Zero Memory-Safety CVEs

1

Zero Memory-Safety CVEs

on the core path: decode, encode, mux, and probe without a C FFmpeg tree. Rust alternative to FFmpeg.

remade_ffmpeg_rs is the Remade with Rust pin for this lane — FFmpeg, ending memory-unsafe media pipelines and GPL C codec CVEs. Keep the product shape, change the safety floor, and stop shipping the old C or cloud default by accident.

2

Instant benefit

Decode, encode, mux, and probe audio and video in a memory-safe Rust toolkit: FFmpeg-class jobs without a C FFmpeg tree on the path.

3

How MATA uses remade_ffmpeg_rs

MATA media paths — FFAI, Starfire, camera boards, RAG Converter ingest — sit on remade_ffmpeg_rs so demux and probe never need a C FFmpeg toolchain on a mesh node or WASM target.

Load Building the New Internet from Dev Tools before an agent picks the stack, then audit with use-protection-please. The public conversion pin stays on remadewithrust.com/repo/remade-ffmpeg-rs so SEO/AEO for the crate win and the MATA usage story do not compete for the same sentence.

4

Get access and deploy

1. Open the source: https://github.com/Remade-With-Rust/remade_ffmpeg_rs.
2. Add the crate (crates.io when published, otherwise git):

   cargo install rff-cli --features drop-in-names

   Git pin: cargo add --git https://github.com/Remade-With-Rust/remade_ffmpeg_rs.git

3. Prove the pin with cargo check before the next agent prompt can swap it for a C or cloud default.
4. Read the MATA Learn note: /learn/remade-ffmpeg-rs-pure-rust-media-pipeline/.
5. When the binary is ready to place, ship toward the Disco Party and the Freedom Guide.

Why remade_ffmpeg_rs is a memory-safe FFmpeg pipeline

What it keeps

ffmpeg keeps decode, encode, transcode, mux, and probe. Those are the jobs FFmpeg already does. The rebuild does not drop a stage to make the crate smaller.

Where it fits

ffmpeg sits at the front of the media stack. FFAI, rusty_h264, rusty_jpeg, and rusty_png call into the same idea: media work stays on the machine that has the file.