Apple Watches May Regain Blood Oxygen Monitoring Through Software Revival

The landscape of wearable technology continues to evolve, and in a twist of resilience and innovation, Apple is looking into ways to restore the blood oxygen measurement function to certain Apple Watch models after a previous legal hindrance. Previously, Apple had to disable the blood oxygen tracking feature on some of its devices following a patent infringement lawsuit lost to Masimo, a health technology company.

Compelling insights emerge from recently disclosed documents which point to Apple’s potential to reactivate the feature using a future software update. This revelation came to light after the US Customs and Border Protection agency released details of an exclusion order related to the Apple Watch Ultra 2 and the upcoming Apple Watch Series 9.

An interesting workaround showcased how Masimo successfully reactivated the feature on the impacted watches. This involved utilizing a jailbroken iPhone with outdated software and a third-party app designed to allow pairing with older iPhone models no longer supported officially by Apple.

While the original mechanism was temporarily stifled by legal constraints, Apple’s ability to switch functionalities like blood oxygen monitoring on and off through software exemplifies the company’s close control over its ecosystem. It also hints at the possibility for Apple to bring back this health-tracking capability in the future, once it navigates through the legal labyrinth that currently binds its actions.

The innovation in Apple’s approach and the boldness in addressing such challenges underscores the dynamic intersection between technology development, law, and consumer health features. As patent-related restrictions loosen with time, users could see a return of comprehensive health monitoring on their wrists.

FAQ Section

Why was the blood oxygen tracking feature on some Apple Watch models disabled?
The feature was disabled following a patent infringement lawsuit that Apple lost to Masimo, a health technology company.

How is Apple considering restoring the blood oxygen measurement function?
Apple is looking into using a future software update to reactivate the blood oxygen measurement feature on certain models.

What information was disclosed by the US Customs and Border Protection agency?
The agency released details of an exclusion order related to the Apple Watch Ultra 2 and the upcoming Apple Watch Series 9, which hinted at Apple’s ability to restore the blood oxygen feature.

How did Masimo reactivate the blood oxygen feature on impacted watches?
Masimo used a jailbroken iPhone with outdated software and a third-party app that allowed pairing with older iPhone models not officially supported by Apple.

What does Apple’s control over its ecosystem indicate?
It demonstrates Apple’s ability to switch functionalities on and off through software, suggesting a potential future reinstatement of health-tracking capabilities.

What does Apple’s situation indicate about the relationship between technology, law, and health features?
It underscores the dynamic intersection between the development of technology, legal challenges, and the inclusion of consumer health features in products.

Will users see the return of comprehensive health monitoring on their Apple Watches?
As patent-related restrictions loosen over time, there is potential for health monitoring capabilities to be reinstated in future updates.

Definitions
Wearable Technology: Gadgets that are worn on the body, such as smartwatches, that often interface with mobile devices.
Patent Infringement: A violation that occurs when a product illegally uses or mimics a patented invention without permission from the patent holder.
Jailbroken: Refers to a device that has had its default restrictions removed, allowing for the installation of unauthorized software.
Exclusion Order: A legal directive that restricts the importation of goods found to infringe patents.

Suggested Related Links
Apple Inc.
U.S. Customs and Border Protection
Masimo Corporation



Gregory Adamowicz is an influential figure in the world of robotics and automation. His groundbreaking work primarily revolves around the development of advanced robotic systems for industrial applications. Adamowicz's expertise in integrating artificial intelligence with robotics has led to the creation of more efficient, precise, and intelligent machinery, greatly enhancing production capabilities in various sectors. His contributions are not only pivotal in driving technological advancements in automation but also play a significant role in shaping the future of manufacturing and industrial processes, making him a respected and innovative leader in the field.