Clear, responsive device UIs
LVGL, Qt and Flutter interfaces for touch displays, compact instruments and operator stations, with predictable states, accessible interaction and maintainable application structure.
Industries
Medical software.
Engineered for dependable interaction.
Crossware develops embedded platforms and user interfaces for medical, laboratory and professional diagnostic products. We connect responsive front ends with stable operating systems, hardware interfaces and disciplined verification.
LVGL & QtResponsive interfaces for embedded displays and MCU targets
Linux & RTOSPlatform engineering from board support to application runtime
ConnectedSecure device, service and backend communication
ValidatedTraceable testing, fault analysis and release support
Engineering scope
From the electronics to the clinical or laboratory workflow.
A dependable device experience is created across the complete stack. Crossware helps product teams bring up the platform, implement the interface, connect peripherals and services, and establish the test evidence needed for controlled product development.
A stable software foundation
Embedded Linux, Yocto, RTOS and BSP work covering displays, touch, connectivity, peripherals, boot behaviour, deployment and long-term platform maintenance.
Structured quality from the start
Requirements-driven implementation, automated testing, fault investigation, code review and release support that can fit into the customer's quality and regulatory process.
Crossware provides software engineering and verification support. Product classification, clinical evaluation, risk management and regulatory approval remain within the manufacturer's quality-management process.
Related engineering work
Relevant case studies.
These anonymised projects demonstrate the same platform, interface and validation capabilities used in connected medical and diagnostic products.
Touchscreen platform
LVGL application and platform productisation
A maintainable LVGL interface integrated with GPU acceleration, Weston, containers and a production-oriented embedded Linux platform.
Read case study → Professional instrumentationQt for MCUs platform port
Target adaptation, display and input integration, predictable builds and functional validation for a specialised professional device.
Read case study → Connected device platformEmbedded Linux BSP and service integration
Coordinated engineering across the operating system, native services, managed applications, testing and delivery automation.
Read case study → Imaging pipelineIP-camera integration for an embedded display
Reliable network-video acquisition, decoding and presentation integrated into a resource-constrained embedded product.
Read case study →Build the next device
Bring us the workflow and the hardware constraints.
We help turn them into a clear software architecture, a responsive interface and an implementation plan that works with your quality process.