axiom-audit-concurrency

To detect data races and Swift 6 concurrency violations, you need to scan source code for unsafe task captures, missing MainActor annotations, and incomplete Sendable protocol conformance to ensure strict isolation boundaries.

Swift 6 strict concurrency compliance ensures thread safety by enforcing actor isolation boundaries and Sendable conformance across asynchronous codebases. You need it to prevent UI thread stalls, data races, and crashes in modern macOS applications.

To check view model isolation during async-await code review, map actor boundaries and concurrency entry points to verify thread safety, ensuring background tasks have proper MainActor annotations and do not cause UI freezes or data races.

Yes, you can scan legacy GCD bridge patterns and complex asynchronous code in macOS apps. The analysis evaluates structured concurrency usage and provides a health readiness score to identify thread confinement violations and UI-blocking code.

Swift background tasks cause UI freezes when async-await code lacks proper MainActor isolation or violates thread confinement. Scanning for missing annotations and unsafe task captures identifies the exact concurrency anti-patterns blocking the UI thread.

The best way to visualize actor boundaries and concurrency entry points is through systematic isolation mapping of actor declarations and task creation points, which reveals thread safety gaps and missing Sendable protocol conformance in Swift code.