23.5.4 Online courses and certifications

2025.10.06.
AI Security Blog

While hands-on experience and community engagement are irreplaceable, structured learning through online courses and certifications provides the foundational knowledge and validated skills necessary for a career in AI security. These programs distill complex topics into digestible modules, offer practical labs, and provide credentials that can signal expertise to employers and peers. As the field matures, a growing number of high-quality resources are becoming available to guide your learning journey.

A Structured Learning Pathway

Effective learning in AI red teaming is not a random walk. It involves building a solid base before tackling specialized, offensive techniques. A typical progression moves from general machine learning principles to the specific security vulnerabilities inherent in these systems, culminating in advanced adversarial tradecraft.

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Foundational ML &Security Principles Adversarial MLTheory & Taxonomies Practical Attack Labs(e.g., Prompt Injection) SpecializedCertifications Build the Base Understand the Threat Develop Skills Validate Expertise

Fig 1: A conceptual learning path for an AI security professional, from fundamentals to specialization.

Curated Courses and Certifications

The following table is a non-exhaustive list of notable resources. The landscape changes rapidly, so always verify the curriculum and relevance for your specific goals. This catalog is organized to help you identify resources that match your current skill level and learning objectives.

Table 1: Selected Online Learning Resources for AI Security
Course / Certification Provider Focus Area Relevance for Red Teamers
Foundational & Introductory
AI Security & Governance Professional (AISP) (ISC)² AI security concepts, risk management, governance Excellent for understanding the broader risk landscape and security controls you will be testing. Establishes core vocabulary.
Adversarial Machine Learning Various (Coursera, edX) Theory of evasion, poisoning, and privacy attacks Provides the theoretical underpinnings for why adversarial attacks work. Crucial for moving beyond simple prompt hacking.
Secure AI/ML Development Cloud Providers (AWS, Azure, GCP) Platform-specific security features and best practices Essential for understanding the defensive posture of common MLOps environments, revealing potential misconfigurations to exploit.
Specialized & Offensive-Focused
Certified AI Red Team Professional (CAIRTP) AI Village / Others (Emerging) Hands-on LLM and ML model exploitation A practical, offensive-focused certification designed to validate hands-on red teaming skills against AI systems. Highly relevant.
Adversarial ML Threat Matrix Course MITRE ATT&CK Mapping TTPs for AI systems Teaches you to think systematically about attack chains, moving beyond single exploits to full red team campaign planning.
LLM Security & Red Teaming Labs Hack The Box / TryHackMe Interactive labs for prompt injection, data leakage, etc. Provides a safe, gamified environment to practice and hone specific attack techniques against vulnerable LLM applications.
Adjacent & Supporting Skills
Offensive Python for Pentesters Various (OffSec, SANS) Python scripting for security tasks Critical for automating attacks, building custom tools, and interacting with ML framework APIs during an engagement.
Cloud Security Certifications (e.g., CCSK, AWS/Azure/GCP Security Specialty) CSA, Cloud Providers Cloud infrastructure security Many AI systems are cloud-hosted. Understanding cloud vulnerabilities is often the entry point to compromising the ML pipeline.

How to Evaluate a Program

Not all courses are created equal. When investing your time and money, consider the following criteria to ensure a program aligns with your career goals:

  • Practicality and Hands-On Labs: Does the course go beyond theory? AI security is an applied discipline. Look for programs with extensive, realistic lab environments where you can execute attacks against live models.
  • Instructor Credibility: Who is teaching the course? Investigate the instructors’ backgrounds. Are they active researchers, experienced practitioners, or well-regarded figures in the AI security community?
  • Curriculum Relevance: Does the syllabus cover modern threats? The field moves quickly. A course focused solely on classic image classification attacks may be less relevant than one covering prompt injection, model inversion, and supply chain threats.
  • Community and Industry Recognition: Is the certification respected? While the field is new, some credentials are being established by trusted organizations (like MITRE or (ISC)²). Check job postings and community forums to gauge a certification’s value.
  • Prerequisites and Target Audience: Is the course right for your current skill level? A course assuming deep knowledge of neural network architecture will be frustrating for a beginner, while a purely conceptual course won’t challenge an experienced practitioner.

Ultimately, the best learning path combines formal education with continuous self-study and practical application. Use these courses to build a strong framework of knowledge, then apply and expand upon it through the hands-on work of AI red teaming.