SIST EN ISO/IEEE 11073-10404:2023 PDF

Overview

SIST EN ISO/IEEE 11073-10404:2023 (ISO/IEEE 11073-10404:2022) is a device specialization standard in the ISO/IEEE 11073 family that defines normative communication for personal telehealth pulse oximeters. Its purpose is to enable reliable, plug‑and‑play interoperability between consumer and clinical compute engines (e.g., smartphones, personal computers, personal health appliances, set‑top boxes) and pulse oximetry devices used in home and remote monitoring. The standard leverages existing ISO/IEEE 11073 terminology, information models, application profiles, and transport standards while reducing optionality to improve cross‑vendor compatibility.

Key topics and technical requirements

• Normative communication model - Defines the expected exchange patterns between pulse oximeters and compute engines to ensure consistent behavior in telehealth environments.
• Terminology and term codes - Specifies which ISO/IEEE 11073 term codes should be used for pulse oximeter data items to standardize semantics.
• Information models and formats - Uses established 11073 information models and enforces specific data formats and units for core measurements (e.g., SpO2, pulse rate) to minimize ambiguity.
• Application profile and behavior constraints - Restricts optional features from base frameworks so implementations focus on a common interoperable core.
• Transport and interoperability - References appropriate transport standards within the 11073 family for device discovery, association, session management and data transfer in personal health device (PHD) scenarios.
• Plug‑and‑play focus - Emphasizes out‑of‑the‑box connectivity and minimal configuration for end users and integrators.

Practical applications

• Remote patient monitoring and telehealth platforms that ingest SpO2 and pulse rate from consumer pulse oximeters.
• Mobile health (mHealth) apps that pair with personal health devices and require standardized device semantics.
• Home healthcare gateways and IoT hubs (set‑top boxes, personal health appliances) that aggregate vitals for clinical review.
• Device firmware and middleware development to ensure consistent reporting of pulse oximetry metrics across vendors.
• Clinical trial device provisioning and digital health device validation where reproducible data formats are required.

Who should use this standard

• Medical device manufacturers and firmware engineers building personal pulse oximeters.
• Mobile and desktop health app developers integrating PHDs.
• Systems integrators and healthcare IT teams deploying telemonitoring solutions.
• Regulators, QA and interoperability test labs validating device communication behavior.

Related standards

• ISO/IEEE 11073 family (terminology, device information models, application profiles, and transport standards).
• Other personal health device (PHD) application profiles that define specialization for specific device types.

Keywords: ISO/IEEE 11073-10404, pulse oximeter standard, medical device interoperability, personal health devices, PHD, telehealth, plug-and-play interoperability.