Medical Device Integration & Healthcare Interoperability
Engineering solutions for acquiring, transporting, interpreting, and integrating clinical data from medical devices into healthcare information systems.
Medical Device Connectivity
Medical devices provide access to clinical data through different physical interfaces, network technologies, communication protocols, and proprietary data formats. Reliable integration begins with understanding the device, its connectivity options, and the structure of the information it provides.
Clinical Data Acquisition
Acquisition may involve numerical parameters, waveforms, alarms, device status, configuration data, and other information generated in real time. Each device requires appropriate interpretation, validation, and normalization of its data.
Healthcare Interoperability
Device data must ultimately become reliable clinical information. Integration architectures connect device-level communication to clinical applications and healthcare information systems while addressing interoperability, security, reliability, and data integrity.
From Medical Devices to Clinical Information
Healthcare interoperability is a multi-layer engineering problem. Reliable clinical integration depends on a chain of technologies that begins at the medical device and extends through connectivity, communication protocols, data acquisition, and integration services to healthcare information systems.
Medical Device
Patient monitor, ventilator, infusion pump
Connectivity
RS-232, Ethernet, Wi-Fi
Communication
Serial communication, TCP/IP, proprietary and standardized device protocols
Clinical Data
Numerics, waveforms, alarms, status.
Integration Layer
Acquisition, validation, normalization, routing
Healthcare Systems
Clinical applications, EHR/HIS, interoperability services, data platforms
Discuss a Medical Device Integration Challenge
Need to evaluate medical device connectivity, communication protocols, clinical data acquisition, or healthcare system integration? Let’s discuss the technical requirements and potential integration approaches.