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One Brooklyn Health Expands AI Virtual Care With hellocare.ai Partnership

One Brooklyn Health Expands AI Virtual Care With hellocare.ai Partnership

One Brooklyn Health will deploy hellocare.ai's AI-assisted virtual care platform across its hospitals to support patient monitoring, virtual nursing, and telehealth.

One Brooklyn Health (OBH) has selected hellocare.ai as its enterprise partner for AI-assisted virtual care, expanding the use of artificial intelligence across its hospitals to support virtual nursing, telehealth, and continuous patient monitoring.

The integrated healthcare system announced on June 29 that it will deploy hellocare.ai's platform across its hospitals, beginning with AI-Assisted Virtual Nursing and Telehealth and AI-Assisted Virtual Sitting. The rollout includes AI models designed to help clinical teams identify fall risks, detect falls, and monitor patients for pressure injury risks in real time.

According to the announcement, the platform will allow nurses and care teams to monitor patients across multiple hospital units simultaneously while providing continuous observation that can support earlier clinical intervention. The company said the system is intended to improve patient safety while helping healthcare organizations extend clinical capacity and improve workforce sustainability.

The deployment reflects a broader trend among health systems adopting AI to automate routine clinical workflows and support frontline staff. Similar enterprise initiatives have increasingly focused on reducing clinician workload through AI-assisted documentation, workflow automation, and patient engagement.

Focus on Nursing Workflows and Patient Monitoring

Sandra Scott, MD, CEO of One Brooklyn Health, said the partnership aligns with the organization's goal of improving care delivery through technology.

"By partnering with hellocare.ai, we are equipping our clinicians with advanced AI tools that allow them to monitor more patients effectively, respond faster, and ultimately improve outcomes," Scott said.

Arthur Gianelli, President and Chief Transformation Officer at OBH, said the platform would help standardize virtual care delivery across the health system while supporting clinical decision-making and operational efficiency.

Prissana Alston, Chief Nursing Executive at OBH, said AI-assisted virtual nursing would extend the reach of care teams, reduce burnout, and help ensure patients receive continuous attention when needed.

According to hellocare.ai, its platform continuously analyzes patient activity, allowing clinicians to prioritize interventions, reduce unnecessary patient rounding, and spend more time on direct patient care. The company said the system also integrates virtual nursing, virtual sitting, ambient documentation, digital whiteboards, patient engagement tools, and Hospital at Home capabilities into a single platform.

Enterprise AI Adoption Continues Across Health Systems

The One Brooklyn Health deployment adds to a series of enterprise agreements announced by hellocare.ai this year with health systems including Cooper University Health Care, MultiCare Health System, UCHealth, and OSF HealthCare. Those deployments have similarly centered on virtual nursing, remote patient observation, and AI-assisted patient safety initiatives rather than autonomous clinical decision-making.

hellocare.ai said it now supports more than 100 health systems across the United States, reflecting continued investment by hospitals in AI platforms that augment clinical workflows while addressing staffing pressures.

One Brooklyn Health comprises Brookdale Hospital Medical Center, Interfaith Medical Center, and Kingsbrook Jewish Medical Center, along with ambulatory care centers, long-term care facilities, and other community healthcare services across Brooklyn. The organization said the AI deployment supports its broader effort to expand access to high-quality care while improving operational efficiency across the health system.

Key Takeaways

  • One Brooklyn Health partners with hellocare.ai to enhance AI-assisted virtual care across its hospitals.
  • Deploy AI models for real-time patient monitoring, fall detection, and pressure injury risk assessment.
  • Improve workforce sustainability and patient safety through continuous monitoring and early clinical intervention.
  • Align technology initiatives with goals of enhancing care delivery and reducing clinician workload.