AI+ Security Expert™

Kód kurzu: NPAT2102

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Protect and Secure: Leverage Intelligent AI Solutions

Formerly known as AI+ Security Level 2™
Defend and Secure: Apply Intelligent AI Solutions

This certification confirms intermediate-level understanding of AI-driven cybersecurity concepts and measures the ability to apply security controls, risk management practices, and AI-powered threat detection methods. The exam assesses knowledge of advanced security principles within AI-enhanced environments.

Odborní
certifikovaní lektoři

Mezinárodně
uznávané certifikace

Široká nabídka technických
a soft skills kurzů

Skvělý zákaznický
servis

Přizpůsobení kurzů
přesně na míru

Termíny kurzu

Počáteční datum: Na vyžádání

Garantovaný

Forma: Self-paced

Délka kurzu: 40 hodin

Jazyk: en

Cena bez DPH: 6 950 Kč

Registrovat

Počáteční datum: Na vyžádání

Garantovaný

Forma: Self-paced

Délka kurzu: 40 hodin

Jazyk: en

Cena bez DPH: 1 830 Kč

Registrovat

Počáteční
datum
Místo
konání
Forma Délka
kurzu
Jazyk Cena bez DPH
G Na vyžádání Self-paced 40 hodin en 6 950 Kč Registrovat
G Na vyžádání Self-paced 40 hodin en 1 830 Kč Registrovat
G Garantovaný kurz

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Popis kurzu

Tato část není lokalizována

AI-Driven Threat Detection

Learn to utilize AI algorithms for identifying and addressing cybersecurity threats, including phishing attacks, malware, and network anomalies.

Advanced User Authentication Methods

Implement cutting-edge AI techniques for user authentication to improve identity verification and prevent fraudulent access.

Application of Machine Learning in Cybersecurity

Employ machine learning techniques to analyze data, predict cyber threats, and respond to them with precision.

AI-Enhanced Penetration Testing

Master AI-driven tools to enhance penetration testing processes, identifying vulnerabilities more efficiently than traditional methods.

Struktura kurzu

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Module 1: AI Security Context, Scope and Opportunities

  • 1.1 AI Security Scope and Enterprise Context
  • 1.2 AI Security Roles and Responsibilities
  • 1.3 AI Security Use Cases and Opportunities
  • 1.4 Use Cases
  • 1.5 Case Studies

Module 2: AI Application Architecture and Threat Modelling

  • 2.1 AI Application Components
  • 2.2 Assets, Trust Boundaries and Data Flows
  • 2.3 Modern Cybersecurity Architecture
  • 2.4 Threat Modelling for AI Applications
  • 2.5 Use Cases
  • 2.6 Case Studies

Module 3: Applied Python Automation for AI Security Evidence

  • 3.1 Python for AI Security Tasks
  • 3.2 Python Libraries for Security Engineering
  • 3.3 Working with Security Data
  • 3.4 Cybersecurity Data Analytics
  • 3.5 Automation Patterns and Safe Scripting
  • 3.6 Use Cases
  • 3.7 Case Studies

Module 4: GenAI Application Security Controls

  • 4.1 GenAI Application Components
  • 4.2 Secure Design Patterns
  • 4.3 Secure AI SDLC
  • 4.4 Use Cases
  • 4.5 Case Studies

Module 5: Prompt Injection, LLM Risk Testing, and Adversarial Attacks

  • 5.1 Prompt Injection Techniques
  • 5.2 Sensitive Information Disclosure Risks
  • 5.3 Unsafe Output Handling
  • 5.4 Use Cases
  • 5.5 Case Studies

Module 6: RAG and Knowledge System Security

  • 6.1 RAG System Architecture
  • 6.2 RAG-Specific Risks
  • 6.3 RAG Controls and Monitoring
  • 6.4 Use Cases
  • 6.5 Case Studies

Module 7: AI Data, Model, ML Pipeline and Detection Security

  • 7.1 AI Data Security
  • 7.2 Model and Artifact Security
  • 7.3 ML Pipeline and MLSecOps Controls
  • 7.4 AI-Based Detection and Model Monitoring
  • 7.5 Adversarial ML Risks
  • 7.6 Use Cases
  • 7.7 Case Studies

Module 8: Secure AI Deployment: Cloud, API and Identity

  • 8.1 AI Deployment Patterns
  • 8.2 Identity and Secret Controls
  • 8.3 Abuse Prevention and Cloud Controls
  • 8.4 Use Cases
  • 8.5 Case Studies

Module 9: AI Security Monitoring and Incident Response

  • 9.1 AI Security Telemetry
  • 9.2 Detection Engineering for AI Threats
  • 9.3 AI Incident Response
  • 9.4 Use Cases
  • 9.5 Case Studies

Module 10: AI Governance, Privacy and Compliance

  • 10.1 AI Governance Foundations
  • 10.2 Privacy and Data Protection
  • 10.3 Assurance Artifacts and Evidence
  • 10.4 Use Cases
  • 10.5 Case Studies

Module 11: Advanced Adversarial Testing, Red Teaming

  • 11.1 Red Teaming Methodologies for AI Systems
  • 11.2 Advanced Threat Vectors
  • 11.3 Red Team Reporting
  • 11.4 Use Cases
  • 11.5 Case Studies

Module 12: Capstone Project

  • 12.1 Proactive Threat Intelligence Dashboard
  • 12.2 AI-Driven Cybersecurity Solution Development
  • 12.3 AI-Powered SOC Automation
  • 12.4 LLM Security Monitoring and Defense System

Optional Module: AI Agents Security Expert

  • 1.1 What Are AI Agents?
  • 1.2 Key Capabilities of AI Agents in Advanced Cybersecurity
  • 1.3 Applications and Trends for AI Agents in Advanced Cybersecurity
  • 1.4 How Does an AI Agent Work?
  • 1.5 Core Characteristics of AI Agents
  • 1.6 Types of AI Agents

Předpokládané znalosti

Tato část není lokalizována

  • Interest in AI Technologies: Curiosity about AI technologies such as ML, DL, and NLP. 
  • Tech Comfort: A working grasp of computer science fundamentals. 
  • Learning Mindset: An open, curious approach to new concepts and technologies. 
  • Ethical Awareness: A willingness to consider the ethical and legal dimensions of AI use and data privacy. 

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