PS5 Exploit Guide

cearp · 2026-06-25T01:23:31+0100

TheStonedModder said:
@cearp IRRC you’ve done some 3ds WebKit stuff right? Or am I high lmao

No real hacking has come from me, sorry. You're high

hotwhelz2005 · 2026-06-25T02:50:04+0100

Not looking forward to converting all games to the new .phu format but definitly need the hard drive space since they so expensive now. Hope they do a batch tool.

littlemisskittn · 2026-06-25T03:15:29+0100

hotwhelz2005 said:
Not looking forward to converting all games to the new .phu format but definitly need the hard drive space since they so expensive now. Hope they do a batch tool.

This honestly is one of the reasons I'm glad to have my backups in folder format, rared up. This way it's a straight conversion to whatever is the prevalent format without hopefully having to redownload the whole game.

schatzi24 · 2026-06-25T05:09:17+0100

ViRGE · 2026-06-25T08:02:24+0100

ThePSGuy said:
Nope to both, at least not at this time (who knows what else might come from him in the future).

But do we really need FPKG anymore? This is basically the same thing, it has all the advantages except that it’s in a mountable container versus an installable package.

Compared to an installable package file, patches are going to be a pain in the butt with any containerized format. So things won't be as convenient as with the PS4. But then PS5 piracy already has that problem today with FFPKG and the like.

Just how annoying it is depends on what solutions can be cooked up for loading patches. If entire games have to be repacked with Kraken compression, then that is going to be the moderately painful option. If patch files can be tacked on to the end of a container, then that's the somewhat less painful option. If patches can be loaded alongside game containers (think NSP patches on the Switch), then that wouldn't be so bad.

ThePSGuy · 2026-06-25T08:20:50+0100

ViRGE said:
Compared to an installable package file, patches are going to be a pain in the butt with any containerized format. So things won't be as convenient as with the PS4. But then PS5 piracy already has that problem today with FFPKG and the like.

Just how annoying it is depends on what solutions can be cooked up for loading patches. If entire games have to be repacked with Kraken compression, then that is going to be the moderately painful option. If patch files can be tacked on to the end of a container, then that's the somewhat less painful option. If patches can be loaded alongside game containers (think NSP patches on the Switch), then that wouldn't be so bad.

Indeed, haven't thought of game updates. As of today, we can use the package installer to install DLCs (or at least what is required to unlock them) over compressed formats so maybe patches could be applied that way too in the future?

Either way, this will be a much better solution than what we have today.

mattyxarope · 2026-06-25T08:55:04+0100

ThePSGuy said:
Lots of new informations from ArkSama regarding his new PHU A53 Kraken:

Look like we are getting closer bois and gals (apparently a week or two remaining from another comment he made answering to a hater).

Nice. Afaik, none of this contradicts my writeup.

I'm excited that this is coming soon!

madbrainx · 2026-06-25T10:30:07+0100

xalfie · 2026-06-25T10:49:06+0100

anybody can figure about to emulate The Talos Principle 2 DLC?

HS2005 · 2026-06-25T10:51:49+0100

Updated APR EMU:

Link Debug: https://cdn.discordapp.com/attachme...eddc6f7c2ff2fe41ba5ba88732be5b54ffb469754b20&
Link: https://cdn.discordapp.com/attachme...2347eaf949b6db07ad08996bfee2c8056ad6b5b5c90e&

BobaFett_UK · 2026-06-25T11:29:12+0100

HS2005 said:
Updated APR EMU:

View attachment 579480

Link Debug: https://cdn.discordapp.com/attachme...eddc6f7c2ff2fe41ba5ba88732be5b54ffb469754b20&
Link: https://cdn.discordapp.com/attachme...2347eaf949b6db07ad08996bfee2c8056ad6b5b5c90e&

I wonder if that will fix the SM2 stuttering and audio glitches?

xalfie · 2026-06-25T11:30:50+0100

BobaFett_UK said:
I wonder if that will fix the SM2 stuttering and audio glitches?

I was loading all with last version of apmr emu and that kstuff from idlesauce. All loaded fine and worked. Folders format.

BobaFett_UK · 2026-06-25T11:33:03+0100

Can someone link the idlesauce kstff please? Is it better than the Drakmor one?

mattyxarope · 2026-06-25T11:55:41+0100

HS2005 said:
Updated APR EMU:

View attachment 579480

Link Debug: https://cdn.discordapp.com/attachme...eddc6f7c2ff2fe41ba5ba88732be5b54ffb469754b20&
Link: https://cdn.discordapp.com/attachme...2347eaf949b6db07ad08996bfee2c8056ad6b5b5c90e&

Could you remind me which Kstuff version that they're referring to? Was it the one that foregoes the pausing?

HS2005 · 2026-06-25T12:14:12+0100

mattyxarope said:
Could you remind me which Kstuff version that they're referring to? Was it the one that foregoes the pausing?

NP: https://cdn.discordapp.com/attachme...a48f9352880bfbab508d79207536750fbf14bf4c35f3&

Or https://gofile.io/d/e4BhJl

Post automatically merged: Today at 12:14 PM

BobaFett_UK said:
Can someone link the idlesauce kstff please? Is it better than the Drakmor one?

^^ Enjoy

smf · 2026-06-25T12:23:25+0100

Schweino said:
Since when is it required here to prove your knowledge/skill level before any information will be shared?

That's kinda normal for anything non trivial.

You would normally do some research and then ask for explanation by explaining where you are stuck.

AI is pretty good for these "how do I become an astronaut" type questions.

I asked google ai studio pro 3.1 preview the following two questions:

"is there any information on how backports are done for ps5 games on a hacked console, so that you can run games for later os versions"

"is there any information on how to create the fakelib files, if a game needs a newer or different one? or is there already a production line of them being done?"

On a hacked or jailbroken PlayStation 5, a "backport" is a modified version of a newer game (or game update) that allows it to bypass its minimum firmware requirement. Normally, newer PS5 games are compiled using updated Sony SDKs, meaning they rely on system libraries and firmware features that don't exist on older, exploitable firmware versions (such as FW 4.03 or 4.50).

As of mid-2026, the PS5 homebrew scene has developed a sophisticated automated process for backporting games. Here is a technical breakdown of how it is currently achieved[1][2]:

1. Decryption and Extraction
PS5 game executables (EBOOT.BIN) and system modules (commonly .prx files) are originally encrypted in Sony's SELF format. To modify them, the game must first be dumped from a jailbroken console as decrypted ELFs using a payload[1].

2. Modifying Firmware Metadata
The console checks a game's minimum firmware requirement via a configuration file called PARAM.SFO. This file contains the game's metadata, including the SDK version used to compile it[2]. Modding tools patch this file to spoof the minimum requirement, essentially telling the older firmware, "This game is compatible with your version."

3. Implementing "Fakelibs" (Fake Libraries)
The primary reason a newer game crashes on old firmware isn't just the metadata check; it’s because the game code explicitly tries to load newer system modules (like updated graphics APIs or audio libraries) that the older OS simply doesn't have.

To bypass this, backports utilize a concept known as fakelibs[1]. Developers extract the necessary updated system modules from the newer firmware, decrypt them, and package them directly into the game's local application folder (usually in a fakelib or sce_module directory)[1].

4. Binary Patching
The core EBOOT.BIN file is Hex-edited and patched so that instead of querying the PS5's internal operating system for these missing modules, its pointers are redirected to load the local "fakelibs" injected into the game's folder[1].

Tools Used in the Process
The process of backporting has been highly automated by the homebrew community to make it faster and reduce human error[2]:

BackPork: The foundational underlying script and toolset (created by developer BestPig) that handles the complex dependency resolving and patching[3].
GUI Kitchen Tools: Tools like PS5 BackPork Kitchen and Auto-Backpork run on a PC and provide a graphical interface[2][3]. Users select their dumped game folder, and the tool automatically detects the game's SDK, downloads the necessary "fakelib" dependencies, patches the EBOOT.BIN, and repackages the directory[2].
etaHEN & On-Console Payloads: On the PS5 side, running the backported game requires a jailbroken environment. Users rely on modern exploits (such as UMTX2, p2jb, or y2jb) to load etaHEN (a comprehensive homebrew enabler)[1][4]. Before booting the game, a specific payload like ps5-backpork.elf (or an integrated BackPork plugin) must be executed in the console's memory[1][4]. This payload hooks into the system OS and intercepts the game's launch process to ensure the custom libraries load correctly[1].

Yes, there is detailed information on how this process works. In the PS5 homebrew scene, creating a functional "fakelib" from scratch is considered an advanced reverse-engineering task[1]. Because it is so complex, standard users do not create them manually. Instead, there is indeed a "production line" of sorts managed by developers in the community[1][2].

Here is a breakdown of how custom fakelibs are created and how the community distributes them:

1. How Fakelibs are Created (The Developer Process)
If a brand-new game requires a system library that hasn't been backported yet, reverse engineers (like BestPig, idlesauce, and others) have to create a new fakelib for it. The manual process looks like this:

Extraction: Developers first dump the newer system libraries (the .prx or .sprx files) directly from a console running the higher firmware, or they extract them directly from PlayStation 5 firmware update files (.PUP files)[1].
Decryption & SDK Downgrading: The extracted system modules are encrypted. They are decrypted using tools (like idlesauce’s SELF decrypters), and their embedded SDK/firmware headers are downgraded using Python scripts (like ps5_elf_sdk_downgrade.py) so the older PS5 OS doesn't immediately reject them[1].
The Hard Part (Patching Dependencies): You cannot just drop a newer firmware's system library into an older console. Newer libraries often make specific calls to the PS5's kernel that do not exist on older firmware. If the old OS receives a kernel call it doesn't understand, the console will crash or kernel panic[1]. Developers must reverse-engineer the .prx file and manually Hex-edit or patch the code to "stub" (bypass or silence) those missing kernel calls[1].
Once a developer successfully patches a new system module so that it runs safely on older firmware, it becomes a valid "fakelib"[1].

2. The "Production Line" (How Users Get Them)
Because manual patching is tedious and requires coding knowledge, the homebrew scene has standardized a production pipeline so end-users don't have to create fakelibs themselves[1][2].

Centralized Repositories: Developers upload their patched fakelibs and dependency configurations to GitHub repositories[1][3].
fakelibs.json: Backporting tools use a master configuration file often called fakelibs.json[2][3]. Whenever a new game drops that requires a newer or different module, scene developers figure out the patch, create the fakelib, and update this central JSON file[3].
Automated Tools: When you use a PC utility like BackPork or GUI apps like PS5 BackPork Kitchen (or newer community alternatives), the tool reads the game you are trying to backport[3]. It checks the game's metadata, references the online fakelibs.json list, and automatically downloads the exact pre-patched fakelibs you need[2][3].
Summary:

If a game needs a newer fakelib, a few highly skilled reverse engineers in the scene dump the new firmware modules, patch out the kernel calls that cause crashes, and upload them[1]. The rest of the community then just uses automated PC tools to fetch these modules and inject them into their game folders with a single click[1][3].

xalfie · 2026-06-25T12:33:15+0100

conforming all the last good solutions, the BackPork payloads seems the most hardcore one ever made.
Congratulations BestPork, I mean BestPig xddddd

mattyxarope · 2026-06-25T12:43:22+0100

smf said:
That's kinda normal for anything non trivial.

You would normally do some research and then ask for explanation by explaining where you are stuck.

AI is pretty good for these "how do I become an astronaut" type questions.

I asked google ai studio pro 3.1 preview the following two questions:

"is there any information on how backports are done for ps5 games on a hacked console, so that you can run games for later os versions"

"is there any information on how to create the fakelib files, if a game needs a newer or different one? or is there already a production line of them being done?"

On a hacked or jailbroken PlayStation 5, a "backport" is a modified version of a newer game (or game update) that allows it to bypass its minimum firmware requirement. Normally, newer PS5 games are compiled using updated Sony SDKs, meaning they rely on system libraries and firmware features that don't exist on older, exploitable firmware versions (such as FW 4.03 or 4.50).

As of mid-2026, the PS5 homebrew scene has developed a sophisticated automated process for backporting games. Here is a technical breakdown of how it is currently achieved[1][2]:

1. Decryption and Extraction
PS5 game executables (EBOOT.BIN) and system modules (commonly .prx files) are originally encrypted in Sony's SELF format. To modify them, the game must first be dumped from a jailbroken console as decrypted ELFs using a payload[1].

2. Modifying Firmware Metadata
The console checks a game's minimum firmware requirement via a configuration file called PARAM.SFO. This file contains the game's metadata, including the SDK version used to compile it[2]. Modding tools patch this file to spoof the minimum requirement, essentially telling the older firmware, "This game is compatible with your version."

3. Implementing "Fakelibs" (Fake Libraries)
The primary reason a newer game crashes on old firmware isn't just the metadata check; it’s because the game code explicitly tries to load newer system modules (like updated graphics APIs or audio libraries) that the older OS simply doesn't have.

To bypass this, backports utilize a concept known as fakelibs[1]. Developers extract the necessary updated system modules from the newer firmware, decrypt them, and package them directly into the game's local application folder (usually in a fakelib or sce_module directory)[1].

4. Binary Patching
The core EBOOT.BIN file is Hex-edited and patched so that instead of querying the PS5's internal operating system for these missing modules, its pointers are redirected to load the local "fakelibs" injected into the game's folder[1].

Tools Used in the Process
The process of backporting has been highly automated by the homebrew community to make it faster and reduce human error[2]:

BackPork: The foundational underlying script and toolset (created by developer BestPig) that handles the complex dependency resolving and patching[3].
GUI Kitchen Tools: Tools like PS5 BackPork Kitchen and Auto-Backpork run on a PC and provide a graphical interface[2][3]. Users select their dumped game folder, and the tool automatically detects the game's SDK, downloads the necessary "fakelib" dependencies, patches the EBOOT.BIN, and repackages the directory[2].
etaHEN & On-Console Payloads: On the PS5 side, running the backported game requires a jailbroken environment. Users rely on modern exploits (such as UMTX2, p2jb, or y2jb) to load etaHEN (a comprehensive homebrew enabler)[1][4]. Before booting the game, a specific payload like ps5-backpork.elf (or an integrated BackPork plugin) must be executed in the console's memory[1][4]. This payload hooks into the system OS and intercepts the game's launch process to ensure the custom libraries load correctly[1].

Yes, there is detailed information on how this process works. In the PS5 homebrew scene, creating a functional "fakelib" from scratch is considered an advanced reverse-engineering task[1]. Because it is so complex, standard users do not create them manually. Instead, there is indeed a "production line" of sorts managed by developers in the community[1][2].

Here is a breakdown of how custom fakelibs are created and how the community distributes them:

1. How Fakelibs are Created (The Developer Process)
If a brand-new game requires a system library that hasn't been backported yet, reverse engineers (like BestPig, idlesauce, and others) have to create a new fakelib for it. The manual process looks like this:

Extraction: Developers first dump the newer system libraries (the .prx or .sprx files) directly from a console running the higher firmware, or they extract them directly from PlayStation 5 firmware update files (.PUP files)[1].
Decryption & SDK Downgrading: The extracted system modules are encrypted. They are decrypted using tools (like idlesauce’s SELF decrypters), and their embedded SDK/firmware headers are downgraded using Python scripts (like ps5_elf_sdk_downgrade.py) so the older PS5 OS doesn't immediately reject them[1].
The Hard Part (Patching Dependencies): You cannot just drop a newer firmware's system library into an older console. Newer libraries often make specific calls to the PS5's kernel that do not exist on older firmware. If the old OS receives a kernel call it doesn't understand, the console will crash or kernel panic[1]. Developers must reverse-engineer the .prx file and manually Hex-edit or patch the code to "stub" (bypass or silence) those missing kernel calls[1].
Once a developer successfully patches a new system module so that it runs safely on older firmware, it becomes a valid "fakelib"[1].

2. The "Production Line" (How Users Get Them)
Because manual patching is tedious and requires coding knowledge, the homebrew scene has standardized a production pipeline so end-users don't have to create fakelibs themselves[1][2].

Centralized Repositories: Developers upload their patched fakelibs and dependency configurations to GitHub repositories[1][3].
fakelibs.json: Backporting tools use a master configuration file often called fakelibs.json[2][3]. Whenever a new game drops that requires a newer or different module, scene developers figure out the patch, create the fakelib, and update this central JSON file[3].
Automated Tools: When you use a PC utility like BackPork or GUI apps like PS5 BackPork Kitchen (or newer community alternatives), the tool reads the game you are trying to backport[3]. It checks the game's metadata, references the online fakelibs.json list, and automatically downloads the exact pre-patched fakelibs you need[2][3].
Summary:

If a game needs a newer fakelib, a few highly skilled reverse engineers in the scene dump the new firmware modules, patch out the kernel calls that cause crashes, and upload them[1]. The rest of the community then just uses automated PC tools to fetch these modules and inject them into their game folders with a single click[1][3].

As others have said - this is a forum where we welcome people of all skills/knowledge levels and just saying, "Google it!" or "Just ask ChatGPT!" is not cool, imo.

TheStonedModder · 2026-06-25T13:02:47+0100

smf said:
That's kinda normal for anything non trivial.

You would normally do some research and then ask for explanation by explaining where you are stuck.

AI is pretty good for these "how do I become an astronaut" type questions.

I asked google ai studio pro 3.1 preview the following two questions:

"is there any information on how backports are done for ps5 games on a hacked console, so that you can run games for later os versions"

"is there any information on how to create the fakelib files, if a game needs a newer or different one? or is there already a production line of them being done?"

On a hacked or jailbroken PlayStation 5, a "backport" is a modified version of a newer game (or game update) that allows it to bypass its minimum firmware requirement. Normally, newer PS5 games are compiled using updated Sony SDKs, meaning they rely on system libraries and firmware features that don't exist on older, exploitable firmware versions (such as FW 4.03 or 4.50).

As of mid-2026, the PS5 homebrew scene has developed a sophisticated automated process for backporting games. Here is a technical breakdown of how it is currently achieved[1][2]:

1. Decryption and Extraction
PS5 game executables (EBOOT.BIN) and system modules (commonly .prx files) are originally encrypted in Sony's SELF format. To modify them, the game must first be dumped from a jailbroken console as decrypted ELFs using a payload[1].

2. Modifying Firmware Metadata
The console checks a game's minimum firmware requirement via a configuration file called PARAM.SFO. This file contains the game's metadata, including the SDK version used to compile it[2]. Modding tools patch this file to spoof the minimum requirement, essentially telling the older firmware, "This game is compatible with your version."

3. Implementing "Fakelibs" (Fake Libraries)
The primary reason a newer game crashes on old firmware isn't just the metadata check; it’s because the game code explicitly tries to load newer system modules (like updated graphics APIs or audio libraries) that the older OS simply doesn't have.

To bypass this, backports utilize a concept known as fakelibs[1]. Developers extract the necessary updated system modules from the newer firmware, decrypt them, and package them directly into the game's local application folder (usually in a fakelib or sce_module directory)[1].

4. Binary Patching
The core EBOOT.BIN file is Hex-edited and patched so that instead of querying the PS5's internal operating system for these missing modules, its pointers are redirected to load the local "fakelibs" injected into the game's folder[1].

Tools Used in the Process
The process of backporting has been highly automated by the homebrew community to make it faster and reduce human error[2]:

BackPork: The foundational underlying script and toolset (created by developer BestPig) that handles the complex dependency resolving and patching[3].
GUI Kitchen Tools: Tools like PS5 BackPork Kitchen and Auto-Backpork run on a PC and provide a graphical interface[2][3]. Users select their dumped game folder, and the tool automatically detects the game's SDK, downloads the necessary "fakelib" dependencies, patches the EBOOT.BIN, and repackages the directory[2].
etaHEN & On-Console Payloads: On the PS5 side, running the backported game requires a jailbroken environment. Users rely on modern exploits (such as UMTX2, p2jb, or y2jb) to load etaHEN (a comprehensive homebrew enabler)[1][4]. Before booting the game, a specific payload like ps5-backpork.elf (or an integrated BackPork plugin) must be executed in the console's memory[1][4]. This payload hooks into the system OS and intercepts the game's launch process to ensure the custom libraries load correctly[1].

Yes, there is detailed information on how this process works. In the PS5 homebrew scene, creating a functional "fakelib" from scratch is considered an advanced reverse-engineering task[1]. Because it is so complex, standard users do not create them manually. Instead, there is indeed a "production line" of sorts managed by developers in the community[1][2].

Here is a breakdown of how custom fakelibs are created and how the community distributes them:

1. How Fakelibs are Created (The Developer Process)
If a brand-new game requires a system library that hasn't been backported yet, reverse engineers (like BestPig, idlesauce, and others) have to create a new fakelib for it. The manual process looks like this:

Extraction: Developers first dump the newer system libraries (the .prx or .sprx files) directly from a console running the higher firmware, or they extract them directly from PlayStation 5 firmware update files (.PUP files)[1].
Decryption & SDK Downgrading: The extracted system modules are encrypted. They are decrypted using tools (like idlesauce’s SELF decrypters), and their embedded SDK/firmware headers are downgraded using Python scripts (like ps5_elf_sdk_downgrade.py) so the older PS5 OS doesn't immediately reject them[1].
The Hard Part (Patching Dependencies): You cannot just drop a newer firmware's system library into an older console. Newer libraries often make specific calls to the PS5's kernel that do not exist on older firmware. If the old OS receives a kernel call it doesn't understand, the console will crash or kernel panic[1]. Developers must reverse-engineer the .prx file and manually Hex-edit or patch the code to "stub" (bypass or silence) those missing kernel calls[1].
Once a developer successfully patches a new system module so that it runs safely on older firmware, it becomes a valid "fakelib"[1].

2. The "Production Line" (How Users Get Them)
Because manual patching is tedious and requires coding knowledge, the homebrew scene has standardized a production pipeline so end-users don't have to create fakelibs themselves[1][2].

Centralized Repositories: Developers upload their patched fakelibs and dependency configurations to GitHub repositories[1][3].
fakelibs.json: Backporting tools use a master configuration file often called fakelibs.json[2][3]. Whenever a new game drops that requires a newer or different module, scene developers figure out the patch, create the fakelib, and update this central JSON file[3].
Automated Tools: When you use a PC utility like BackPork or GUI apps like PS5 BackPork Kitchen (or newer community alternatives), the tool reads the game you are trying to backport[3]. It checks the game's metadata, references the online fakelibs.json list, and automatically downloads the exact pre-patched fakelibs you need[2][3].
Summary:

If a game needs a newer fakelib, a few highly skilled reverse engineers in the scene dump the new firmware modules, patch out the kernel calls that cause crashes, and upload them[1]. The rest of the community then just uses automated PC tools to fetch these modules and inject them into their game folders with a single click[1][3].

All of that nonsense was said and only the very last sentence would be somewhat helpful to the user.. AI is VERY good at saying a lot without actually saying anything

HS2005 · 2026-06-25T14:11:29+0100

TheStonedModder said:
All of that nonsense was said and only the very last sentence would be somewhat helpful to the user.. AI is VERY good at saying a lot without actually saying anything

AI can mostly be helpful with the basics.
In-depth techical stuff requires knowledge from personal experiences / testing etc. I sometimes feed and correct AI to give future people better info. Most of the time when it comes to adcaned technical stuff AI is just hallucinating.

Post automatically merged: 5 minutes ago

On another note. I'll prob. wait for this: https://insider-gaming.com/gta-6-disc-release/

Post automatically merged: A moment ago

MkPFS Build Tool v1.45.02

MkPFS Build Tool v1.45.02

A Windows tool that builds PS5 game dumps into mountable images and compressed
.ffpfsc containers - fully drag & drop, no manual extraction required.

What's new in v1.45.02

Password support for encrypted archives (RAR / 7-Zip / ZIP) - build directly without extracting first.
Cancel during image creation - terminates the work process tree, dismounts the virtual drive, and cleans up partial files.
Fixed a crash when packing games with non-ASCII titles (e.g. "Ghost of Yotei").
Builds correctly even when the game is nested several folders deep inside an archive - the game folder is detected automatically.
Filenames and paths now use the game's content version (contentVersion) instead of the master version, so the correct game version is shown.

License

The bundled mkpfs-worker.exe is licensed under the GNU GPL v3.0 (a derivative of MkPFS).
Source: https://github.com/glorkim/mkpfs_build_tools
mkpfs-worker uses mkpfs (GPL-3.0, https://github.com/PSBrew/MkPFS).
See the included NOTICE and LICENSE files for full details.

Usage

Drag a game folder or file (.rar .zip .7z .zip.001 pfs_image.dat .exfat .ffpkg) onto the app.
Built files can be mounted on PS5 with ShadowMountPlus.

Link: https://github.com/glorkim/mkpfs_build_tools/releases/tag/v1.45.02

PS5 Hack Status:

Preparing Your Console:

Select Your Jailbreak:

Additional Information:

Warnings:

Archived Information

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MkPFS Build Tool v1.45.02​

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