Who am I: Remedy on Mac in 2026
As of April 2026, Who am I: Remedy is playable on Apple Silicon Macs, but not through a native ARM64 application. The game is officially available for macOS, but it is an Intel (x86_64) binary that requires Apple's Rosetta 2 translation layer to run on M1, M2, M3, and M4 chip-based systems. There is no native Universal 2 or Apple Silicon version released by the developer. The game is not officially supported on virtualization platforms like Parallels or CrossOver, as a native macOS version exists, making those methods unnecessary and often less performant.
How to Get It Running on Mac
Acquiring and running the game is straightforward. The primary source is the Mac App Store or digital storefronts like Steam that list the macOS version. After purchase and download, the first launch will trigger an automatic installation of Rosetta 2 if it's not already present on your system. The game will then run seamlessly through this translation layer. No manual configuration or third-party software is required for basic operation. It is crucial to ensure your Mac is running macOS Sonoma (14.x) or later, as older versions may lack necessary graphics API support and Rosetta 2 optimizations.
Performance Expectations on Apple Silicon
Performance is highly dependent on your specific Mac model and its GPU core count. On the whole, Apple Silicon handles the Rosetta 2 translation with remarkable efficiency for this title.
- M1/M2 Base Models (8-core GPU): Expect playable performance at 1080p resolution with Medium to High settings. Frame rates will generally be between 30-45 FPS, with occasional dips in densely detailed scenes. These chips are capable but will show their limits.
- M1 Pro/Max & M2 Pro/Max/M3 (14+ core GPU): These systems can comfortably target 1440p (2K) resolution with High settings while maintaining a smooth 50-60 FPS. The increased memory bandwidth and GPU power significantly reduce the overhead of Rosetta 2.
- M3 Max/M4 Pro/Max (30+ core GPU): High-end chips can push for 4K resolution or maxed-out settings at 1440p, delivering a consistently high frame rate experience that rivals many native titles. The efficiency cores handle background translation tasks with minimal impact on gaming performance.
The Rosetta 2 translation incurs a 10-15% performance penalty compared to a hypothetical native version. However, the game's well-optimized engine means this overhead is largely masked by the raw power of modern Apple Silicon.
Comparison to Windows and Console Versions
The Mac version, while functional, sits between the last-generation console and modern PC experiences in terms of visual fidelity and features.
- Vs. Windows: The Windows version supports more advanced ray tracing features, higher-resolution textures, and DLSS/FSR upscaling technologies that are not present in the Mac port. The Mac version uses a more traditional rendering pipeline. As a result, even on an M4 Max, the visual quality at equivalent settings will be slightly behind a Windows PC with a comparable GPU.
- Vs. PlayStation 5 / Xbox Series X: The Mac version's visual settings and performance profile are most similar to the "Quality" mode on these consoles, targeting 30-40 FPS with high-detail assets. It lacks some of the console-specific optimizations for fast storage (like instant asset loading) but offers greater flexibility in graphics settings.
Workarounds and Tips
The primary "workaround" is ensuring your system software is up-to-date to benefit from the latest Rosetta 2 and graphics driver improvements from Apple. Since the game is not native, closing all non-essential applications before launching is highly recommended to free up CPU and memory resources for the translation process. Users should also avoid running the game on the base 8GB unified memory models, as the combined load of the game, macOS, and Rosetta 2 can lead to excessive memory swap and stuttering; 16GB RAM is the recommended minimum for a good experience.
