Machine learning models require large amounts of data, including personal information like health records and financial transactions, creating a privacy dilemma.
Privacy concerns in the ML/AI world highlight the importance of individuals having control over their data usage and collection.
Regulations like GDPR, CCPA, and HIPAA aim to protect data privacy but enforcing these rights in ML systems poses challenges, especially in terms of data deletion.
The tension between model performance and ethical responsibility arises due to the need for massive datasets conflicting with privacy concerns.
Over-collection of data by organizations for ML training raises issues of user privacy, data security, and regulatory compliance.
Data silos resulting from reluctance to share data hinder the development of fair and unbiased AI systems, particularly affecting industries like healthcare and finance.
Complex ML models lacking transparency pose privacy risks as decisions made by these models remain opaque and inexplicable.
Privacy attacks targeting ML models aim to extract sensitive information from training data, posing significant threats to data confidentiality.
Techniques like Federated Learning and Differential Privacy exist to mitigate privacy risks in ML models, but they can impact model performance.
Achieving a balance between privacy and utility remains a major challenge in machine learning, as privacy-preserving techniques may affect model accuracy and generalizability.