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  Punit Singh Soni, founder and CEO of Suki
By Jessica Hagen | 04:25 pm | March 05, 2025
Punit Singh Soni, founder and CEO of Suki, joined MobiHealthNews at HIMSS25 to discuss its experience over the years at the conference as the company has grown.

  Michael Gross and Jon Moore at HIMSS25
By Anthony Vecchione | 03:35 pm | March 05, 2025
At HIMSS25, Jon Moore of Clearwater Security and Compliance and Michael Gross at the Cleveland Clinic discussed how to stay ahead of emerging cybersecurity threats.  

  Two healthcare professionals standing in a large room with windows
By Nathan Eddy | 11:54 am | March 05, 2025
The partners aim to streamline clinical trials by automating data transfer from electronic health records to trial databases to reduce administrative burdens and accelerate research.

  Matt Cybulsky, healthcare leader for AI, go-to-market and design at Ionian Consulting
By Anthony Vecchione | 03:10 pm | March 04, 2025
Matt Cybulsky, healthcare leader for AI, go-to-market and design at Ionian Consulting, discussed how AI transforms the way we interact but how utilization of AI is under scrutiny.

  Jessica Hagen of MobiHealthNews, Joey Seliski of Allegheny Health Network, Alexander Ryu of Mayo Clinic, Kali Ariuni Ihde of Northwestern Medicine.
By Jessica Hagen | 02:37 pm | March 04, 2025
Healthcare stakeholders from hospital systems across the U.S. provided insight on evaluating and employing various technologies to benefit providers and patients. 

  Man using a tablet PC
By Anthony Vecchione | 09:00 am | March 04, 2025
At HIMSS25, Baxter announced the release of technology that can integrate into its communications suite, including Voalte Mobile and Voalte Nurse Call.   

  Outside of healthcare facility
By Anthony Vecchione | 07:19 pm | March 03, 2025
Smart TVs are giving patients the ability to control their environment. 

  Roberta Schwartz, executive vice president at Houston Methodist Hospital speaking at HIMSS25
By Anthony Vecchione | 04:06 pm | March 03, 2025
Houston Methodist Hospital is using text messaging, voice technology and generative AI predictive analytics to drive patient-centered care.    

  Image of physician
By Nathan Eddy | 11:33 am | March 03, 2025
Rush University System for Health is expanding its partnership with Suki, maker of an AI-backed healthcare voice tool, to deploy its AI clinical documentation assistant system-wide after a successful trial. The rollout will provide clinicians across 28 specialties with access to Suki’s AI Assistant, which aims to reduce administrative tasks and enhance workflow efficiency by generating patient summaries, answering questions and simplifying coding. The two organizations will also collaborate to develop an AI-driven dictation feature directly within Epic, Rush’s electronic health record (EHR) system, to integrate ambient and dictation technologies into a single platform. In Rush’s initial deployment of Suki, nearly three-quarters of clinicians reported a reduction in burnout, and 95% expressed interest in continued use. Additionally, Rush observed a 10% increase in patient encounters and a nearly 5% rise in Level 5 coding levels, generating an estimated $202 more per user per month. "Suki’s ability to listen ambiently and generate robust documentation ensures all relevant medical details are captured, supporting more accurate coding and higher reimbursement," Punit Soni, CEO and founder of Suki, told MobiHealthNews. Soni said Rush’s use of Epic’s EHR system makes Suki’s latest integration with Epic Haiku particularly valuable. The AI Assistant, now embedded within Haiku, allows clinicians to document notes directly within Epic’s mobile platform. "Suki Inside enables clinicians to document outpatient notes seamlessly within Haiku, review and edit them in Hyperspace, and integrate Suki’s capabilities across all care settings,” Soni said. The planned co-development of a next-generation AI-powered dictation feature within Epic is designed to further improve workflow efficiency. By converging ambient documentation and dictation into a single system, clinicians can choose an effective method to capture information. "Dictation has long been a valuable tool in healthcare, and our collaboration with Rush will ensure next-gen dictation enhances efficiency and significantly reduces after-hours administrative work," Soni said. "Our goal is to be a true assistant, helping clinicians manage all tasks and reducing their cognitive burden so they can focus on patient care." Beyond documentation, Suki aims to streamline order entry and clinical reasoning by offering easy access to critical patient information. "Suki already generates patient summaries ahead of each appointment, and soon, clinicians will be able to ask any medical question and receive answers from validated sources," Soni said. Suki is also exploring ways to improve patient access and revenue cycle activities, such as automatically generating referral letters and supporting HCC capture. "We’ve only scratched the surface of how Suki can support clinicians, and we are excited to make it an indispensable part of the clinical workflow," Soni said. THE LARGER TREND In October, Suki secured $70 million in Series D funding, bringing its total funding to $165 million, while announcing a partnership with Zoom to integrate its AI capabilities into Zoom’s telehealth platform. Suki partnered with Google Cloud in December 2024, leveraging the search giant’s Vertex AI platform, to introduce new features for Suki’s AI Assistant, including patient summaries and a question-and-answer functionality. Other players in the market include AI-enabled medical documentation company Abridge, which will provide Inova Health with a platform converting patient-clinician conversations into clinical notes for healthcare providers. In 2023, Microsoft’s Nuance unveiled a GPT-4-powered app that generates clinician notes from patient conversations for review.

  Flight engineer Jasmin Moghbeli works to retrieve Media Babs for Emory University's Project EAGLE investigation.
By Anthony Vecchione | 10:45 am | March 03, 2025
Emory University researchers found that comprehending spaceflight-induced changes could lead to new ways of producing heart muscle cells on Earth.