
Secure the AI development lifecycle by sanitizing inputs, enforcing cryptographic provenance and access controls, and blocking data poisoning to preserve model integrity and compliance.
This course contains the use of artificial intelligence.
CompTIA SecAI+ is a new certification focused squarely on the intersection of artificial intelligence and cybersecurity: securing AI systems, understanding the unique threats AI introduces, governing AI responsibly, and using AI to strengthen defensive security operations. This course is a complete, structured exam-prep pathway covering every major domain a SecAI+ candidate needs, built for security professionals who want both certification readiness and real, applicable skills.
Across seven comprehensive parts, you will start with the foundations of AI security and key terminology, then move into the full landscape of threats and attacks against AI systems - prompt injection, data poisoning, adversarial examples, model extraction, and backdoor attacks - explained with real mechanisms, not just definitions. You will learn how to secure the AI development lifecycle end to end, from data handling and model training through deployment and monitoring, and how to apply governance, risk, and compliance frameworks including the NIST AI RMF and the EU AI Act to real organizational decisions.
The later parts of the course turn to defense: how security teams use AI for threat detection, anomaly detection, and automated incident response, and how to run AI incident response effectively when something does go wrong. The course closes with a dedicated exam-readiness part - study strategy, common exam pitfalls, and applying SecAI+ knowledge to your actual day-to-day role - so you finish not just informed, but genuinely ready for the exam and the job.
This course contains the use of artificial intelligence.
Curriculum Outline
Part 1: Foundations and Key AI Security Concepts
What Is SecAI+? Understanding the Exam and Why It Matters
Core AI and Machine Learning Concepts Every Security Professional Needs
The Unique Security Challenges AI Systems Introduce
Key Terminology and the SecAI+ Exam Domain Structure
Part 2: Threats and Attacks Against AI Systems
Prompt Injection and Adversarial Manipulation of AI Systems
Data Poisoning and Training-Data Integrity Attacks
Adversarial Examples, Model Extraction, and Backdoor Attacks
Part 3: Securing the AI Development Lifecycle
Securing Data Collection, Labeling, and Training Pipelines
Model Hardening, Access Control, and Secure Deployment
Monitoring, Logging, and Ongoing Model Risk Management
Part 4: AI Governance, Risk, and Compliance
AI Governance Frameworks: NIST AI RMF and Organizational Oversight
Global AI Regulation: the EU AI Act and Emerging Compliance Requirements
Building an AI Risk and Compliance Program in Practice
Part 5: Using AI for Defensive Security Operations
AI-Powered Threat Detection and Security Anomaly Analysis
AI-Driven Security Operations Center (SOC) Workflows
Practical Limits and Pitfalls of AI in Defensive Security
Part 6: AI Incident Response and Resilience
Preparing for and Detecting AI-Related Security Incidents
Responding to and Containing AI System Compromises
Post-Incident Review and Strengthening AI Defenses
Part 7: Exam Readiness and Real-World Application
SecAI+ Exam Domains and Strategic Study Methods
Common Exam Pitfalls and How to Avoid Them
Applying SecAI+ Knowledge to Your Real Job Role
DOWNLOAD >> Student Guide in ENG Spanish French Portuguese German Italian Japanese Korean