Overview
ISO/IEEE 11073-10404:2022 - "Health informatics - Device interoperability - Part 10404: Personal health device communication - Device specialization - Pulse oximeter" defines a normative, plug-and-play communication model for personal telehealth pulse oximeters and their host compute engines (for example: cell phones, personal computers, personal health appliances, set‑top boxes). Part of the ISO/IEEE 11073 family, this second edition (2022) leverages existing ISO/IEEE 11073 terminology, information models, application profiles and transport mappings to create a restricted, interoperable core for personal health device (PHD) pulse oximetry communication.
Key topics and technical requirements
- Device specialization for pulse oximeters: a focused information model that describes the data elements and measurement semantics relevant to SpO2 and pulse rate monitoring in personal telehealth scenarios.
- Terminology and term codes: prescriptive use of ISO/IEEE 11073 term codes to ensure consistent semantics across devices and hosts.
- Information model and formats: standardized object models and data formats that define how measurements, events and device metadata are represented.
- Application profile and transport: guidance on application-level behaviors and mappings to transport standards so devices can communicate reliably with compute engines.
- Restricted optionality for interoperability: reduces variability by specifying required behaviors and formats rather than leaving features optional, improving plug‑and‑play integration.
- Normative communication rules: defines expected behaviors, reporting modes and lifecycle interactions between device and host for telehealth deployments.
Practical applications and who uses this standard
- Device manufacturers: implement standardized communication stacks in consumer and clinical pulse oximeters to achieve interoperability with mobile apps and telehealth platforms.
- Software developers & app vendors: build host applications (mobile, desktop, set-top) that reliably ingest and interpret pulse oximeter data using ISO/IEEE 11073‑compliant codes and models.
- System integrators & telehealth providers: integrate personal oximetry devices into remote-monitoring solutions to enable consistent data exchange and reduce integration effort.
- Test labs & certification bodies: develop conformance tests and interoperability profiles based on the standard’s restricted options.
- Healthcare implementers seeking reliable device-to-host communication for home health monitoring, remote patient monitoring pilots, and consumer telehealth services.
Related standards
- ISO/IEEE 11073 family (terminology, device information models, application profiles and transport mappings) - ISO/IEEE 11073‑10404 builds on these foundational standards to specify the pulse oximeter specialization for personal health devices (PHD).
Keywords: ISO/IEEE 11073-10404, pulse oximeter, personal health device, device interoperability, telehealth, PHD, plug-and-play, medical device communication.