Watch, hear and record a jailbroken PS5 on your Windows PC, with low latency.

Features · Quick start · Building · Usage · How it works · Docs

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A small payload on the console drives the PS5's own H.264 encoder and serves the picture and sound over a simple HTTP API. The Windows app connects to it, decodes on the GPU and shows the console in a window, at 1080p60, with sound. No capture card needed. A browser can also open the payload directly.

Features

Desktop app

• Live view at 1080p60 with hardware decode (D3D11VA) and GPU colour conversion (Vulkan). About 19 % of one CPU core for the whole app.
• Three latency modes. Lowest shows each frame the moment it arrives. Balanced absorbs Wi-Fi jitter with a small adaptive hold (~15–30 ms). Smooth uses a bigger buffer and syncs to the sound.
• Sound with volume and an automatic delay that adapts to the network.
• Recording to MKV (H.264 copy + AAC, nothing re-encoded) and PNG screenshots.
• Gallery with thumbnails, export to MP4/MKV and delete.
• Built-in viewer. Recordings play with sound, seek and volume. Screenshots zoom and pan.
• Dark and light theme (dark by default), animated UI, auto-hiding controls and full screen.
• One self-contained Glint.exe. FFmpeg, curl and the runtime are linked in statically, so no DLLs sit next to it and no console window opens.

Payload (PS5)

• Drives the console's hardware encoder through libSceAvcap2.
• HTTP API on port 7231: video frames, audio, status, recording on the console, keyframe and stop. See API.md.
• Browser dashboard at http://<ps5-ip>:7231/: live view, sound, screenshots, console recordings, dark and light theme. Nothing to install.
• On-screen notifications on the console when it loads, is ready, or hits a problem.

Requirements

Console	Jailbroken PS5 with Payload Manager and an FTP server (tested on firmware 0x12600006)
PC	Windows 10 or 11, 64-bit, with a Vulkan-capable graphics driver
Network	PC and PS5 on the same network. Wired is best; Wi-Fi works, with more jitter.

Quick start

1. Get the files

Download both from the latest release, or build them yourself (Building):

• Glint.exe, the Windows app (one file, nothing to install)
• Glint-1.0-ps5.elf, the PS5 payload

2. Run the payload

Upload the ELF to Payload Manager's folder on the console (FTP on port 2121 here; use your console's IP):

curl --ftp-create-dirs -T Glint-1.0-ps5.elf ftp://<ps5-ip>:2121/data/pldmgr/payloads/local/glint/Glint-1.0-ps5.elf

A self-built ELF is payload/build/glint-payload.elf; upload it under the same name.

Then start Glint from Payload Manager on the console. You will see "Glint 1.0 loaded. Starting capture...", then "Glint ready on port 7231".

Tip

Payload Manager expects names shaped like Name-version-ps5.elf. If the console says "the PS5 refused to start video capture", wait a minute and run it again.

3. Connect

Open Glint.exe, type http://<ps5-ip>:7231 and press Connect. The console's address is saved, so next time it appears under recent consoles.

Or open http://<ps5-ip>:7231/ in any browser on the network.

Building

The two halves build separately and talk over the network. Clone with the Dear ImGui submodule:

git clone --recursive https://github.com/MiladRTX/Glint.git
# already cloned without it: git submodule update --init

Windows app

Install MSYS2, open an MSYS2 MinGW 64-bit shell, and install the toolchain:

pacman -S --needed base-devel mingw-w64-x86_64-gcc mingw-w64-x86_64-pkgconf mingw-w64-x86_64-cmake mingw-w64-x86_64-ninja mingw-w64-x86_64-nasm mingw-w64-x86_64-amf-headers mingw-w64-x86_64-x264 mingw-w64-x86_64-zlib mingw-w64-x86_64-glfw mingw-w64-x86_64-vulkan-loader mingw-w64-x86_64-SDL2

Then build:

cd app
./build_deps.sh    # once: static FFmpeg + curl into app/deps/prefix (a few minutes)
./build.sh         # app/build/Glint.exe

build_deps.sh downloads pinned FFmpeg and curl sources, checks their SHA-256, and builds them with only what Glint uses. Run it again after deleting app/deps to rebuild them. mingw-w64-x86_64-shaderc is optional: with it, the build also recompiles the YUV→RGBA shader.

PS5 payload

Install the PS5 payload SDK (Linux or WSL), then:

cd payload/ps5
PS5_PAYLOAD_SDK=/path/to/ps5-payload-sdk make

This builds payload/build/glint-payload.elf, plus glint-payload-test.elf (a synthetic picture, for testing the server on a console).

If you change payload/assets/dashboard.html or the banner, re-embed them first:

node tools/gen_blobs.js

Test without a console

The payload also builds on the PC with a synthetic picture, so you can run the whole HTTP API locally:

cd payload
make                               # payload/build/glint-payload
node ../tests/run_smoke.js 19099   # starts the host build and checks the protocol

On MSYS2, use make OS=Windows_NT. Full details, including every dependency: docs/BUILD.md.

Usage

Keyboard shortcuts

Key	Action		Key	Action
M	Sound on/off		L	Cycle latency mode
S	Screenshot		H	Hide controls
R	Start/stop recording		T	Dark / light theme
G	Gallery		F11	Full screen
P	Picture size (fit / fill / no upscaling)		Ctrl+,	Settings

In the viewer: Space play/pause, ← → seek 5 s (or previous/next picture), ↑ ↓ volume, Page Up / Page Down previous/next item, Esc close.

Command line

Glint.exe --url http://<ps5-ip>:7231              # connect at start
Glint.exe --url http://<ps5-ip>:7231 --fullscreen
Glint.exe --theme light                           # dark (default) | light
Glint.exe --gallery                               # open the gallery
Glint.exe --view clip.mkv                         # open a file in the viewer
Glint.exe --url http://<ps5-ip>:7231 --headless 60  # decode 60 frames, exit 0/1
Glint.exe --url http://<ps5-ip>:7231 --headless 600 --latency balanced  # with latency stats
Glint.exe --version

Settings live in %LOCALAPPDATA%\Glint. Recordings and screenshots go to %USERPROFILE%\Videos\Glint by default. You can change the folder in Settings → Capture. All options: app/README.md.

Warning

Stop capture (in Settings or the browser dashboard) can crash the console. Use it only when you have to.

How it works

flowchart LR
    subgraph PS5
        ENC[Hardware H.264 encoder<br/>libSceAvcap2] --> RING[Frame and audio rings]
        RING --> HTTP[HTTP server :7231]
        RING --> REC[Console recording]
    end
    HTTP -- "/frames, /audio" --> APP
    HTTP -- "dashboard" --> WEB[Browser]
    subgraph PC[Windows PC]
        APP[Glint.exe] --> DEC[D3D11VA decode] --> GPU[Vulkan YUV→RGBA] --> UI[ImGui window]
        APP --> SND[SDL2 sound]
        APP --> MKV[MKV / PNG]
    end

1. The payload loads the console's capture library inside SceRemotePlay and starts the hardware encoder at 1080p60.
2. Encoded frames and AAC audio go into ring buffers. Each client streams them over plain HTTP. A client that falls behind skips to the newest keyframe.
3. The app decodes on the GPU, converts colour in a compute shader, and paces frames by the latency mode you picked.

The wire format is in docs/API.md. The capture call sequence is in docs/CAPTURE-INTERNALS.md.

Project layout

app/                  Windows app (C++17: GLFW, Vulkan, Dear ImGui, FFmpeg, SDL2, curl)
├── src/core/         payload session, HTTP client, settings, log
├── src/media/        decoder, audio, recorder, player, screenshots, gallery
├── src/shaders/      YUV → RGBA compute shader
├── res/              exe icon and version info
├── tools/            probe.cpp (headless test client), embed_fonts.js
├── build_deps.sh     static FFmpeg + curl into deps/
├── build.sh          builds Glint.exe
└── build/            Glint.exe, probe.exe (output)
payload/              PS5 payload (C11)
├── src/              HTTP server, rings, capture, injector
├── assets/           browser dashboard and banner (embedded at build time)
├── ps5/              PS5 Makefile
└── build/            glint-payload.elf and the host build (output)
tests/                mock payload, protocol smoke test, probe runner
tools/                gen_blobs.js (embeds the web assets), make_brand.py (icons and logos)
docs/                 build, API, console and internals docs
└── brand/            logo and icons; source/ holds the original designs

Documentation

Document	What's in it
docs/BUILD.md	Toolchains, dependencies, every build step
docs/CONSOLE.md	Upload, load, check and stop the payload on the console
docs/API.md	Payload HTTP API and wire formats
docs/CAPTURE-INTERNALS.md	libSceAvcap2 call sequence and error codes
docs/STATUS.md	What works, how it was tested, what's left
app/README.md	App options, settings and test modes
CHANGELOG.md	Release notes

Troubleshooting

Problem	Try
App can't connect	Check that the payload is running (its notification shows on the console) and that the address uses port 7231.
"The PS5 refused to start video capture"	The encoder needs a minute between sessions. Wait, then run the payload again.
Picture stutters on Wi-Fi	Switch latency to Balanced (L), or use a cable.
Smeared or frozen picture	Settings → Console → Request keyframe.
Upload looks fine but the payload won't start	Download the ELF back over FTP and compare its SHA-256. An interrupted upload leaves a truncated file.

Acknowledgements

Built with Dear ImGui, FFmpeg, curl, SDL2, GLFW, x264, the Geist typeface (SIL OFL), and the PS5 payload SDK.

License

Glint is licensed under the GNU General Public License v3.0. Third-party parts keep their own licenses: Dear ImGui (MIT), Geist (SIL OFL 1.1, app/vendor/fonts/OFL.txt), FFmpeg built with x264 (GPL), curl, SDL2 and GLFW (permissive).

Disclaimer

Glint is a homebrew project for consoles you own. It is not affiliated with or endorsed by Sony Interactive Entertainment. "PlayStation" and "PS5" are trademarks of Sony Interactive Entertainment Inc.