While connected capabilities and wireless technology certainly lead to greater patient care, they also expose devices to greater cybersecurity risks.
As the proliferation of connected and complex medical devices grows, healthcare providers are more susceptible to cyberattacks.
Networks enable the use of critical resources, including telehealth services, medical IoT technology,and staff and personal devices. It is critical to have a reliable WiFi network to support these devices.
One goal is to develop a fast, non-invasive way to evaluate skin rashes, such as ‘COVID toes’, for ischemia.
Simplifying the PMS process globally from end to end, can help medtech companies realize significant improvements across the board while keeping operating costs under control.
COVID-19 is driving patients to seek telehealth solutions, and it won’t be a short-term boom.
Smart process automation promises to cut complexity and transform product traceability in the medical device industry. However, its potential relies 100% cent on having good, reliable data on which to draw.
A recap of a recent effort involving a small group of AIDC experts in devising a data integrity scheme suitable for protecting a new device identifier used in modern healthcare applications against mis-keying. It presents the group’s undertakings in researching solutions to ensure identifier integrity, the challenges encountered, and how a more complete understanding of the constraints of the intended application led to a departure from the initial design and resulted in the elegant solution that exists today.
The immense challenges posed by the coronavirus pandemic are fueling interest in cloud computing among vaccine researchers, clinicians, healthcare companies and patients across Asia.
Whatever the short- and longer-term fallout of COVID-19, organizations will need to come back fighting—with new tools at their disposal and ready to raise their game.