Kursplan

Introduction to Security in TinyML

  • Security challenges in resource-constrained ML systems
  • Threat models for TinyML deployments
  • Risk categories for embedded AI applications

Data Privacy in Edge AI

  • Privacy considerations for on-device data processing
  • Minimizing data exposure and transfer
  • Techniques for decentralized data handling

Adversarial Attacks on TinyML Models

  • Model evasion and poisoning threats
  • Input manipulation on embedded sensors
  • Assessing vulnerability in constrained environments

Security Hardening for Embedded ML

  • Firmware and hardware protection layers
  • Access control and secure boot mechanisms
  • Best practices for safeguarding inference pipelines

Privacy-Preserving TinyML Techniques

  • Quantization and model design considerations for privacy
  • Techniques for on-device anonymization
  • Lightweight encryption and secure computation methods

Secure Deployment and Maintenance

  • Secure provisioning of TinyML devices
  • OTA updates and patching strategies
  • Monitoring and incident response at the edge

Testing and Validation of Secure TinyML Systems

  • Security and privacy testing frameworks
  • Simulating real-world attack scenarios
  • Validation and compliance considerations

Case Studies and Applied Scenarios

  • Security failures in edge AI ecosystems
  • Designing resilient TinyML architectures
  • Evaluating trade-offs between performance and protection

Summary and Next Steps

Krav

  • An understanding of embedded system architectures
  • Experience with machine learning workflows
  • Knowledge of cybersecurity fundamentals

Audience

  • Security analysts
  • AI developers
  • Embedded engineers
 21 timmar

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