The Hypersync SDK provides everything you need to build powerful, custom integrations that bring data from external systems into Hyperproof. With just a few configuration files and a lightweight development workflow, you can create custom Hypersync apps that securely sync, transform, and surface data from virtually any source, all while taking advantage of Hyperproof’s compliance automation platform.
Whether you’re connecting to a public API, an internal data service, or a proprietary system, the Hypersync SDK gives you the flexibility to:
- Define custom data models and synchronization logic
- Configure authentication (OAuth, API keys, or custom methods)
- Create reusable proof types and criteria fields
- Automatically publish new or updated data directly into Hyperproof
You can find the SDK on GitHub.
If you’re new to Hypersync development, start with the How to succeed with the SDK topic. It sets the expectations for the skills and the development environment needed to be successful developing a Hypersync. Then read the Getting started topic. It walks you through installing the required tools, setting up your development environment, and creating your first Hypersync project.
Next, visit the App development workflow topic to explore the full build–test–deploy cycle. In just a few minutes, you can develop and run a sample Hypersync in your own Hyperproof organization to see the end-to-end flow in action.
To accelerate your work, check out the Hypersync SDK Samples repository. It contains ready-to-run examples that demonstrate a range of authentication methods (OAuth, API key, custom), integrations with different data sources (REST APIs, custom backends), and reusable templates for your own projects. Each sample includes its own README with detailed instructions, perfect for learning by example and jumpstarting development.
The Hypersync SDK is built to make integration development fast, secure, and scalable so you can focus on delivering seamless data connectivity that powers your compliance and assurance workflows.