Collect Real-Time Health Data for Clinical Research and Testing

Thryve's white-label reserach app enables researchers to capture real-time health signals from wearables, apps, and questionnaires, at scale, securely, and outside the clinic.

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How It Works

Research Infrastructure 

Thryve’s white-label research app supports the secure collection of digital biomarkers, patient-reported outcomes (PROs), and continuous physiological data from participants’ own devices.

01
Multi-Modal Data Collection

Collect continuous health data from 500+ wearables and connected devices, alongside custom PRO questionnaires. All data is unified into one longitudinal dataset for a complete real-world view of participant health.

02
Pseudonymous Participation

Participants are assigned a pseudonym and PIN, allowing secure, long-term tracking without exposing personal data, fully compliant with privacy standards.

03
Certified Security Architecture

Data is encrypted and hosted on ISO 27017/27018-certified German servers. Thryve’s infrastructure meets GDPR and HIPAA requirements for secure medical research.

04
App-Based Participant Experience

Through the Pulsatio app (iOS and Android), participants can easily enroll, complete surveys, and connect wearables like Fitbit, Apple Health, Garmin, and more with minimal friction.

Why Thryve?

Designed for Research Use Cases

Whether you’re running decentralized trials, validating digital endpoints, or supporting regulatory submissions, Thryve gives you the tools to collect, manage, and analyze data across cohorts in real-world settings:

Compatible wearable devices including Apple Health, Garmin, Fitbit, Oura, and Samsung Health

Decentralized Clinical Trials

Enable remote onboarding, digital consent, and continuous participant monitoring through a mobile app, no clinic visits required.

GDPR, HIPAA, and ISO compliant wearable API.

Digital Endpoint Validation

Track behavior and physiological signals over time to validate novel digital endpoints for regulatory submission.

SDK and API code snippets demonstrating ease of integration with wearable devices.

Digital Biomarker Discovery

Use continuous wearable data to identify new digital signals for early detection or therapeutic response.

Graph representing scalable growth in healthcare, fitness, and wellness markets.

Patient-Reported Outcomes

Deliver in-app questionnaires and track completion, linking subjective responses with real-time health data.

Product Features

Thryve's Features for World-Class Research and Trials

API-first Architecture

Plug Thryve into your research backend or DTx platform.

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Customizable UX

Deploy white-label versions or integrate Pulsatio as a module into your own app.

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Sensor-Agnostic Design

Capture data from consumer and clinical-grade wearables.

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Regulatory-Ready

Designed to support CE, MDR, and FDA documentation processes for evidence generation.

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Key Benifits

Infrastructure That Meets the Demands of Modern Clinical Studies

Launching your study with Thryve’s Research Infrastructure is fast, secure, and fully supported. Whether you’re running a pilot or scaling to thousands of participants, we make setup seamless.

500+
accessible
health trackers
250+
accessible
health metrics

Accelerated trial setup & reduced operational burden

We help you launch studies in days, not months. With built-in onboarding flows, PRO modules, and SDK/API options, research teams can deploy without heavy internal development or IT dependencies.

Cross-device comparability (500+ data sources supported)

Collect standardized data across 500+ wearables and sensors. Thryve harmonizes metrics like heart rate, sleep, and activity across brands and models, ensuring comparability across participant cohorts and study phases.

Clinical-quality, fully traceable data flows

All data is securely encrypted, timestamped, and linked to device and user pseudonyms. This guarantees auditability, data provenance, and end-to-end traceability, meeting the expectations of both sponsors and regulators.

Support for EMA/FDA submissions

Designed with regulatory-grade compliance in mind, Thryve supports structured documentation, consistent data exports, and integration into CE, MDR, EMA, or FDA pathways. The platform is fully compliant and audit-ready, meeting GDPR, HIPAA, and ISO 27001/27018 standards to ensure secure, regulator-approved study execution.

Robust infrastructure for multi-country, multi-device trials

Run decentralized studies at scale across borders with multi-language support, secure cloud hosting, and device compatibility tailored to local markets. Thryve ensures your research can scale globally, without sacrificing compliance or participant experience.

FAQ

Frequently Asked Questions:

  • Who is the Research Infrastructure built for?
    • Thryve’s platform is designed for research teams, CROs, and digital health providers conducting clinical studies, post-market surveillance, or digital biomarker research. It supports both regulated and exploratory use cases.
  • What kind of data can be collected?
    • The platform captures data from over 500 wearables and medical devices (e.g. heart rate, activity, sleep, SpO₂) and supports patient-reported outcomes (PROs) via customizable in-app surveys.
  • How is participant privacy protected?
    • Participants use a pseudonym and PIN, ensuring data is pseudonymized at all times. Thryve does not collect personal identifiers and follows GDPR, HIPAA, and ISO standards for data security and ethical compliance.
  • Can I use Thryve in regulated clinical studies?
    • Yes. Thryve is suitable for use in CE, MDR, or FDA-submitted studies. The infrastructure is audit-ready, supports secure consent workflows, and enables digital endpoint validation and documentation.
  • Is the Pulsatio app customizable?
    • Yes. Pulsatio is available as a native app (iOS/Android) and can be deployed under your own brand or integrated into existing digital study environments.
  • How long does integration take?
    • Standard implementation can be completed within a few days. For custom workflows or white-labeled deployments, most teams launch within 2–4 weeks.