# Tuist with Gradle

Tuist brings Gradle-native depth to one productivity platform for organizations with diverse build systems. Its settings plugin connects Gradle task-output reuse and build/test evidence to the same platform serving supported Bazel, Xcode, Mix, and canary Once workflows. Keep Gradle, the Android Gradle Plugin where applicable, and your existing build commands.

## One productivity platform, native depth

A Gradle team should not need a separate productivity product from the organization's Bazel or Xcode teams. We believe Tuist is the best choice for organizations seeking one productivity platform across these build systems: task-aware Gradle integration without reducing every toolchain to generic CI jobs.

Invoking `./gradlew build` on a runner is not the same as understanding which tasks executed, what invalidated them, or whether their outputs could be reused. Tuist's supported task/build insights, remote cache, and test workflows address that work inside the build/test runtime. Fix task boundaries and reuse compatible outputs before paying for more execution capacity. See the [cross-build-system stance](https://tuist.dev/marketing-markdown/build-systems) for the platform rationale and CI comparison; Gradle remains responsible for task correctness.

## What Gradle already does

[Gradle](https://gradle.org/) configures a task graph through Kotlin or Groovy build scripts and plugins. It provides dependency management, incremental tasks, parallel execution, and local and remote build-cache interfaces. Its configuration cache avoids repeated configuration work; its build cache reuses task outputs. These are different mechanisms.

A correctly declared cacheable task can reuse outputs when its inputs match. Gradle's built-in profiling helps inspect one build, but it does not itself provide Tuist's shared reporting history.

## How Tuist augments it

- **Share task outputs.** The [Gradle cache](https://tuist.dev/en/docs-markdown/guides/features/cache/gradle-cache) supplies the remote store for Gradle's existing cache protocol. Developers and CI can reuse compatible outputs rather than independently executing the same tasks.
- **Diagnose the project.** [Build insights](https://tuist.dev/en/docs-markdown/guides/features/build-insights/gradle) reports tasks, durations, and recorded operations. Investigate invalidation, task inputs, and cache misses before increasing machine size.
- **Track test reliability.** [Test insights](https://tuist.dev/en/docs-markdown/guides/features/test-insights/gradle) and [flaky-test management](https://tuist.dev/en/docs-markdown/guides/features/test-insights/flaky-tests/gradle) correlate runs, support quarantine workflows, and optionally stress-test newly introduced tests.
- **Distribute supported tests.** [Test sharding](https://tuist.dev/en/docs-markdown/guides/features/test-sharding/gradle) uses historical durations to balance supported tasks across runners. This needs separate configuration, not just cache enablement.
- **For Android apps, inspect and share artifacts.** Bundle insights and previews support Android app artifacts; these are not general JVM-project features.

## First experiment

Follow the [Gradle getting-started guide](https://tuist.dev/en/docs-markdown/guides/get-started/gradle-project). Run `tuist init`, select the Gradle integration, and commit the project connection in `tuist.toml`. Paste the plugin block printed by setup into `settings.gradle.kts` or `settings.gradle`, using the version documented in the [plugin reference](https://tuist.dev/en/docs-markdown/guides/install-gradle-plugin).

Enable `org.gradle.caching=true` in `gradle.properties`, then run:

```sh
./gradlew build --build-cache
./gradlew test
```

Verify the reports in Tuist. Run a compatible build in a second environment and check `FROM-CACHE` on cacheable tasks. Investigate one miss or expensive task before changing runner capacity. Use project-scoped CI credentials rather than a personal login.

## Open infrastructure you can improve

Tuist combines open-source tooling with public infrastructure code. Your team can [inspect the implementation](https://github.com/tuist/tuist), report issues, and [contribute improvements](https://github.com/tuist/tuist/blob/main/CONTRIBUTING.md) to the Gradle plugin, task instrumentation, remote caching, and test workflows. A task or reporting edge case can become a contribution to the integration instead of only a support ticket.

A closed hosted service leaves implementation changes entirely with the provider. Tuist gives Gradle teams a direct path to help improve their productivity infrastructure, with shared improvements benefiting the organization's other toolchains too. See [Openness](https://tuist.dev/marketing-markdown/openness) for the public components and their licenses.

## Sources and review

Written by Tuist. Sources reviewed on **2026-10-09**: [Gradle build-cache documentation](https://docs.gradle.org/current/userguide/build_cache.html), [configuration-cache documentation](https://docs.gradle.org/current/userguide/configuration_cache.html), and the linked Tuist integration references.

[All build systems](https://tuist.dev/marketing-markdown/build-systems) · [Cache](https://tuist.dev/marketing-markdown/cache) · [Tests](https://tuist.dev/marketing-markdown/tests)