Security Analysis for AI and Blockchain Systems.
What does this program include?
Security Curriculum
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Threat Modeling for Hybrid Systems
Attack surface analysis, trust boundary identification, threat actor profiling, and risk assessment frameworks specific to AI-blockchain architectures.
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Smart Contract Vulnerabilities
Reentrancy attacks, integer overflow, access control flaws, oracle manipulation, and AI-specific contract bugs with exploitation examples.
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Adversarial Machine Learning
Evasion attacks, poisoning attacks, model inversion, membership inference, and defenses applicable to blockchain-integrated AI systems.
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Oracle Security
Data feed manipulation, consensus attacks on oracle networks, economic attacks, and verification mechanisms for ML prediction integrity.
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Incident Response
Detection strategies, containment procedures, forensic analysis techniques, and recovery planning for compromised AI-blockchain systems.
Final assessment involves conducting a complete security audit of a complex system combining AI and blockchain components with detailed vulnerability report.
Why should you join this program?
AI systems have attack surfaces. Blockchain networks have vulnerabilities. Combining them creates new security challenges that traditional approaches miss. This program teaches threat modeling and security testing for hybrid systems.
You will learn how adversarial attacks on ML models can compromise blockchain applications, how smart contract bugs enable data poisoning, and how oracle manipulation affects AI-driven decisions. The curriculum includes hands-on exercises attacking intentionally vulnerable systems to understand defensive strategies.
Skills You Will Develop
Security auditing requires understanding both domains deeply. You will analyze smart contracts for logic flaws, test ML models for robustness against adversarial inputs, and evaluate oracle systems for manipulation resistance. Each module includes real vulnerability case studies with post-mortem analysis.
Projects involve conducting security assessments of existing AI-blockchain projects, designing attack scenarios, and proposing mitigation strategies. You will use tools like Slither for contract analysis, Foolbox for adversarial testing, and custom frameworks for oracle security evaluation. The program emphasizes practical skills that security teams need when evaluating these systems.
Ready to start your learning journey?
Enroll now and gain access to structured content, expert guidance, and a supportive community. Each program is designed to help you build practical skills and apply them in real scenarios.
Enroll in program