Traditional role-based access control (RBAC) is insufficient for enterprise data agents because it focuses on database object access rather than the inferred information. An AI agent can derive sensitive data, like average salary, from authorized but related data points, creating an "inference gap." To address this, semantic authorization is proposed, where policies define access based on business concepts rather than just database tables. This ensures that authorization occurs at the user's conceptual level before SQL generation, preventing unauthorized information disclosure. AI
IMPACT This analysis highlights a critical security and privacy challenge for AI-powered data analysis tools, necessitating new authorization frameworks.
RANK_REASON Article discusses a specific technical challenge and proposed solution for AI data agents, fitting the 'tool' category.
- answer generation
- Context retrieval for chatbots
- enterprise data agents
- execution
- Intent Resolution
- natural language
- Relationship Planning
- role-based access control
- Semantic resolution tree
- SQL
- SQL Generation from Natural Language: A Sequence-to-Sequence Model Powered by the Transformers Architecture and Association Rules
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