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 Duration 14 hours

Course Outline

Introduction to Privacy-Preserving AI

  • Foundational principles of data privacy within mobile applications
  • Regulatory factors driving the adoption of on-device AI
  • Advantages and constraints of local data processing

Understanding Nano Banana for On-Device Privacy

  • Architectural overview of the Nano Banana model
  • Security features and local execution mechanisms
  • Compatible platforms and best practices for mobile integration

Data Handling and Local Processing Techniques

  • Secure collection and storage of sensitive data on the device
  • Reducing data exposure through local inference capabilities
  • Strategies for anonymization and pseudonymization

Implementing Privacy-Preserving AI Features

  • Creating AI-driven features that function without transmitting user data externally
  • Designing workflows suitable for healthcare, finance, or other compliance-heavy sectors
  • Maintaining data isolation across various application components

Security Considerations for On-Device Models

  • Safeguarding models against extraction or unauthorized modification
  • Implementing secure sandboxing and managing application permissions
  • Threat modeling specific to mobile AI systems

Compliance and Regulatory Alignment

  • Interpreting the impact of GDPR, HIPAA, and financial sector regulations
  • Documenting privacy-by-design methodologies
  • Ensuring audit trails without compromising user data integrity

Testing and Validating Privacy Guarantees

  • Conducting tests to detect unintended data leakage
  • Balancing model accuracy against privacy requirements
  • Continuous validation practices across application updates

Deployment and Maintenance of Privacy-Focused AI Apps

  • Overseeing updates for on-device models
  • Monitoring long-term performance and compliance adherence
  • Preparing applications to adapt to evolving regulatory landscapes

Summary and Next Steps

Requirements

  • Fundamental understanding of mobile or application development practices
  • Proficiency in Python, Kotlin, or Swift
  • Basic knowledge of artificial intelligence or machine learning principles

Target Audience

  • Enterprise technology teams
  • Compliance and governance officers
  • Developers responsible for building security-sensitive applications

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