VidaApp
Vidaapp specializes in designing and manufacturing advanced medical devices that incorporate artificial intelligence, IoT, and global connectivity to provide innovative healthcare solutions. Their focus is on remote patient monitoring and optimizing medical care through cutting-edge technology, offering tailored equipment for hospitals, clinics, and health institutions. They emphasize that they design and manufacture the devices, but homologation is the responsibility of the buyer, ensuring flexibility to meet regulatory requirements.
Industries
Nr. of Employees
small (1-50)
Products
Wearable bracelet with cellular connectivity (VoLTE-style)
Wrist-worn device concept combining cellular voice/data connectivity and physiological monitoring for remote supervision.
Chest-band cardiopulmonary monitor with AI
Chest-worn band for cardiopulmonary monitoring that incorporates on-device or cloud ML analysis for cardiopulmonary signals.
Biomedical adhesive patch sensor
Adhesive patch form-factor for physiological signal acquisition suitable for ambulatory monitoring.
Small-form disease-detection wearable (pin form factor)
Compact wearable sensor designed to detect specific disease indicators or biometrics in a minimal form factor.
Indoor localization system using BLE beaconing
System for indoor positioning and beaconing using Bluetooth Low Energy for asset and personnel location tracking.
Obesity-control wearable bracelet
Wrist-worn device concept intended to support obesity-control interventions and monitoring.
Wearable bracelet with cellular connectivity (VoLTE-style)
Wrist-worn device concept combining cellular voice/data connectivity and physiological monitoring for remote supervision.
Chest-band cardiopulmonary monitor with AI
Chest-worn band for cardiopulmonary monitoring that incorporates on-device or cloud ML analysis for cardiopulmonary signals.
Biomedical adhesive patch sensor
Adhesive patch form-factor for physiological signal acquisition suitable for ambulatory monitoring.
Small-form disease-detection wearable (pin form factor)
Compact wearable sensor designed to detect specific disease indicators or biometrics in a minimal form factor.
Indoor localization system using BLE beaconing
System for indoor positioning and beaconing using Bluetooth Low Energy for asset and personnel location tracking.
Obesity-control wearable bracelet
Wrist-worn device concept intended to support obesity-control interventions and monitoring.
Services
Design and development of medical devices
Custom hardware, firmware and software development with integration of biomedical sensors and bespoke device prototyping.
Connectivity and telecommunications for remote monitoring
Implementation of cellular (LTE/4G), low-power wide-area (NB‑IoT) and satellite links to enable real-time telemetry from devices.
AI and machine learning for biomedical data
Development of customized algorithms and ML models for analysis of physiological data and early anomaly detection.
Integration with clinical platforms and EHRs
Adaptation of device outputs and interfaces for compatibility with hospital platforms and electronic health records.
Design and development of medical devices
Custom hardware, firmware and software development with integration of biomedical sensors and bespoke device prototyping.
Connectivity and telecommunications for remote monitoring
Implementation of cellular (LTE/4G), low-power wide-area (NB‑IoT) and satellite links to enable real-time telemetry from devices.
AI and machine learning for biomedical data
Development of customized algorithms and ML models for analysis of physiological data and early anomaly detection.
Integration with clinical platforms and EHRs
Adaptation of device outputs and interfaces for compatibility with hospital platforms and electronic health records.
Expertise Areas
- Remote patient monitoring
- Medical device design and prototyping
- Wearable biosensor systems
- IoT connectivity and telemedicine
Key Technologies
- NB‑IoT
- LTE / 4G
- Satellite communications for IoT
- BLE beaconing and indoor localization