St. Luke’s Segments 85,000 Medical Devices in Network Security Overhaul
The health system says the project helped contain ransomware exposure risks and cleared the way for remote robotic surgery technology deployment.
The health system says the project helped contain ransomware exposure risks and cleared the way for remote robotic surgery technology deployment.
The five-year project funded by ARPA-H aims to develop ultra-high dose rate photon therapy for standard linear accelerators.
The DPM5 adds an integrated pump and dual-port design aimed at streamlining pressure testing across common hospital equipment.
The health system says the project helped contain ransomware exposure risks and cleared the way for remote robotic surgery technology deployment.
Routine electrical safety testing is frequently defended on instinct rather than evidence. An engineering analysis shows what actually protects patients and staff.
New imaging system integrates 4K, 3D, and fluorescence-guided technologies across multiple surgical specialties.
The low-profile overlay is designed for use during extended surgeries to reduce the risk of hospital-acquired pressure injuries.
New data from a 15,000-patient registry and a comparative effectiveness study show AI-based plaque analysis may outperform conventional cardiac testing in identifying high-risk patients and guiding preventive treatment.
The additions expand testing capabilities with support for global standards and manual measurement mode.
GE HealthCare announced a collaboration with Diagnoly to advance the use of AI in fetal ultrasound assessments
The integration provides real-time visualization during cranial procedures to help neurosurgeons assess anatomical changes and support surgical precision.
The device features technology that automatically adjusts oxygen delivery to a patient’s breathing rate, a feature recently evaluated in a university bench study.
Direct integration with the operating system is designed to give health systems a single environment for managing regulatory-cleared AI tools within existing imaging workflows.
The system is indicated for use in minimally invasive urologic surgical procedures including prostatectomy, nephrectomy, and cystectomy.