Easy Learning with AI Security Fundamentals: Risks, Frameworks & Tools
IT & Software > Other IT & Software
8h 3m
Free
4.1
3619 students

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Language: English

Advanced AI Security Engineering: Protecting LLM & Generative AI Systems

What you will learn:

  • Pinpoint sophisticated Generative AI vulnerabilities and analyze attacker methodologies against LLM and RAG systems.
  • Implement multi-layered AI defense architectures to fortify all elements of AI applications against diverse threats.
  • Develop comprehensive AI threat models, correlating identified risks with specific, actionable mitigation strategies.
  • Deploy and fine-tune AI-specific firewalls and runtime guardrails for precise control over prompt inputs, model outputs, and agentic tool interactions.
  • Integrate advanced security protocols into the AI Software Development Lifecycle (AI-SDLC), including rigorous dataset validation and automated security evaluations.
  • Establish strong identity management, authorization policies, and granular access controls for AI service endpoints and tool integrations.
  • Mandate stringent data governance frameworks for Retrieval-Augmented Generation (RAG) systems, employing access rules, data tagging, and secure information retrieval patterns.
  • Leverage AI Security Posture Management (SPM) platforms for continuous monitoring and visibility across AI models, datasets, connectors, and policy non-compliance.
  • Construct comprehensive observability pipelines to meticulously log and analyze prompts, AI responses, system decisions, and crucial model performance metrics.
  • Formulate a cohesive AI security strategy and translate it into a structured, actionable 30, 60, and 90-day implementation roadmap for sustainable defense.

Description

The rapid evolution of Artificial Intelligence, particularly Generative AI and Large Language Models (LLMs), has unveiled a new frontier of cybersecurity vulnerabilities. Conventional security paradigms are often insufficient to safeguard these intricate systems, which encompass LLM-powered applications, sophisticated retrieval-augmented generation (RAG) pipelines, autonomous agents, diverse data connectors, and critical vector databases. These components introduce novel vectors for attack that demand a deep, proactive understanding and rigorous control. This comprehensive program delivers a holistic, hands-on, and deeply technical methodology designed to fortify your GenAI systems throughout their entire operational lifecycle.

Delve into the intricate tactics employed by adversaries to compromise AI models, uncover methods of sensitive information exfiltration via prompts and generated outputs, and understand how RAG architectures can be subverted. Furthermore, explore the critical risks posed by improperly configured AI tools or connectors, which can inadvertently expose vast segments of your enterprise infrastructure. This course empowers you to architect resilient AI solutions, strategically deploy appropriate security controls across all architectural layers, and establish standardized, repeatable security protocols for every AI-driven application.

This intensive course is packed with essential components, including:

  • An exhaustive AI Security Reference Architecture, providing blueprints for safeguarding models, prompts, data flows, operational tools, and continuous monitoring systems.

  • In-depth exploration of the entire spectrum of Generative AI threats, from prompt injection vulnerabilities and data exfiltration techniques to model misuse scenarios and the dangers posed by insecure third-party tools.

  • Practical strategies for designing robust AI guardrails, implementing advanced AI firewalls, sophisticated content filtering mechanisms, and fine-grained permissioning systems.

  • Comprehensive guidance on integrating security throughout the AI Software Development Lifecycle (AI-SDLC), covering critical aspects like dataset integrity validation, automated evaluations, adversarial red teaming exercises, and secure version control practices.

  • Advanced data governance frameworks specifically tailored for RAG systems, encompassing access control policies, intelligent filtering logic, encryption protocols, and methodologies for secure embedding generation.

  • Robust identity and authorization models optimized for securing AI endpoints and complex tool integrations, ensuring least privilege access.

  • Practical workflows for AI Security Posture Management (SPM), enabling continuous oversight of risks and tracking model performance drift.

  • Architectural designs for observability pipelines, facilitating comprehensive logging of prompts, model responses, system decisions, and critical quality metrics for unparalleled transparency.

Upon completion, you will gain invaluable resources:

  • Ready-to-use architecture blueprints for immediate implementation.

  • Practical threat modeling templates adaptable to various AI projects.

  • Comprehensive governance and policy frameworks to establish robust organizational guidelines.

  • Actionable security checklists specifically designed for AI SDLC and RAG deployments.

  • Detailed evaluation and AI firewall comparison matrices to aid in technology selection.

  • A complete, integrated AI security control stack for holistic protection.

  • A clear, actionable 30, 60, 90-day adoption roadmap to guide your security initiatives.

The unparalleled value of this course lies in its unique attributes:

  • Engineered from the ground up for practical application within complex enterprise infrastructures and demanding engineering scenarios.

  • Offers an expansive view of the entire AI security ecosystem, moving beyond isolated controls to provide an integrated defense strategy.

  • Delivers the precise, tangible artifacts and tools that cybersecurity and engineering professionals require to effectively secure cutting-edge AI systems.

  • Positions you at the forefront of one of the most critical and rapidly growing skill demands in today's technology landscape.

For professionals seeking a pragmatic, well-structured, and exhaustive resource for fortifying Large Language Model and Retrieval-Augmented Generation applications, this course furnishes you with the indispensable tools, profound knowledge, and proven methodologies necessary to safeguard advanced AI systems with unwavering confidence and ensure their secure operation at an enterprise level.

Curriculum

Introduction

The Introduction section lays the groundwork for an optimal learning experience, beginning with a detailed communication plan to ensure clear understanding and engagement. It offers essential tips designed to maximize your course-taking efficiency and retention. Furthermore, this section introduces you to practical learning assistants, including the innovative 'Learn IT Bot'—a free AI-powered tool—and an exclusive, no-signup AI bot provided specifically for students to facilitate hands-on practice and reinforce learned concepts.

AI Cybersecurity Solutions

This core section, 'AI Cybersecurity Solutions,' provides a comprehensive deep dive into securing Generative AI. It starts with an overview and learning roadmap, then thoroughly explores the current GenAI threat landscape, detailing the unique risks posed by these advanced systems. You'll gain a foundational understanding of GenAI application architecture through a detailed reference model, followed by crucial insights into governance, policy, and compliance tailored for AI. The module extensively covers threat modeling methodologies for GenAI, integrating security throughout the AI Software Development Lifecycle (AI-SDLC), and implementing AI firewalls for robust runtime protection. Further topics include securing APIs, identity, and access for AI systems, understanding AI Security Posture Management (SPM), and mastering data security and governance. The section concludes with an examination of common AI vulnerability classes and their mitigations, essential observability and evaluation tools, real-world AI security case studies, strategic considerations for 'buy vs. build' decisions in AI security, and a guide to designing a holistic AI security control stack.

Threat Modeling for Agentic AI

The 'Threat Modeling for Agentic AI' section is dedicated to understanding and securing the increasingly complex world of autonomous AI agents. It begins by establishing the foundational principles of agentic AI, followed by a detailed analysis of the specific threat landscape these systems present. You will learn specialized threat modeling techniques explicitly designed for agentic systems, including focused methodologies for securing agent memory and mitigating risks associated with external tooling interactions. The module also covers the critical implementation of privilege and policy controls to govern agent behavior, concluding with illuminating case studies that highlight real-world failures and vulnerabilities in agentic AI, offering valuable lessons for preventative design.

Bonus section

The Bonus section offers an additional valuable lesson, providing supplementary insights or advanced topics to further enhance your understanding and capabilities in AI security beyond the core curriculum.

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