IoT & Connected Devices

Traditional medical devices often function as passive data loggers, requiring patients to wait weeks or months for a specialist to interpret their physiological information. This static approach creates a significant lag between data collection and clinical action, leaving individuals in a state of

Researchers at Wake Forest University are investigating whether a virtual-first approach can help patients overcome the systemic barriers that frequently hinder blood pressure control. High blood pressure, often termed the silent killer, remains a significant public health challenge in the United

The shift toward proactive health monitoring is exemplified by AI tools that analyze blood pressure trends rather than providing isolated, static data points. This evolution marks a departure from the era of digital pedometers and basic heart rate monitors toward a more sophisticated model of

Acquisition activity in the sensor space, such as VitalConnect's expansion, aims to create unified monitoring suites from the inpatient setting to the home. This strategic shift reflects a broader movement in the healthcare industry where the traditional boundaries of the hospital are expanding to

Modern medtech engineering must solve the friction between human operators and complex systems to support clearer decision-making and safer healthcare delivery. The medical technology sector is currently witnessing a tectonic shift as traditional hardware-centric strategies are being discarded in

While traditional IT servers show a 50% readiness rate for cryptographic upgrades, the infrastructure supporting patient portals lags significantly behind at just 31%. This stark realization comes at a time when the healthcare sector is increasingly reliant on cloud-based interactions and remote