Multi-Sensor Wearable Platform for Physiological Research
PCARDIO provides a flexible multi-sensor wearable platform for physiological research, enabling scientists and engineers to collect high-quality synchronized data from multiple biosignals in real-world conditions.
The platform is used in a wide range of research areas including:
- cardiovascular research
- human performance and exercise physiology
- wearable sensor development
- biomedical engineering
- AI and algorithm development
By combining ECG, respiration, motion sensing and additional physiological signals, PCARDIO enables researchers to study complex physiological interactions that cannot be captured with single-sensor systems.
Flexible Data Acquisition for Research
Reliable physiological research depends on accurate and continuous data collection. PCARDIO devices are designed to support a wide range of experimental setups, from controlled laboratory studies to long-term monitoring in real-world environments.
Researchers can collect synchronized data from sensors including:
- ECG (1–12 leads)
- respiration monitoring
- PPG / SpO₂
- temperature sensors
- Galvanic Skin Response (GSR)
- Impedance Cardiography (ICG)
- Heart / Lung sounds
- activity monitoring
- 9DOF IMU motion sensing
The open architecture allows additional sensors to be integrated through the digital interfaces of the platform.
Ambulatory Monitoring and Real-World Studies
PCARDIO systems support ambulatory and long-term monitoring, allowing physiological measurements to be collected while subjects perform daily activities.
This capability enables researchers to conduct studies such as:
- ambulatory ECG monitoring and Holter studies
- exercise physiology monitoring
- behavioral and stress research
- long-term physiological monitoring
- home-based data collection
The wearable form factors make it possible to collect high-resolution physiological data outside the laboratory, improving the ecological validity of research findings.
High-Resolution Multi-Sensor Data
PCARDIO wearables provide high-quality physiological signals in a compact wearable format, enabling prolonged monitoring during demanding conditions.
The platform captures synchronized multi-sensor data including:
- cardiac signals
- respiratory patterns
- motion and activity
- additional physiological parameters
This multi-sensor approach allows researchers to investigate complex physiological relationships between cardiovascular, respiratory and movement-related signals.
Platform for Algorithm Development and AI Research
Because PCARDIO provides access to raw synchronized sensor data, it is widely used for algorithm development and machine learning research.
Typical use cases include:
- digital biomarker discovery
- heart rate and HRV analysis
- respiratory signal analysis
- activity classification
- physiological state detection
- training AI models for wearable health technologies
The platform enables the collection of large synchronized datasets required for the development and validation of advanced algorithms.
Integration with Research Infrastructure
PCARDIO systems can be integrated with existing research infrastructures, allowing researchers to combine wearable physiological monitoring with laboratory measurements or other data sources.
Data can be collected via:
- onboard data storage
- real-time wireless streaming
- telemetry monitoring
- offline signal processing
This flexibility allows the platform to support both small pilot studies and large-scale research programs.
Supporting a Wide Range of Research Domains
PCARDIO is used by universities, research institutes and technology companies working in fields such as:
- cardiovascular research
- human performance and sports science
- biomedical engineering
- wearable sensor development
- physiology and behavioral research
The combination of multi-sensor wearable hardware and synchronized data acquisition makes the platform particularly valuable for advanced physiological studies.
Start Your Research with PCARDIO
PCARDIO provides researchers with a powerful and flexible platform for collecting high-quality physiological data in laboratory and real-world environments.
Whether you are studying cardiovascular function, developing new biosensing algorithms, or building the next generation of wearable technologies, PCARDIO enables reliable data collection for advanced research.
