ios-performance-optimizer

To fix memory leaks and iOS performance issues, this Skill runs deterministic scanning across Swift and SwiftUI codebases, generating a prioritized improvement plan that targets critical architectural problems for approval-gated edits and build-time validation.

Yes, you can optimize SwiftUI and UIKit interop code using TCA and TCAFlow patterns, as the Skill specifically analyzes these architectures to detect performance regressions and applies PFW-aligned fixes with build verification.

Generating a prioritized improvement plan for Swift concurrency issues involves running the Skill's coordinated analysis, which outputs Critical, High, and Medium action plans with concrete file targets before requesting user approval for edits.

Yes, the optimization workflow supports build automation tools like Tuist, Xcode, SPM, and fastlane, triggering the appropriate build flow to validate changes after applying approved performance fixes to your iOS project.

iOS build failures after applying performance fixes to WeaveDI dependencies are caught by the Skill's build-time validation phase, which triggers your configured build system to verify that all approved edits compile correctly.

The best way to apply PFW-style fixes safely is through an approval-gated workflow where the Skill proposes prioritized changes, applies only approved edits, and runs build-time validation across specialized sub-agents to ensure stability.