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 Duration 21 hours

Course Outline

Introduction to TinyML Security

  • Security hurdles in resource-limited machine learning systems
  • Threat modeling for TinyML implementations
  • Risk classifications for embedded AI applications

Privacy in Edge AI Data Handling

  • Privacy implications of on-device data processing
  • Strategies to reduce data exposure and transmission
  • Methods for decentralized data management

Adversarial Attacks on TinyML Models

  • Threats involving model evasion and poisoning
  • Input manipulation targeting embedded sensors
  • Evaluating vulnerabilities within constrained environments

Enhancing Security in Embedded ML

  • Firmware and hardware protection layers
  • Access control protocols and secure boot processes
  • Best practices for protecting inference pipelines

Privacy-Centric TinyML Techniques

  • Quantization and model design strategies with a privacy focus
  • On-device anonymization methods
  • Lightweight encryption and secure computation approaches

Secure Deployment and Upkeep

  • Secure provisioning of TinyML devices
  • Over-the-air updates and patch management strategies
  • Edge-level monitoring and incident response

Testing and Verification of Secure TinyML Systems

  • Frameworks for security and privacy testing
  • Simulating real-world attack vectors
  • Validation and regulatory compliance considerations

Case Studies and Practical Scenarios

  • Security lapses in edge AI ecosystems
  • Architecting robust TinyML solutions
  • Assessing the balance between performance and protection

Summary and Path Forward

Requirements

  • Familiarity with embedded system architectures
  • Practical experience with machine learning workflows
  • Foundational knowledge of cybersecurity principles

Target Audience

  • Security analysts
  • AI developers
  • Embedded engineers

Testimonials (3)

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