Skip to content
Open Wearables logo

Open Wearables

Unclaimed

Self-hosted platform to unify wearable health data through one AI-ready API.

Visit Website

TL;DR - Open Wearables

  • Unifies wearable health data from multiple providers into a single API.
  • Self-hosted solution for complete data privacy and control.
  • Enables AI-powered health insights and automations through natural language.
Pricing: Free plan available
Best for: Growing teams

Pros & Cons

Pros

  • Simplifies integration with multiple wearable devices for developers
  • Provides complete data privacy and control through self-hosting
  • Reduces development effort by handling complex data normalization and API management
  • Enables AI-powered health insights and automations
  • No third-party dependencies for core functionality

Cons

  • AI Health Assistant and embeddable widgets are marked as 'coming soon'
  • Requires self-hosting, which might be a barrier for non-technical users
  • Initial setup involves command-line operations (cloning repo, configuring environment variables)

Key Features

Unified API for multiple wearable providers (Garmin, Whoop, Apple Health, etc.)Normalized health data across different devices (heart rate, sleep, activity, steps)Self-hosted deployment on user's own infrastructureAI-powered health insights and automations (coming soon)Embeddable widgets for application integration (coming soon)Intelligent webhook notificationsDeveloper portal for API key managementDocker Compose for easy local setup

Pricing Plans

Free Trial

Free

$0 USD per month

  • Unlimited public/private repositories
  • Dependabot security and version updates
  • 2,000 CI/CD minutes/month (Free for public repositories)
  • 500MB of Packages storage (Free for public repositories)
  • Issues & Projects
  • Community support

Team

$4 USD per user/month

  • Everything included in Free
  • Access to GitHub Codespaces
  • Repository rules
  • Multiple reviewers in pull requests
  • Draft pull requests
  • Code owners
  • Required reviewers
  • Pages and Wikis
  • Environment deployment branches and secrets
  • 3,000 CI/CD minutes/month (Free for public repositories)
  • 2GB of Packages storage (Free for public repositories)
  • Web-based support

Enterprise

Starting at $21 USD per user/month

  • Everything included in Team
  • Data residency
  • Enterprise Managed Users
  • User provisioning through SCIM
  • Enterprise Account to centrally manage multiple organizations
  • Environment protection rules
  • Repository rules
  • Audit Log API
  • SOC1, SOC2, type 2 reports annually
  • FedRAMP Tailored Authority to Operate (ATO)

What is Open Wearables?

Editorial review
Open Wearables is an open-source, self-hosted platform designed to unify health data from various wearable devices and fitness platforms into a single, normalized API. It eliminates the need for developers to implement separate integrations for each provider (e.g., Garmin, Whoop, Apple Health), simplifying the process of building health applications. The platform handles complex tasks like OAuth flows, data mapping, and syncing logic, allowing developers to focus on core product features. Beyond developers, Open Wearables also caters to individuals who want to take control of their personal health data. By self-hosting, users can connect their devices, explore health metrics through the unified API, and benefit from upcoming features like an AI Health Assistant and personal health insights automations, all while maintaining complete privacy and control over their data. Its use cases span fitness coaching apps, healthcare platforms, wellness applications, research projects, and product pilots, offering embeddable widgets and intelligent webhook notifications to enhance functionality. The platform aims to accelerate the development of health applications by providing a standardized way to access and leverage wearable data. It supports AI-powered health insights and automations using natural language, making it easier to build intelligent features. The self-hosted nature ensures data privacy and eliminates reliance on third-party dependencies for core functionality, making it a robust solution for both developers and privacy-conscious individuals.

Reviews

Be the first to review Open Wearables

Your take helps the next buyer. Verified LinkedIn reviewers get a badge.

Write a review

Best Open Wearables Alternatives

Top alternatives based on features, pricing, and user needs.

View full list →

Explore More

Open Wearables FAQ

What types of wearable devices and fitness platforms can Open Wearables integrate with?

Open Wearables is designed to integrate with various popular wearable devices and fitness platforms, including examples like Garmin, Whoop, and Apple Health, providing a unified API to access data from these diverse sources.

How does Open Wearables ensure data privacy and control for individuals?

For individuals, Open Wearables ensures complete data privacy and control by being a self-hosted platform. This means all personal health data resides on the user's own infrastructure, rather than being stored on third-party servers.

What specific benefits does Open Wearables offer to developers building health applications?

Developers benefit from Open Wearables by integrating multiple wearable providers through a single API, accessing normalized health data, and leveraging a self-hosted solution that reduces the effort of managing different OAuth flows, data formats, and API changes, allowing them to build intelligent health insights faster.

Can non-technical users utilize Open Wearables for personal health data management?

Yes, while it's a developer-focused tool, individuals can self-host Open Wearables to manage their own wearable data. Upcoming features like the AI Health Assistant and personal health insights automations are specifically designed to make it accessible for personal use, even for non-technical users who want privacy and control over their data.

What is the process for setting up Open Wearables for local development?

Setting up Open Wearables locally involves cloning the GitHub repository, configuring environment variables for both backend and frontend, and then using Docker Compose to start the application. An admin account is automatically created for accessing the developer portal, and optional sample data can be seeded.

Source: github.com

Guides & Articles