Iso2God for Mac: Native iso2god-rs for Intel and Apple Silicon

There is no macOS build of the original Iso2God GUI. The original program is a Windows-only .NET application from Team 360h, and no native Mac version of it ever existed. The real answer on a Mac is iso2god-rs: a native, MIT-licensed command-line tool with separate builds for Intel Macs and Apple Silicon, which converts Xbox 360 and original Xbox ISOs into Games On Demand (GOD) packages without Windows, Wine or a virtual machine.

This page covers downloading the right build for your chip, verifying its checksum, dealing honestly with macOS Gatekeeper, and converting your first ISO. All downloads start from our download page. Converted GOD packages are for a modded Xbox 360 (JTAG, RGH or BadUpdate-class) or an emulator — a stock retail console will not run them. This site is an unofficial fan resource.

Which Mac build do you need?

iso2god-rs v1.8.1 (published 10 August 2025) ships two separate macOS binaries. They are not interchangeable, so check your chip first: open the Apple menu, choose About This Mac, and look at the Chip or Processor line. Apple M1, M2, M3 and later chips need the ARM64 build; an Intel processor needs the x86_64 build.

Your Mac	Download	Size (bytes)	SHA-256
Apple Silicon (M-series)	iso2god-rs macOS ARM64	1,048,976	fac0e506a668a1616270082caf18ddd7e7cfda96aac23a20d8161e65bf3d911b
Intel	iso2god-rs macOS x86_64	1,085,848	a06eb89ed0915bacc230cf6069e81e4116879fb2ccd7ab2b692fef6c1b34095c

Each download is a single binary file from the upstream GitHub release — there is no installer and nothing else to install alongside it. The hashes above are the digests recorded by GitHub for those release assets.

Setup, step by step

1. Download the build for your chip from the table above and move it somewhere convenient, for example your home folder or a Tools folder.
2. Verify it: open Terminal, run shasum -a 256 followed by a space, drag the downloaded file into the Terminal window to paste its path, and press Return. Compare the result with the SHA-256 in the table. If it differs, delete the file and download it again.
3. Make it executable: run chmod +x followed by the file’s path (drag-and-drop works here too). Without this step macOS will not run the file from Terminal.
4. Test it: run the file with --help, for example ./iso2god-x86_64-macos --help. Expect the usage line and option list.
5. Do not be confused by --version: the v1.8.1 binary prints 1.8.0. The release was published without bumping the internal version string — we confirmed this by running the binary ourselves. A matching checksum means you have the right file.

Gatekeeper: the unsigned-binary reality

iso2god-rs is distributed as a plain unsigned binary, and macOS Gatekeeper treats unknown command-line binaries cautiously. Depending on how the file arrived and your macOS version, the first run may be blocked with a message that the developer cannot be verified, or Terminal may report that the file was not executed. This is Gatekeeper doing its normal job for unsigned software — it is expected behaviour for a small open-source tool distributed outside the App Store, and it is not, by itself, evidence that the file is harmful. Equally, we will not tell you a file is guaranteed safe: your real protection is the checksum step above, which proves the file is byte-identical to the upstream GitHub release.

The standard macOS way to open an unsigned app or binary you have decided to trust is to right-click (or Control-click) it in Finder and choose Open, then confirm in the dialog — macOS remembers the exception for that file. For a command-line binary you run from Terminal, the same right-click-Open step in Finder clears the block for future Terminal runs. Only do this for a file whose SHA-256 you have just verified against the table on this page. If the hash does not match, do not override anything: delete the file and re-download it.

Converting an ISO on macOS

Conversion works exactly as on Linux. The command takes a source ISO and a destination directory:

./iso2god-x86_64-macos game.iso ./god-output/

• --dry-run checks an image and reports its Title ID and title without writing anything — a good first step with an unfamiliar ISO.
• --game-title <TITLE> overrides the stored game title when the built-in database entry is wrong or missing.
• --trim drops unallocated space from the end of the image only. It is not the Windows GUI’s Full padding removal; treat them as different features.
• -j <N> raises the thread count above the default of 1 for faster conversions on multi-core Macs.

The output is a GOD header file plus a matching .data folder of part files — keep them together. Copy both to your console storage: for the stock dashboard layout on a modded console that is Content\0000000000000000\<TitleID>\00070000\; in Aurora or Freestyle Dash any scanned folder works. Our iso2god-rs guide covers every option in depth.

Be clear about scope before you start: iso2god-rs is command-line only, converts ISO to GOD only (no reverse conversion and no extracted-folder input), and reads XGD1, XGD2, XGD3 and XSF images, including original Xbox titles.

Graphical options on Mac — with honest labels

iso2god-next (experimental on macOS)

The new GTK4 successor iso2god-next ships macOS DMG builds for both Apple Silicon and Intel. Its own release notes are explicit that the Windows and macOS builds are CI-built and have had little testing on real machines; the Linux AppImage is the supported one, and the macOS DMG is described as experimental. Trying it is reasonable; relying on it as your only converter is not yet. Keep iso2god-rs installed alongside it.

iso2god.app front-end

iso2god.app (by gutierri on GitHub) is a community GUI tool for converting Xbox and Xbox 360 ISOs to GOD, built around the modern rs-era workflow. Like the other front-ends it is MIT-licensed and community-maintained rather than an official product. If you want a window rather than Terminal, it is the Mac-oriented front-end to look at — with the same advice: verify what you download and keep the checksummed rs binary as your known-good fallback.

What about running the Windows GUI on a Mac?

There is no native route, and the indirect ones are weak. The original GUI is a .NET Windows Forms program, so on a Mac it would mean a Windows virtual machine or a compatibility layer — a lot of machinery to run a 2010-era converter when a native, checksummed Mac binary does the same conversion. Our Wine page explains the verified state of compatibility-layer claims (short version: a WineHQ entry exists, and no rating was verified by us), and it applies to macOS Wine efforts just as much. The native binary above remains the recommendation.

Using Linux instead? See Iso2God for Linux. Still choosing a tool? Read which Iso2God version to use, the Version History, and the Platforms hub.

Frequently asked questions

Is there an official Iso2God app for Mac?

No. The original Iso2God is Windows-only and no Mac version of it exists. The native Mac tool is iso2god-rs, an independent MIT-licensed rewrite — download the Intel or Apple Silicon build that matches your Mac and verify its SHA-256.

macOS says the developer cannot be verified. Is the file dangerous?

That message appears for unsigned binaries generally. iso2god-rs is unsigned, so Gatekeeper caution is expected. Verify the SHA-256 against this page first; only a matching file is the genuine upstream release, and only then use Finder’s right-click → Open to allow it.

Why does the program report version 1.8.0?

The v1.8.1 release binary was published without its internal version string being updated, so --version prints 1.8.0. We verified this on the real binary. Judge your download by its checksum, not by that string.

Can iso2god-rs on Mac convert a GOD back to an ISO?

No. iso2god-rs converts ISO to GOD only. The reverse direction is a different tool (God2Iso), covered from our download page.