New USB-IF Working Group to Improve Healthcare Technology

The USB Implementers Forum, Inc. (USB-IF) announced the formation of the Personal Healthcare Device Working Group. The group's initial goal is to define a USB Personal Healthcare Device Class specification. The new specification will enable health-related devices, such as blood pressure cuffs and exercise watches, to connect via USB to consumer electronic products, such as PCs and health appliances. Interoperability of health-related devices and consumer electronic products will facilitate the communication between patient and doctor, individual and fitness coach, or elderly person and a remote caregiver.

"The USB-IF is pleased to see the medical device industry embrace a proven industry standard such as USB for connectivity," said Jeff Ravencraft, USB-IF president. "Millions of users already benefit from USB’s ease-of-use and interoperability. The USB-IF is working to deliver that same great user experience into the medical devices doctors and patients depend on."

The USB Personal Healthcare Device Working Group has an ecosystem of more than 14 supporting companies including: Cisco, Intel Corporation, Nonin and Welch Allyn. One of the main goals of the new USB Personal Healthcare Device Working Group is to define a USB Personal Healthcare Device Class for transporting standardized healthcare messages and data. The Group has begun investigating requirements and device class architecture, and the new Personal Healthcare Device Class should be available for use in devices near the end of 2007.

The USB Personal Healthcare Device class is initially targeting three main areas:

  • Health and Wellness: Consumers could use a USB device, such as an exercise watch or a heart rate monitor, to connect to electronic devices, such as a PC or a cell phone. This information may be sent to a coach or caregiver for evaluation and assessment.
  • Disease Management: Individuals with a chronic condition may want to manage their care by sending information from blood pressure cuffs or glucose monitors, to tools such as health appliances or mobile health devices. This information can then be sent to a caregiver for action and analysis.
  • Aging Independently: Information from USB devices that monitor daily living, such as motion sensors, can be sent to consumer electronics devices, such as a health appliance or PC, and on to remote caregivers or family members.

About USB-IF
The non-profit USB Implementers Forum, Inc. was formed to provide a support organization and forum for the advancement and adoption of USB technology. The USB-IF facilitates the development of high-quality compatible USB devices, through its logo and compliance program and promotes the benefits of USB and the quality of products that have passed compliance testing. Further information, including postings of the most recent product and technology announcements, is available by visiting the USB-IF Web site at www.usb.org.

Most Popular Now

ChatGPT can Produce Medical Record Notes…

The AI model ChatGPT can write administrative medical notes up to ten times faster than doctors without compromising quality. This is according to a new study conducted by researchers at...

Alcidion and Novari Health Forge Strateg…

Alcidion Group Limited, a leading provider of FHIR-native patient flow solutions for healthcare, and Novari Health, a market leader in waitlist management and referral management technologies, have joined forces to...

Can Language Models Read the Genome? Thi…

The same class of artificial intelligence that made headlines coding software and passing the bar exam has learned to read a different kind of text - the genetic code. That code...

Study Shows Human Medical Professionals …

When looking for medical information, people can use web search engines or large language models (LLMs) like ChatGPT-4 or Google Bard. However, these artificial intelligence (AI) tools have their limitations...

Advancing Drug Discovery with AI: Introd…

A transformative study published in Health Data Science, a Science Partner Journal, introduces a groundbreaking end-to-end deep learning framework, known as Knowledge-Empowered Drug Discovery (KEDD), aimed at revolutionizing the field...

Bayer and Google Cloud to Accelerate Dev…

Bayer and Google Cloud announced a collaboration on the development of artificial intelligence (AI) solutions to support radiologists and ultimately better serve patients. As part of the collaboration, Bayer will...

Shared Digital NHS Prescribing Record co…

Implementing a single shared digital prescribing record across the NHS in England could avoid nearly 1 million drug errors every year, stopping up to 16,000 fewer patients from being harmed...

Ask Chat GPT about Your Radiation Oncolo…

Cancer patients about to undergo radiation oncology treatment have lots of questions. Could ChatGPT be the best way to get answers? A new Northwestern Medicine study tested a specially designed ChatGPT...

Wanted: Young Talents. DMEA Sparks Bring…

9 - 11 April 2024, Berlin, Germany. The digital health industry urgently needs skilled workers, which is why DMEA sparks focuses on careers, jobs and supporting young people. Against the backdrop of...

North West Anglia Works with Clinisys to…

North West Anglia NHS Foundation Trust has replaced two, legacy laboratory information systems with a single instance of Clinisys WinPath. The trust, which serves a catchment of 800,000 patients in North...

Can AI Techniques Help Clinicians Assess…

Investigators have applied artificial intelligence (AI) techniques to gait analyses and medical records data to provide insights about individuals with leg fractures and aspects of their recovery. The study, published in...

AI Makes Retinal Imaging 100 Times Faste…

Researchers at the National Institutes of Health applied artificial intelligence (AI) to a technique that produces high-resolution images of cells in the eye. They report that with AI, imaging is...