Software built for high-throughput media
We design and engineer specialized capture, editing, and rendering tools. From low-level C++ cores to distributed cloud clusters, our systems process media with speed and reliability.
High-throughput RAW and raster image manipulation, GPU-accelerated filter graphs, color grading engines, and batch processing pipelines.
- RAW & raster format decoding
- GPU-accelerated filter graphs
- Non-destructive color grading
- High-speed batch export clusters
Real-time video transcoding, frame-accurate rendering architectures, multi-threaded composition engines, and custom hardware acceleration.
- Real-time multi-codec transcoding
- Frame-accurate rendering pipeline
- Hardware acceleration (NVENC/Metal)
- Multi-track composition engines
Bespoke high-performance desktop and web creative tooling, native C++, Rust, and WebAssembly cores, and specialized desktop GUI workflows.
- Native C++ / Rust & WebAssembly cores
- Custom cross-platform desktop GUIs
- Real-time canvas & viewport engines
- Memory-safe low-latency pipelines
Resilient microservice pipelines, enterprise asset management connectors, headless rendering clusters, and high-throughput endpoints.
- High-throughput REST & gRPC APIs
- Distributed headless render nodes
- Asset management connectors
- Fault-tolerant queue processing
Need a specialized processing pipeline or custom architectural audit?
Get in touch with an engineerDeterministic pipelines built for high throughput
We engineer low-latency media algorithms and native capture modules that handle heavy frame data without dropped frames or processing lag.
