Robotics

XACT Robotics, a radiology technology company with offices in the United States and Israel, raised $36 million in its latest financing round.

XACT Robotics, a radiology technology company with offices in Hingham, Massachusetts, and Israel, received FDA clearance for the use of its hands-free robotic system during CT examinations.

Siemens Medical Solutions, a wholly-owned subsidiary of Siemens Healthineers AG, has completed its acquisition of 100% of Waltham, Massachusetts-based Corindus Vascular Robotics. The deal, which was for $1.1 billion, was first announced back in August.

Engineers and roboticists in Europe have invented an artificial skin that can provide wearers with haptic feedback—replicating the human sense of touch—for potential applications in various fields, including medical rehabilitation and physical therapy. 

Looking to keep “compassion fatigued” call-center workers from growing increasingly insensitive to customers over the course of a workday, Humana’s mail-order pharmacy business has deployed AI-based software that sends reminders aimed at keeping the empathy consistent.

Advancing its interest in AI for smart homes, Google has filed a patent for AI technology that would monitor babies by tracking their vocalizations as well as their eye and body movements.

Healthcare consumers are open to interacting with AI chatbots as long as the interaction involves general health information, not patient-specific advice or results from exams.

AI and other emerging technologies are soon to turn traditional nurses into information integrators. But nurses should be assured that technology will support their profession, not replace it.

A robotic animal companion has been making the rounds at the University of Nebraska Medical Center, where a pediatric patient in intensive care is recovering from multiple organ transplants.

An attentive mechanical walking aid developed at Columbia University can help correct the gait of people who are unsure on their feet due to motor-skills challenges. In the process, the cane-like device may also reduce the risk of falls.

Physicians fed up with all the time they have to spend staring at a computer screen—even when the patient is sitting right there—may find relief in the form of a talking digital assistant.

Scientists at the University of Houston have developed a wearable device that can gather and transmit enough biometric information to go unnoticed by human wearers and could give robots a virtual sense of touch.