Insights on health technology, vitals monitoring, and wellness from the GetMedScan team.
Office wellness monitoring on workplace tablets uses embedded rPPG to detect stress signals discreetly, helping IoT platforms build corporate health solutions.
A look at how a public vital sign scanner embedded in bank ATMs reads heart rate in seconds, and what it means for kiosk makers and fintech teams.
A research look at whether free grocery store health checkup kiosks can flag high blood pressure, what the accuracy data says, and where the hardware is heading.
How contactless rPPG powers the gym vital sign check at fitness kiosks for personalized workouts and member safety, and what it means for device makers.
How everyday smart home devices could become a contactless sleep monitor that tracks breathing rate overnight, and what IoT platform providers need to know.
A smart mirror health check could read stress and wellness from your face each morning. We examine the rPPG science and what device makers need to embed it.
How school health screening at entrance kiosks uses contactless temperature and vital checks to catch illness early, and what the research says about accuracy.
A look at the potential for vehicle infotainment systems to detect driver fatigue using embedded sensors, and what it means for automotive and IoT companies.
Explaining the camera-based rPPG technology behind contactless vital sign monitoring in airport health screening and other public spaces.
Explaining the technology behind camera-based vital signs screening in urgent care. Learn how rPPG enables contactless pulse and vitals measurement from a screen.
Explore the science of using a tablet camera to monitor vital signs for elderly individuals, eliminating the need for extra hardware. Learn how rPPG works.
An analysis of the safety, privacy, and data security concerns around waiting room health screening devices that use cameras to measure vital signs.
Explains the technology behind contactless blood pressure readings at pharmacy kiosks, how camera-based rPPG works, and its clinical applications.
A new generation of contactless technology allows cameras to measure vital signs like blood pressure and heart rate. We compare hospital waiting room cameras vs cuffs.
Explore the rise of passive IoT vital sign tracking in everyday devices. Learn how smart displays, mirrors, and office equipment are embedding health sensors.
A deep dive into the technology behind automated health kiosks, comparing traditional cuff-based methods with emerging contactless camera-based solutions.
By 2026, the question of whether medical devices need physical contact is shifting due to contactless technologies like rPPG. We analyze the trends.
A research-style analysis of whether automated health kiosks in a doctor's office can detect issues that manual vital sign checks might miss.
An analysis of the trend where clinics are replacing nurses at check-in with automated vitals kiosks, examining the technology, benefits, and patient impact.
Will your next smart TV be able to monitor your vital signs? This report covers the technology, research, and future of embedded vital sign monitoring in smart TVs.
Smart mirrors and health kiosks can measure your heart rate using a camera. Learn the science behind remote photoplethysmography (rPPG) technology.
Why do some clinic check-in kiosks now have cameras pointed at you? This analysis explains identity checks, touchless intake, telehealth workflows, and camera-based screening design.
Can a hospital kiosk really read vital signs from across the room? This analysis explains what camera-based kiosks can measure, where distance limits appear, and why workflow design matters.
2026 benchmarks for ARM vs x86 embedded vitals processing, covering rPPG workloads, power draw, NPUs, thermals, and kiosk deployment tradeoffs.
A research-based look at continuous ambient monitoring embedded vitals devices, including room sensors, edge AI, workflow design, privacy controls, and deployment tradeoffs.
Technical analysis of fitness center contactless health screening station deployments, including member flow, kiosk hardware, biometric capture, and facility operations.
A practical analysis of rPPG medical device integration under IEC 62304, including software safety classes, architecture, verification, cybersecurity, and submission planning.
Research analysis of the offline health screening kiosk edge rPPG stack, including local inference, store-and-forward workflows, device security, and deployment tradeoffs.
Research-based analysis of how senior living embedded health screening kiosk systems support intake, routine monitoring, staffing workflows, and safer resident oversight.
A technical analysis of thermal management for always-on embedded vitals devices, covering power budgets, enclosures, airflow, throttling, sensing, and service design.
Analysis of airport border health screening kiosk technology, from identity and document capture to thermal and contactless vitals workflows, edge processing, and public health operations.
A research-based look at ambient health sensor embedded vitals for smart spaces, including cameras, radar, edge hardware, privacy design, and deployment models.
Contactless vitals kiosk ADA compliance design for medical device teams: accessibility dimensions, reach ranges, privacy, multimodal UX, and deployment standards.
Technical analysis of edge computing real time vitals hardware requirements, including camera, processor, memory, power, thermal, and networking decisions for clinical kiosks and embedded screening devices.
A research-based embedded rPPG hardware platform clinical kiosk comparison covering ARM and x86 options, AI throughput, thermals, camera support, and deployment tradeoffs.
Technical analysis of embedded vitals power bandwidth hardware requirements, including camera pipelines, edge compute, memory, networking, and thermal design for kiosk and device teams.
Technical analysis of health screening station waiting room deployment models. Covers workflow design, kiosk architecture, throughput planning, and clinical integration for pre-visit screening stations.
A technical analysis of the multi vital screening station component guide, covering cameras, blood pressure modules, scales, thermals, edge compute, workflow design, and deployment tradeoffs.
Research-based guide to OEM health monitoring integration for device manufacturers, covering architecture, edge processing, regulatory planning, workflow design, and commercialization.
A technical analysis of retail clinic self service health check deployment, including kiosk workflows, staffing models, edge hardware, patient throughput, and embedded vitals design choices.
Research analysis of ruggedized health monitoring field deployment design, including enclosure standards, power, thermal control, offline workflows, and outdoor camera-based vitals performance.
Analysis of the rPPG connected health device ecosystem, including how camera-based vitals fit across kiosks, edge devices, RPM platforms, and interoperable care workflows.
Technical analysis of smart display vital signs monitoring technology for device manufacturers. Covers rPPG signal extraction, display-integrated sensing architectures, and embedded deployment patterns for health-enabled smart displays.
Architecture analysis of self-service health screening kiosks for device manufacturers. Covers system design, embedded sensor integration, rPPG deployment, and clinical deployment patterns.
Architecture analysis of rPPG integration for IoT platforms. Covers edge compute requirements, communication protocols, power budgets, and deployment patterns for medical device and IoT manufacturers.
Architecture analysis of pharmacy kiosk contactless health screening systems. Covers rPPG-based vital sign capture, pharmacy workflow integration, high-throughput deployment patterns, and embedded system design for retail pharmacy environments.
Architecture analysis and developer reference for embedded health monitoring on tablet systems. Covers rPPG integration patterns, SDK architecture, compute optimization, and deployment considerations for medical device and tablet manufacturers.
Architecture analysis for medical device companies looking to embed rPPG into clinical kiosks. Covers hardware requirements, SDK integration patterns, and deployment considerations.
