The central system unit
The ALVYQO H1 terminal is the development concept for the central control and processing unit of the modular measurement system. Its role is to provide a common environment for identifying compatible test units, controlling measurement workflows, presenting results and supporting later software development.
Modular connection
The terminal is being developed as a platform that can connect to different test units. The intended architecture is for the specific test function to be determined by the connected measurement module only after that module has been separately validated.
Unified user interface
The development goal is for different tests to use a common, clear operating logic and for results to be presented within the same visual environment.
Expandable electronics and software
The hardware and software architecture is being developed so that future measurement, communication and user functions can be expanded in a controlled manner.
Planned high-level workflow
The user connects the appropriate test unit, the terminal identifies the required measurement workflow, controls compatible hardware elements, processes the available measurement signal and then presents the result or the next required action clearly.
Physical and digital architecture
Terminal development coordinates the mechanical design, electronics, firmware and user software. The public page describes only the architectural role; exact schematics, dimensions, bills of materials, firmware logic and calibration parameters remain non-public technical information.
Development and validation status
The ALVYQO H1 terminal is currently in development and prototype-validation stage. The presented concept does not constitute a finished medical device, a claim of clinical performance or regulatory approval.
Partner collaboration
Detailed mechanical, electronic and software documentation is available only through a controlled partner process. The public presentation is intended to explain the system architecture and development direction without disclosing confidential implementation details.