lean-security-formalization

Information-flow properties in Lean 4 are formalized by encoding confidentiality and integrity policies using the provided reference handbook. It supports rigorous proof verification for access control and privacy models.

Yes, GDPR and LED compliance modeling is directly supported. You can encode privacy constraints and access-control logic in Lean 4, leveraging formalization techniques to ensure rigorous verification of regulatory requirements.

Trust-model proofs in Lean are structured using handoffs that route researchers from initial modeling to review and enforcement. This skill provides routing to lean-proof-review and lean-enforcement to ensure comprehensive verification.

Yes, foundational Lean 4 knowledge is required. The skill provides a reference handbook and structured routing for formalization, but users need basic Lean syntax understanding to begin encoding information-flow properties.

Information-flow formalization distinguishes confidentiality and integrity by encoding them as distinct security properties within Lean 4. This allows researchers to rigorously verify data privacy and unauthorized modification constraints.

Limitations include the complexity of mapping legal privacy texts like GDPR into strict mathematical logic. Lean 4 provides rigorous verification, but the formalization process requires precise modeling and does not interpret ambiguous legal language automatically.