01
FFmpeg pipelines
Stream selection, remuxing, transcoding, synchronisation, metadata and controlled media processing.
ExploreC++ · FFmpeg · WebAssembly · Qt/QML
Media software at the level where things actually happen.
I build low-level video and audio systems for products that need more control than an off-the-shelf editor or streaming stack can provide.
media.input(video);
media.input(audio);
pipeline.select(video, 0);
pipeline.select(audio, 1);
pipeline.normalize();
pipeline.mux("output.mp4");
media.input(audio);
pipeline.select(video, 0);
pipeline.select(audio, 1);
pipeline.normalize();
pipeline.mux("output.mp4");
Example pipeline
Control the streams. Keep the architecture honest.
Browser-side processing, native applications and custom FFmpeg pipelines — chosen around the engineering constraint, not the framework.
What I build
Specialised media engineering without unnecessary infrastructure.
From focused prototypes to production integrations, I work on the parts where codecs, streams, latency and deployment actually matter.
The direction
From difficult media problems to useful software.
The long-term focus is not another generic video editor. It is making hard media operations easier to deploy inside real products.
A practical starting point
Bring a media pipeline that is too awkward, slow or expensive.
I can investigate the existing architecture, isolate the difficult path and build a measurable prototype before the project grows into a large rewrite.
Talk through the problemSelected work
Built around the difficult parts.
See current experiments and the technical direction behind the studio.
01
Low-level FFmpeg player
Native playback architecture handling different audio and video streams through a controlled output pipeline.
02
Browser media laboratory
A WASM experiment for selecting and combining local media streams without uploading the source files.