A Nurse’s Vision for Patient and Staff Safety: Healthcare Hero Turned Data-Driven Consultant

Modern technologies, such as real-time location systems (RTLS), have been proven to offer cost-effective solutions that ease operational burdens, support efficiency, increase safety, and focus on the data insights needed most by care providers. By reallocating time, caregivers can better focus on delivering high-quality patient care, thereby boosting satisfaction across the board and positively impacting the organization’s financial performance.

Read More »

Adopting AI the Right Way in Healthcare

Much of the power of AI analysis depends on data integrity, but the industry has already seen that patient-matching errors alone threaten the accuracy of AI outputs. In fact, 57% of healthcare leaders surveyed believe patient-matching errors will reach a crisis level in the next five to 10 years. 

Read More »

UC Davis Health Calls on the Geek Squad to Support Its New RPM Program

The Sacramento-based health system has signed a deal with the retail giant’s care-at-home business, Current Health, to supply RPM equipment, including digital blood pressure cuffs and scales, and a monitoring platform to selected patients. All data collected from that platform is then integrated into the health system’s EHR platform and accessed by the UC Davis Health Connected Care Center.

Read More »

Q&A: The Need for Lifelong Learning in Nursing

We spoke with Jennifer Bertram, Leader of Education and Training Innovation, Hospital Patient Monitoring, at Philips about the challenges and opportunities nursing faces in ensuring nurses have access to education to keep up to date on emerging technologies and other core competencies.

Read More »

The Evolving Use Case for RTLS in Healthcare

RTLS is used to provide actionable data and real-time locating of medical equipment, staff, and patients—it’s commonly referred to as “indoor GPS” for a hospital. But use cases go beyond just tagging assets and it can be used for any number of process improvements.

Read More »