify the attack type, and recommend a defence strategy. The project allows you to build a comprehensive portfolio artefacts demonstrating your end-to-end capabilities.