Protocol Digitization for Clinical Research Sites Move beyond manual PDF protocol management at clinical sites. Verily Viewpoint CTMS uses AI to digitize protocols, optimizing study and financial workflows to enable sites to accelerate studies, prevent errors, and achieve profitability.
The truth about how AI is really working in healthcare 👇 “You can have extraordinarily good models to solve real problems using AI, but if you don't couple those models with human-centered design and a user-friendly interface, customers are not going to believe you. They're not going to trust you,” said Michael Radwin, Verily Senior Director of AI & Data Science at Google Cloud Next '25. During the session with Michael Ames and Mangesh Patil, they discussed AI solutions being used right now. "One product we're working on at Verily is called Lightpath, designed for people living with chronic metabolic disorders such as diabetes, obesity and cardiovascular disease. Having an AI-based coach that is empathetic, available all the time and answers questions specific to the patient is key for managing conditions. And, we've found through initial internal research, that patients are willing to talk to the AI coach longer than a human provider." - Michael Radwin Learn more about Verily Lightpath.
Today, we announced the addition of NashBio, University of Oxford, National Institutes of Health Intramural Center for Alzheimer’s and Related Dementias (CARD), and Foundation for the National Institutes of Health AMP PDRD to the growing list of organizations using Verily Workbench to manage large datasets and accelerate research. “Verily is committed to helping organizations make complex biomedical data more accessible, discoverable, and easier to analyze in order to accelerate research and improve care.” - Myoung Cha, Verily Chief Product Officer
It was great to see Verily technology featured at Google Cloud Next '25 last week. Our Distinguished Engineer Stas Zvinyatskovsky presented a demo of Vida: the Verily Developer Assistant during the session “The next frontier: Unleash the power of AI-native development with GitHub." “GitHub gives Verily developers the freedom they need to innovate. It is with that reason we developed Vida to allow our developers to invoke data commands efficiently and leverage (GitHub’s) Copilot to utilize very personalized commands to enhance productivity,” said Stas.
Inadequate sleep can be linked to increased risk of cardiovascular disease, depression, and diabetes. The clinical gold-standard tool for measuring sleep, polysomnography (PSG), is costly and in limited supply. An alternative is wearable sensor-based technology. In a recent study, we evaluated the performance of sleep tracking by the Verily Numetric Watch (VNW) against PSG among different demographic subgroups. The results demonstrate the potential of VNW to effectively measure 12 standard sleep metrics in a diverse sample of participants.
Better health, lower costs with GLP-1s is possible. Register for a live webinar on April 30th to learn Verily’s approach to better GLP-1 outcomes. Speakers include Verily's David Burdick and Sarah Thompson, Heidi Guetzkow of Aon and moderator Lydia Ramsey Pflanzer of Endpoints News.
Now that we’re well into spring, is it safe to say that flu season is behind us? We took a look at this past winter’s data from Verily Sightline wastewater monitoring program and found 3 insightful trends: 🦠 Respiratory viruses are on the decline, but the season isn’t over. 📈 Prevalence of norovirus remains high. ⚠️ H5N1 is still not a concern for humans, but officials remain on alert.
It's National Public Health Week! Time to learn the basics of wastewater epidemiology – how it was born, what wastewater is, and the work Verily scientists are doing to successfully track a variety of infectious diseases.
Retina specialist Dr. Peter Karth integrated the Verily Numetric Retinal Camera into his practice. It has helped him ensure that more patients are screened, referred, and treated for retinal diseases early, ultimately preserving their vision.
💓 Traditionally, resting heart rate (RHR) is determined through clinical measurements during physical exams or electrocardiography (ECG). New research published in JMIR Publications found that RHR can be measured easily and accurately using a wearable device, specifically the Verily Study Watch, within a large, heterogeneous cohort. Participants of the study were part of the Project Baseline Health Study, a collaboration with Verily, Duke Clinical and Translational Science Institute and Stanford University School of Medicine.
