Fix immutable-array mutation in production Image component by using non-mutating sort

Immutable-array mutation bugs—like mutating sort calls inside shared Image components—are increasingly surfacing in edge and serverless runtimes and can crash production in ways that are hard to trace. Frontend teams, SREs, and platform engineers at roughly 2M web development teams bear the cost in firefighting, rollbacks, and lost developer hours when these subtle mutations violate runtime immutability guarantees. Build a developer tool that combines runtime observability with shift-left static analysis to detect these specific immutability violations and automatically propose safe codemod PRs (for example, replace sort() with a non‑mutating [...arr].sort() or arr.slice().sort()), complete with tests and configurable safety controls. It would run in CI, integrate with error-tracking and edge logs to prioritize fixes that hit production, and optionally apply fixes automatically behind feature flags. This is a timely market: an $8.0B addressable market (2M teams × $4K ACV) and clear tailwinds from edge/serverless adoption, demand for shift-left tooling, and preference for observability-plus-remediation. With a market score of 88/100 and revenue potential of 86/100, customers are willing to pay for tooling that prevents costly incidents, though competition is medium and centered on linters and error-monitoring vendors. You can differentiate by delivering runtime-informed, high-precision fixes that reduce mean-time-to-resolution—automating safe changes and shipping vetted PRs instead of only surfacing warnings—to generate measurable ROI. The primary risks are building cross-framework accuracy, avoiding false positives to earn trust, and investing in deep integrations and QA, but solving those would capture an underserved and valuable niche.