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The Gleap SDK for Unity is the easiest way to integrate Gleap into your games and real-time apps. Communicate with your users directly and build better software by discovering their everyday pain points. Gleap is your all-in-one customer feedback tool for apps and websites. For the SDK to work, you need an API key, which you can get for free at app.gleap.io.

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Supported platforms

Beta. The Gleap C# SDK is published as a pre-release (0.1.0-beta.1). Expect the odd change before the stable 1.0 release.

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🏗 Installation

The Unity binding ships as the UPM package com.gleap.sdk (it reuses the shared Gleap.Core engine, whose DLLs are bundled under Runtime/Plugins/). Unity supplies persistence (PlayerPrefs), device metadata (SystemInfo) and console-log capture; you supply a WebView channel that renders the widget.

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Requirements

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Add the package

In Unity open Package Manager → Add package from git URL… and enter:
Gleap.Core.dll and its dependencies are bundled under Runtime/Plugins/. If Unity reports duplicate framework facades on import, delete those specific DLLs and keep Gleap.Core.dll, System.Text.Json.dll, System.Text.Encodings.Web.dll, Microsoft.Bcl.AsyncInterfaces.dll and System.IO.Pipelines.dll.

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Configure the SDK

Bring your own WebView, route its page→native messages into a GleapUnityWebViewChannel, then attach Gleap:
Once attached, drive Gleap from anywhere via the stable static facade (Gleap.StartConversation(), Gleap.TrackEvent(...), …). Congratulations 🎉 You are all set 👋

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Platform notes

  • Unity has no built-in WebView — use GleapUnityWebViewChannel together with a commercial WebView plugin on Standalone/Mobile.
  • On WebGL, the widget frame is a cross-origin iframe you cannot inject into — front the existing Gleap JavaScript SDK from a .jslib instead of this managed channel.
  • The default Newtonsoft serializer is IL2CPP-safe; a link.xml protects the Gleap DTOs from AOT stripping.

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🤝 Need help?

We are here to help! hello@gleap.io