The wearable platform built for mission-critical environments

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Power the next generation
of human monitoring.

Whether you’re building a defense system, running a clinical trial,
developing an OEM product, or leading a research program — let’s talk.

Responding to all international inquiries · No regional distributor required

PCARDIO is the wearable ECG monitor and multi-sensor platform purpose-built for professionals who cannot afford to compromise on data quality, hardware reliability, or regulatory compliance. Whether you are deploying in the field, conducting a clinical trial, or integrating a wearable ECG monitor into a next-generation OEM device, PCARDIO delivers the hardware, firmware, and support infrastructure your program demands.

Unlike consumer-grade heart monitors, the PCARDIO wearable ECG monitor captures 1 to 12 lead clinical-grade ECG signals continuously for over 10 days without recharging. The device is IP67-rated for field use, CE-marked and for OEM clients can be provided under EU MDR, and manufactured within an ISO 13485-certified quality management system. Every sensor parameter — including ECG, PPG, SpO2, bioimpedance, respiration rate, skin temperature, GSR, EMG, and 9-DOF inertial motion — is time-synchronized and available as raw high-resolution data. This makes PCARDIO the preferred choice for researchers, clinicians, defense agencies, and OEM development teams who require unprocessed data directly accessible for AI and machine learning pipelines.

The platform serves four critical verticals. In defense and tactical operations, the wearable ECG monitor provides continuous physiological surveillance of soldiers, pilots, and emergency personnel in extreme environments — enabling real-time fatigue detection, heat stress monitoring, and cardiac event alerting without cloud dependency. In medical and clinical applications, PCARDIO supports regulated research studies, cardiovascular diagnostics, and remote patient monitoring at scale, with full CE certification and ISO 13485 traceability built in from day one. For OEM and technology partners, the modular form factor and open firmware architecture allow rapid integration into custom medical devices, fitness platforms, and enterprise health monitoring systems. For academic and defense research programs, PCARDIO provides the synchronized, high-fidelity physiological data streams that underpin the most advanced human performance and biomedical research being conducted today.

What distinguishes PCARDIO from other wearable ECG monitor solutions on the market is its commitment to openness, modularity, and mission-readiness. There are no proprietary black-box algorithms blocking access to your data. No regional distributors adding lead time or complexity to procurement. No compromise between ruggedness and clinical accuracy. From a single prototype validation to large-volume ISO-compliant production, PCARDIO scales with your program — delivering the same hardware reliability and data integrity at every stage. If your mission requires a certified, developer-ready, clinically validated wearable ECG monitor with multi-sensor capability and full regulatory compliance, PCARDIO is built for you.

Choosing the right wearable ECG monitor for your application is a critical decision. In regulated environments such as clinical trials and EU MDR-registered device programs, the hardware must ship with full technical documentation, audit trails, and traceability records. PCARDIO’s optional ISO 13485 manufacturing process ensures every device batch is produced, tested, and released with the documentation your regulatory team needs. This eliminates the compliance gap that many research-grade or consumer wearable ECG monitor products leave open — where the hardware performance may be adequate but the quality system documentation is insufficient for regulatory submission.

For defense and public safety procurement, the wearable ECG monitor must be field-proven, ruggedized, and operable without connectivity to external infrastructure. PCARDIO’s IP67-rated enclosure, local onboard data storage, and edge analytics capability allow the device to function as a standalone physiological monitoring unit — logging ECG, heart rate variability, motion, respiration, and temperature data even in environments with no wireless connectivity. When connectivity is available, data streams wirelessly to command dashboards or mobile applications via standard developer APIs, enabling real-time situational awareness of each individual’s physiological state across an entire team or unit.