PS5 games have been directly "rewritten" into native Windows programs, and the first game has already been successfully rendered. PS5 games have been directly "rewritten" into native Windows programs. According to the developer boykopovar in the README of the AnyPS5 project published on GitHub, a real PS5 game has already entered the rendering loop and successfully

💡 What You Will Learn

PS5 games have been directly "rewritten" into native Windows programs, and the first game has already been successfully rendered. PS5 games have been directly "rewritten" into native Windows programs.

📜 Table of Contents

• No Emulator — So How Does It Run?
• How Far Has It Gotten?
• Three Rivals on the Same Track
• When Can We Play It?

PS5 Games Have Been Directly "Rewritten" into Native Windows Programs — the First Game Has Already Rendered Successfully

PS5 games have been directly "rewritten" into native Windows programs. According to the README of the AnyPS5 project published by developer boykopovar on GitHub, a real PS5 game has already entered its render loop and rendered successfully — all without an emulator or a separate runtime process.

The news spread through European tech media circles last week, with outlets like hardZONE and BiteYourConsole following up, and the related Reddit thread racking up hundreds of comments. Yet almost no one in China has covered it in any depth.

No Emulator — So How Does It Run?

The PS5's CPU is an AMD Zen 2 x86-64 processor, using the same instruction set as PC CPUs. So PS5 game machine code can already be executed directly by a PC. What actually stands in the way is two things: the executable file format is different, and the Sony system libraries the games call don't exist on PC.

AnyPS5's approach is to directly rewrite the game itself. The relinker re-links the PS5's ELF executable into native Windows and Linux formats, then replaces Sony's system modules with a set of self-written PRX libraries. The shader portion is separately recompiled into SPIR-V and passes SPIRV-Tools validation.

How Far Has It Gotten?

According to the progress notes in the README, the program has already passed through the _start entry point, set up the exception handling table, run into the main function, and then entered the game's render loop. It gets stuck around frame 68: Sony's AGC graphics interface throws an exception saying "texture descriptor uses unsupported tiling mode 27."

From the logo to being playable, there's still input, audio, and save data — all tough nuts to crack — standing in between. The developer himself is very clear about it: no official release will come until at least one game runs through completely.

Three Rivals on the Same Track

In July of this year, three PS5 emulators — SharpEmu, KytyPS5, and RPCSX — all went open source within a single week. Among them, SharpEmu is the furthest along, having pushed the sequel to Ghost of Tsushima all the way to its title screen. But they take the traditional emulation route, packing an entire PS5 into software, and the performance overhead is what it is.

AnyPS5's route is re-link native execution, which in theory has a higher performance ceiling. The cost is that Sony's AGC graphics interface has extremely complex semantics, and right now it's stuck on low-level hardware details like texture tiling modes. Two routes — one prioritizing stability, one prioritizing speed — and it's still unknown which will get the first game running through.

When Can We Play It?

There's no timeline. The repository currently has no Releases, and the author is staking the first version on "the first game to run through completely." It's GPLv2 open source, with no bundled keys or firmware, legally taking the interoperability research route.

For PC gamers, this is the first new path beyond PS5 exclusives making their way to PC en masse. Which route are you more optimistic about: SharpEmu's full-system emulation, or AnyPS5's native re-linking?