CrossPlay is a modular multimedia stack that brings screen sharing, streaming composition, phone projection and WebRTC conferencing to embedded Linux, Android and Qt products, engineered on real hardware, not a desktop port.
CrossPlay reduces the integration effort behind modern multimedia features. Crossware combines transport, media pipelines, UI integration and platform engineering into one production-focused solution.
Use individual modules or combine them into a tailored architecture for your hardware, operating system and product roadmap. Every implementation shown on this page ran on actual customer hardware.
The available functions and their typical integration scope.
Low-latency WebRTC combines product video, telemetry and control for service and remote operation.
Combine local cameras, network streams, display content and contextual data in configurable layouts.
Add detection, monitoring and classification to live media pipelines without moving raw video to the cloud.
Integrate tested projection building blocks into the product's own display, audio and input architecture.
Receive mirrored screens, video, images and audio and adapt them to the product's display and interaction model.
Connect V4L2 and IP camera sources through GStreamer or FFmpeg with target-aware processing.
Use the product as a real-time communications endpoint for collaboration, assistance and support.
Stream rendered maps or selectively transfer surrounding content and navigation state to the embedded display.
Two short demonstrations show the wider platform and the focused Apple CarPlay and Android Auto integration path.
Streaming, remote interaction, visual composition and connected embedded product scenarios.
Phone projection, session integration and coordination with the product's native HMI.
CrossPlay streams a live Qt or native Linux application to a secondary display over the network with no changes to the application code. Shown: an industrial EVIB machine-control HMI running on an i.MX8M Plus, displayed simultaneously on the touch device and a connected laptop via WebRTC.
The CrossPlay compositor combines camera feeds, screen captures, media streams and HMI data overlays into a single composed frame, hardware-accelerated via GStreamer and the GPU compositor. Layouts (speaker, gallery, horizontal) switch at runtime with no pipeline restart. Output is available locally and over the network simultaneously.
CrossPlay implements AirPlay, CarPlay and Android Auto receiver protocols, enabling embedded displays to accept projected content from iOS, macOS and Android without any cloud infrastructure. Shown: a MacBook projecting a browser session via AirPlay to an i.MX8M embedded touchscreen, with the full session simultaneously mirrored over WebRTC.
Crossware adapts CrossPlay to your hardware and product roadmap, not the other way around.
Camera streams, machine controls and telemetry combined in one operator interface, operable from a safe distance over WebRTC.
Explore industry → AutomotivePhone projection, media casting, navigation streaming and multi-display composition for IVI and digital cockpits.
Explore industry → IndustrialEmbedded WebRTC conferencing and visual collaboration on dedicated devices, no third-party cloud dependency.
Explore industry →CrossPlay is not a black box. Crossware engineers the full stack, from GStreamer pipeline design to WebRTC signalling, Qt integration and BSP-level codec configuration.
Share your target hardware, OS and multimedia requirements. Crossware will propose the right CrossPlay architecture and implementation path for your roadmap.
