Generative AI Security

Defense, Threats, and Vulnerabilities

Shaila Rana, Rhonda Chicone

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English

Wiley-IEEE Press
05 November 2025

Computer security; Artificial intelligence

Up-to-date reference enabling readers to address the full spectrum of AI security challenges while maintaining model utility

Generative AI Security: Defense, Threats, and Vulnerabilities delivers a technical framework for securing generative AI systems, building on established standards while focusing specifically on emerging threats to large language models and other generative AI systems. Moving beyond treating AI security as a dual-use technology, this book provides detailed technical analysis of three critical dimensions: implementing AI-powered security tools, defending against AI-enhanced attacks, and protecting AI systems from compromise through attacks like prompt injection, model poisoning, and data extraction.

The book provides concrete technical implementations supported by real-world case studies of actual AI system compromises, examining documented cases like the DeepSeek breaches, Llama vulnerabilities, and Google’s CaMeL security defenses to demonstrate attack methodologies and defense strategies while emphasizing foundational security principles that remain relevant despite technological shifts. Each chapter progresses from theoretical foundations to practical applications.

The book also includes an implementation guide and hands-on exercises focusing on specific vulnerabilities in generative AI architectures, security control implementation, and compliance frameworks.

Generative AI Security: Defense, Threats, and Vulnerabilities discusses topics including:

Machine learning fundamentals, including supervised, unsupervised, and reinforcement learning and feature engineering and selection Intelligent Security Information and Event Management (SIEM), covering AI-enhanced log analysis, predictive vulnerability assessment, and automated patch generation Deepfakes and synthetic media, covering image and video manipulation, voice cloning, audio deepfakes, and AI’s greater impact on information integrity Security attacks on generative AI, including jailbreaking, adversarial, backdoor, and data poisoning attacks Privacy-preserving AI techniques including federated learning and homomorphic encryption

Generative AI Security: Defense, Threats, and Vulnerabilities is an essential resource for cybersecurity professionals and architects, engineers, IT professionals, and organization leaders seeking integrated strategies that address the full spectrum of Generative AI security challenges while maintaining model utility.

By: Shaila Rana, Rhonda Chicone
Imprint: Wiley-IEEE Press
Country of Publication: United States
ISBN: 9781394368488
ISBN 10: 1394368488
Pages: 496
Publication Date: 05 November 2025
Audience: Professional and scholarly , Undergraduate
Format: Hardback
Publisher's Status: Active

Chapter 1: Abstract 1.1: What is Generative AI? 1.2: The Evolution of AI in Cybersecurity 1.3 Overview of GAI in Security 1.4 Current Landscape of Generative AI Applications 1.5 A Triangular Approach Chapter 1 Summary Hypothetical Case Study: The Triangular Approach to AI Security References Chapter 2: Understanding Generative AI Technologies Abstract 2.1: ML Fundamentals 2.2 Deep Learning and Neural Networks 2.3 Generative Models 2.4 NLP in Generative AI 2.5 Computer Vision in Generative AI Conclusion Chapter 2 Summary: Case Study: References Chapter 3: Generative AI as a Security Tool Abstract 3.1 AI-Powered Threat Detection and Response 3.2 Automated Vulnerability Discovery and Patching 3.3 Intelligent SIEMs 3.4 AI in Malware Analysis and Classification 3.5 Generative AI in Red Teaming 3.6 J-Curve for Productivity in AI-Driven Security 3.7 Regulatory Technology (RegTech) 3.8 AI for Emotional Intelligence (EQ) in Cybersecurity Chapter 3 Summary: Case study: GAI as a Tool References Chapter 4: Weaponized Generative AI Abstract 4.1 Deepfakes and Synthetic Media 4.2 AI-Powered Social Engineering 4.3 Automated Hacking and Exploit Generation 4.4 Privacy Concerns 4.5 Weaponization of AI: Attack Vectors 4.6 Defensive Strategies Against Weaponized Generative AI Chapter 4 Summary: Case Study 1: Weaponized AI in a Small-Sized Organization Case Study 2: Weaponized AI in a Large Organization References Chapter 5: Generative AI Systems as a Target of Cyber Threats Abstract 5.1 Security Attacks on Generative AI 5.2 Privacy Attacks on Generative AI 5.3 Attacks on Availability 5.4 Physical Vulnerabilities 5.5 Model Extraction and Intellectual Property Risks 5.6 Model Poisoning and Supply Chain Risks 5.7 Open-Source GAI Models 5.8 Application-specific Risks 5.9 Challenges in Mitigating Generative AI Risks Chapter 5 Summary: Case Study 1: Small Organization - Securing Customer Chatbot Systems Case Study 2: Medium-Sized Organization - Defending Against Model Extraction Case Study 3: Large Organization - Addressing Data Poisoning in AI Training Pipelines References Chapter 6: Defending Against Generative AI Threats Abstract 6.1 Deepfake Detection Techniques 6.2 Adversarial Training and Robustness 6.3 Secure AI Development Practices 6.4 AI Model Security and Protection 6.5 Privacy-Preserving AI Techniques 6.6 Proactive Threat Intelligence and AI Incident Response 6.7 MLSecOps/SecMLOPs for Secure AI Development Chapter 6 Summary: Case Study: Comprehensive Defense Against Generative AI Threats in a Multinational Organization References Chapter 7: Ethical and Regulatory Considerations Abstract 7.1 Ethical Challenges in AI Security 7.2 AI Governance Frameworks 7.3 Current and Emerging AI Regulations 7.4 Responsible AI Development and Deployment 7.5 Balancing Innovation and Security Chapter 7 Summary Case Study: Navigating Ethical and Regulatory Challenges in AI Security for a Financial Institution References Chapter 8: Future Trends in Generative AI Security Abstract 8.1 Quantum Computing and AI Security 8.2 Human Collaboration in Cybersecurity 8.3 Advancements in XAI 8.4 The Role of Generative AI in Zero Trust 8.5 Micromodels 8.6 AI and Blockchain 8.7 Artificial General Intelligence (AGI) 8.8 Digital Twins 8.9 Agentic AI 8.10 Multimodal models 8.11 Robotics Chapter 8 Summary: Case Study: Applying the Triangular Framework to Generative AI Security References Chapter 9: Implementing Generative AI Security in Organizations Abstract 9.1 Assessing Organizational Readiness 9.2 Developing an AI Security Strategy 9.3 Shadow AI 9.4 Building and Training AI Security Teams 9.5 Policy Recommendations for AI and Generative AI Implementation: A Triangular Approach Chapter 9 Summary Case Study: Implementing Generative AI Security in Organizations – A Triangular Path Forward References Chapter 10 Future Outlook on AI and Cybersecurity Abstract 10.1 The Evolving Role of Security Professionals 10.2 AI-Driven Incident Response and Recovery 10.3 GAI Security Triad Framework (GSTF) 10.5 Preparing for Future Challenges 10.5 Responsible AI Security Chapter 10 Summary: Practice Quiz: AI Security Triangular Framework References Index

Shaila Rana, PhD, is a professor of Cybersecurity, co-founder of the ACT Research Institute, a cybersecurity, AI, and technology think tank, and serves as the Chair of the IEEE Standards Association initiative on Zero Trust Cybersecurity for Health Technology, Tools, Services, and Devices. Rhonda Chicone, PhD, is a retired professor and the co-founder of the ACT Research Institute. A former CSO, CTO, and Director of Software Development, she brings decades of experience in software product development and cybersecurity.