Vitalconnect, Inc.
VitalConnect is a leader in wearable biosensor technology for wireless patient monitoring in hospital and remote settings. The company leverages expertise in biomedical engineering, data analytics, chip design, and cloud software to create technology that supports better health and economic outcomes across inpatient and outpatient environments. With a strong leadership team and over 100 patents, VitalConnect aims to reimagine health monitoring and improve patient care through innovative wearable solutions.
Industries
Nr. of Employees
medium (51-250)
Vitalconnect, Inc.
1234 Silicon Valley Blvd, San Jose, CA 95134
Products
Adhesive chest-worn patch sensor for continuous vital signs
Single-use adhesive biosensor patch that captures ECG and other physiologic signals for continuous ambulatory and in-hospital monitoring.
Home patient monitoring tablet and relay device
A home-deployed tablet and relay device to pair with wearable sensors, collect and transmit physiologic data to cloud platforms for clinician review.
Automated arrhythmia-detection software module
Software module for automated detection of arrhythmias from continuous ECG streams intended for clinical reporting and alerting.
Adhesive chest-worn patch sensor for continuous vital signs
Single-use adhesive biosensor patch that captures ECG and other physiologic signals for continuous ambulatory and in-hospital monitoring.
Home patient monitoring tablet and relay device
A home-deployed tablet and relay device to pair with wearable sensors, collect and transmit physiologic data to cloud platforms for clinician review.
Automated arrhythmia-detection software module
Software module for automated detection of arrhythmias from continuous ECG streams intended for clinical reporting and alerting.
Services
Cloud- and mobile-based service to collect, transmit, analyze, and report continuous physiologic data for clinical and post-discharge monitoring.
Services to enable inpatient-level physiologic monitoring in home or alternate care settings, integrated with clinician workflows.
Services to support physiologic data collection and remote monitoring in clinical trials, including patient enrollment workflows.
Analytics service applying predictive models to monitoring data to identify patient risk and support early intervention.
Cloud- and mobile-based service to collect, transmit, analyze, and report continuous physiologic data for clinical and post-discharge monitoring.
Services to enable inpatient-level physiologic monitoring in home or alternate care settings, integrated with clinician workflows.
Services to support physiologic data collection and remote monitoring in clinical trials, including patient enrollment workflows.
Analytics service applying predictive models to monitoring data to identify patient risk and support early intervention.
Expertise Areas
- Wearable biosensor development
- Remote patient monitoring platforms
- Cardiac monitoring and arrhythmia detection
- Clinical study support for medical devices
Key Technologies
- Wearable biosensors (adhesive chest patches)
- Electrocardiography (ECG) signal processing
- Phonocardiography (PCG) analysis
- Low-sampling-frequency detection algorithms
News & Updates
The company reports multiple milestones and growth achievements in 2021.
Announcement of the start of a clinical study related to TAVR procedures.
Introduction of a new tablet device to enhance at-home patient monitoring.
Recognition as a leading tech startup in the San Jose area.
An article discussing the essential features for wearable devices to be adopted in hospitals.
Research on a new method for detecting pacemaker pulses using low-frequency ECG sensors.
The company reports multiple milestones and growth achievements in 2021.
Announcement of the start of a clinical study related to TAVR procedures.
Introduction of a new tablet device to enhance at-home patient monitoring.
Recognition as a leading tech startup in the San Jose area.
An article discussing the essential features for wearable devices to be adopted in hospitals.
Research on a new method for detecting pacemaker pulses using low-frequency ECG sensors.