There are many great monorepo tools, built by great teams, with different philosophies. We do our best to represent each tool objectively, and we welcome pull requests if we got something wrong!
Bazel (by Google)
“A fast, scalable, multi-language and extensible build system.”
- More infoLocal computation caching
- natively supported
- More infoLocal task orchestration
- natively supported
- More infoDistributed computation caching
- natively supported
- More infoDistributed task execution
- natively supported
- More infoTransparent remote execution
- natively supported
- More infoDetecting affected projects/packages
- implement your own
- More infoTask splitting
- implement your own
- More infoDeflaking
- implement your own
Gradle (by Gradle, Inc)
“A fast, flexible polyglot build system designed for multi-project builds.”
- More infoLocal computation caching
- natively supported
- More infoLocal task orchestration
- natively supported
- More infoDistributed computation caching
- natively supported
- More infoDistributed task execution
- implement your own
- More infoTransparent remote execution
- not supported
- More infoDetecting affected projects/packages
- natively supported
- More infoTask splitting
- natively supported
- More infoDeflaking
- natively supported
Lage (by Microsoft)
“Task runner in JS monorepos”
- More infoLocal computation caching
- natively supported
- More infoLocal task orchestration
- natively supported
- More infoDistributed computation caching
- natively supported
- More infoDistributed task execution
- not supported
- More infoTransparent remote execution
- not supported
- More infoDetecting affected projects/packages
- natively supported
- More infoTask splitting
- not supported
- More infoDeflaking
- not supported
Lerna (maintained by Nx team)
“A tool for managing JavaScript projects with multiple packages.”
- More infoLocal computation caching
- natively supported
- More infoLocal task orchestration
- natively supported
- More infoDistributed computation caching
- natively supported
- More infoDistributed task execution
- natively supported
- More infoTransparent remote execution
- not supported
- More infoDetecting affected projects/packages
- natively supported
- More infoTask splitting
- natively supported
- More infoDeflaking
- natively supported
moon (by moonrepo)
“A task runner and monorepo management tool for the web ecosystem.”
- More infoLocal computation caching
- natively supported
- More infoLocal task orchestration
- natively supported
- More infoDistributed computation caching
- natively supported
- More infoDistributed task execution
- not supported
- More infoTransparent remote execution
- not supported
- More infoDetecting affected projects/packages
- natively supported
- More infoTask splitting
- not supported
- More infoDeflaking
- not supported
Nx
“Nx optimizes your builds, scales your CI, and fixes failed PRs. Built for developers and AI agents.”
- More infoLocal computation caching
- natively supported
- More infoLocal task orchestration
- natively supported
- More infoDistributed computation caching
- natively supported
- More infoDistributed task execution
- natively supported
- More infoTransparent remote execution
- not supported
- More infoDetecting affected projects/packages
- natively supported
- More infoTask splitting
- natively supported
- More infoDeflaking
- natively supported
Pants (by Pants Build)
“A fast, scalable, user-friendly build system for codebases of all sizes.”
- More infoLocal computation caching
- natively supported
- More infoLocal task orchestration
- natively supported
- More infoDistributed computation caching
- natively supported
- More infoDistributed task execution
- natively supported
- More infoTransparent remote execution
- natively supported
- More infoDetecting affected projects/packages
- natively supported
- More infoTask splitting
- implement your own
- More infoDeflaking
- implement your own
Rush (by Microsoft)
“Geared for large monorepos with lots of teams and projects. Part of the Rush Stack family of projects.”
- More infoLocal computation caching
- natively supported
- More infoLocal task orchestration
- natively supported
- More infoDistributed computation caching
- natively supported
- More infoDistributed task execution
- implement your own
- More infoTransparent remote execution
- not supported
- More infoDetecting affected projects/packages
- natively supported
- More infoTask splitting
- not supported
- More infoDeflaking
- not supported
Turborepo (by Vercel)
“The high-performance build system for JavaScript & TypeScript codebases.”
- More infoLocal computation caching
- natively supported
- More infoLocal task orchestration
- natively supported
- More infoDistributed computation caching
- natively supported
- More infoDistributed task execution
- not supported
- More infoTransparent remote execution
- not supported
- More infoDetecting affected projects/packages
- natively supported
- More infoTask splitting
- not supported
- More infoDeflaking
- not supported
Fast
| Feature | Bazel | Gradle | Lage | Lerna | moon | Nx | Pants | Rush | Turborepo |
|---|---|---|---|---|---|---|---|---|---|
| Local computation caching | natively supported | natively supported | natively supported | natively supported | natively supported | natively supported | natively supported | natively supported | natively supported |
| Local task orchestration | natively supported | natively supported | natively supported | natively supported | natively supported | natively supported | natively supported | natively supported | natively supported |
| Distributed computation caching | natively supported | natively supported | natively supported | natively supported | natively supported | natively supported | natively supported | natively supported | natively supported |
| Distributed task execution | natively supported | implement your own | not supported | natively supported | not supported | natively supported | natively supported | implement your own | not supported |
| Transparent remote execution | natively supported | not supported | not supported | not supported | not supported | not supported | natively supported | not supported | not supported |
| Detecting affected projects/packages | implement your own | natively supported | natively supported | natively supported | natively supported | natively supported | natively supported | natively supported | natively supported |
| Task splitting | implement your own | natively supported | not supported | natively supported | not supported | natively supported | implement your own | not supported | not supported |
| Deflaking | implement your own | natively supported | not supported | natively supported | not supported | natively supported | implement your own | not supported | not supported |
Understandable
| Tool | Bazel | Gradle | Lage | Lerna | moon | Nx | Pants | Rush | Turborepo |
|---|---|---|---|---|---|---|---|---|---|
| Organization | by Google | by Gradle, Inc | by Microsoft | maintained by Nx team | by moonrepo | by Pants Build | by Microsoft | by Vercel | |
| Workspace analysis | implement your own | natively supported | natively supported | natively supported | natively supported | natively supported | natively supported | natively supported | natively supported |
| Project graph visualization | natively supported | implement your own | implement your own | natively supported | natively supported | natively supported | implement your own | implement your own | natively supported |
Manageable
| Tool | Bazel | Gradle | Lage | Lerna | moon | Nx | Pants | Rush | Turborepo |
|---|---|---|---|---|---|---|---|---|---|
| Source code sharing | natively supported | natively supported | natively supported | natively supported | natively supported | natively supported | natively supported | natively supported | natively supported |
| Polyglot support | natively supported | natively supported | not supported | not supported | natively supported | natively supported | natively supported | not supported | not supported |
| Code generation | implement your own | implement your own | implement your own | implement your own | natively supported | natively supported | natively supported | implement your own | implement your own |
| Project constraints and visibility | natively supported | implement your own | implement your own | implement your own | natively supported | natively supported | implement your own | natively supported | implement your own |
AI Support
(Details)| Feature | Bazel | Gradle | Lage | Lerna | moon | Nx | Pants | Rush | Turborepo |
|---|---|---|---|---|---|---|---|---|---|
| AI Skills | not supported | not supported | not supported | not supported | not supported | natively supported | not supported | not supported | natively supported |
| MCP Server | community provided | natively supported | not supported | not supported | natively supported | natively supported | not supported | natively supported | community provided |
| Agentic CI | not supported | implement your own | not supported | natively supported | not supported | natively supported | not supported | not supported | not supported |
How do they compare? let's see how each tools answer to each features.
The ability to store and replay file and process output of tasks. On the same machine, you will never build or test the same thing twice.
natively supported Bazel
- Bazel supports it.
natively supported Gradle Build Tool
- Gradle Build Tool supplies a local build cache natively. Gradle Enterprise adds support for replication and management.
natively supported Lage
- Lage supports it.
natively supported Lerna
- Lerna v6 has built-in local computation caching powered by the Nx.
natively supported moon
- moon supports it through tarballs and efficient file tree diffing while unpacking.
natively supported Nx
- Like React, Nx does tree diffing when restoring the results from its cache, which, on average, makes it faster than other tools (see this benchmark comparing Nx, Lage, and Turborepo).
natively supported Pants
- Pants supports it.
natively supported Rush
- Rush supports it, leveraging the system tar command to restore files more quickly.
natively supported Turborepo
- Turborepo supports it.
The ability to run tasks in the correct order and in parallel. All the listed tools can do it in about the same way, except Lerna, which is more limited.
natively supported Bazel
- Bazel supports it.
natively supported Gradle Build Tool
- Gradle Build Tool provides support for parallel tasks via configuration, and task orchestration through its flexible Groovy or Kotlin DSL.
natively supported Lage
- Lage supports it.
natively supported Lerna
- Lerna v6 leverages Nx to efficiently coordinate and parallelize tasks.
natively supported moon
- moon supports it.
natively supported Nx
- Nx supports it.
natively supported Pants
- Pants supports it.
natively supported Rush
- Rush supports it. Commands can be modeled either as a simple script or as separate "phases" such as build, test, etc.
natively supported Turborepo
- Turborepo supports it.
The ability to share cache artifacts across different environments. This means that your whole organisation, including CI agents, will never build or test the same thing twice.
However, not all caching solutions are secure, and can be vulnerable to cache poisoning. To learn more, see this blog post from the Nx team.
natively supported Bazel
- Bazel supports it.
natively supported Gradle Build Tool
- Gradle Build Tool offers a remote distributed cache. Gradle Enterprise adds support for replication and management.
natively supported Lage
- Lage supports it.
natively supported Lerna
- Lerna v6 can be connected to Nx Cloud to enable distributed caching.
natively supported moon
- moon supports it through moonbase.
natively supported Nx
- Nx supports it.
natively supported Pants
- Pants supports it.
natively supported Rush
- Rush has built-in support for Azure and AWS storage, with a plugin API allowing custom cache providers.
natively supported Turborepo
- Turborepo supports it.
The ability to distribute a command across many machines, while largely preserving the dev ergonomics of running it on a single machine.
natively supported Bazel
- Bazel's implementation is the most sophisticated one and can scale to repos with billions of lines of code. It's also difficult to set up.
implement your own Gradle Build Tool
- Gradle Enterprise can distribute Test tasks.
not supported Lage
- Lage doesn't support it.
natively supported Lerna
- Lerna v6 can be connected to Nx Cloud for enabling distributed task execution.
not supported moon
- moon doesn't support it.
natively supported Nx
- Nx's implementation isn't as sophisticated as Bazel's but it can be turned on with a small configuration change.
natively supported Pants
- Pant's implementation is similar to Bazel's and uses the same Remote Execution API.
implement your own Rush
- Rush provides this feature by optionally integrating with Microsoft's BuildXL accelerator.
not supported Turborepo
- Turborepo doesn't support it.
The ability to execute any command on multiple machines while developing locally.
natively supported Bazel
- This is Bazel's biggest differentiator.
not supported Gradle Build Tool
- Gradle Build Tool doesn't support it.
not supported Lage
- Lage doesn't support it.
not supported Lerna
- Lerna doesn't support it.
not supported moon
- moon doesn't support it.
not supported Nx
- Nx doesn't support it.
natively supported Pants
- Pant's implementation is similar to Bazel's and uses the same Remote Execution API.
not supported Rush
- Rush doesn't support it.
not supported Turborepo
- Turborepo doesn't support it.
Determine what might be affected by a change, to run only build/test affected projects.
implement your own Bazel
- Bazel doesn't have built-in support, however third-party tools such as target-determinator provide this feature by using Bazel's query language.
natively supported Gradle Build Tool
- Gradle Build Tool natively provides incremental building and up-to-date detection.
natively supported Lage
- Lage supports it.
natively supported Lerna
- Lerna supports it.
natively supported moon
- moon supports it through a combination of querying a VCS (git) and inspecting the file system.
natively supported Nx
- Nx supports it. Its implementation doesn't just look at what files changed but also at the nature of the change.
natively supported Pants
- Pants supports it.
natively supported Rush
- The command line parameters for project selection can detect which projects are impacted by a Git diff. Rush also provides a PackageChangeAnalyzer API for automation scenarios.
natively supported Turborepo
- Turborepo supports it.
Break large tasks into fine-grained cacheable units. Each slice can be cached and distributed independently.
implement your own Bazel
- Bazel supports static test sharding via the
shard_countattribute. Tests are split into N shards deterministically, but sharding is manual and not intelligence-driven. natively supported Gradle Build Tool
- Develocity Test Distribution splits tests across remote agents using historical execution time data. It creates balanced partitions and auto-utilizes new agents as they become available.
not supported Lage
- Lage doesn't support task splitting.
natively supported Lerna
- Lerna supports task splitting via Nx Cloud. The Atomizer automatically splits large e2e/test tasks into per-file cacheable targets.
not supported moon
- moon doesn't support task splitting.
natively supported Nx
- Nx Cloud's Atomizer automatically splits large e2e and test tasks into per-file cacheable targets. Each slice can be cached and distributed independently, with dynamic task assignment balanced by historical run time.
implement your own Pants
- Pants supports deterministic test sharding via
--test-shard=k/N, splitting the test suite by file count. Each test file runs as a separate process, but sharding is static and not intelligence-driven. not supported Rush
- Rush doesn't support task splitting.
not supported Turborepo
- Turborepo doesn't support task splitting.
Automatically detect flaky tests, quarantine them, and re-run only what failed. Keep your CI signal clean.
implement your own Bazel
- Bazel supports
--flaky_test_attempts(up to 10 retries) and aflakyattribute for automatic retries. Tests that fail then pass are marked as FLAKY. This is rule-based, not automatic detection. natively supported Gradle Build Tool
- Develocity provides ML-powered flaky test detection, identifying flaky tests within a single build and across builds. Integrates with test retry plugins for automatic re-runs.
not supported Lage
- Lage doesn't support deflaking.
natively supported Lerna
- Lerna supports deflaking via Nx Cloud, which automatically detects flaky tests and re-runs only the failures.
not supported moon
- moon doesn't support deflaking.
natively supported Nx
- Nx Cloud automatically detects flaky tests, quarantines them, and re-runs only what failed. Combined with Atomizer, failed tests are isolated at the file level for faster detection.
implement your own Pants
- Pants can automatically retry failed tests, which helps with flaky integration tests. This is a simple retry mechanism, not automatic flaky test detection or quarantine.
not supported Rush
- Rush doesn't support deflaking.
not supported Turborepo
- Turborepo doesn't support deflaking.
The ability to understand the project graph of the workspace without extra configuration.
implement your own Bazel
- Bazel allows developers to author BUILD files. Some companies build tools that analyse workspace sources and generate the BUILD files.
natively supported Gradle Build Tool
- Gradle Build Tool developers script build tasks in Groovy using build.gradle, or Kotlin using build.gradle.kts.
natively supported Lage
- Lage analyses package.json files.
natively supported Lerna
- Lerna analyses package.json files.
natively supported moon
- moon analyses manifest files (package.json) of all tier 2 languages it supports. In the future, will support more languages with WASM plugins.
natively supported Nx
- By default, Nx analyses
package.json, JavaScript, and TypeScript files. It's pluggable and can be extended to support other platforms (e.g, Go, Java, Rust). natively supported Pants
- This is Pants's biggest differentiator. It uses static analysis to automatically infer file-level dependencies for all the languages and frameworks it supports.
natively supported Rush
- Rush projects have the same package.json file and build scripts as a single-repo project. Tooling/configuration is shared across the monorepo by optionally creating "rig packages."
natively supported Turborepo
- Turborepo analyses package.json files.
Visualize dependency relationships between projects and/or tasks. The visualization is interactive meaning you are able to search, filter, hide, focus/highlight & query the nodes in the graph.
natively supported Bazel
- Bazel's implementation supports a custom query language to filter out node you are not interested in.
implement your own Gradle Build Tool
- Gradle Build Scan provides rich dependency information, and third party tools are available for project/task graphs.
implement your own Lage
- Lage doesn't come with a visualizer but it's possible to write your own.
implement your own Lerna
- Lerna doesn't come with a visualizer but it's possible to write your own.
natively supported moon
- moon comes with an interactive but non-filterable visualizer. Supports both dependency and project graphs.
natively supported Nx
- Nx comes with an interactive visualizer that allows you to filter and explore large workspaces.
implement your own Pants
- Pants doesn't come with a visualizer, but it can emit a JSON file containing the fine-grained graph structure of your codebase, which can be processed into input for visualization tools.
implement your own Rush
- Rush doesn't come with a visualizer but it's possible to write your own.
natively supported Turborepo
- Turborepo uses Graphviz to generate static image and HTML file of the execution plan. The implementation is not interactive.
Facilitates sharing of discrete pieces of source code.
natively supportedBazel
- Bazel supports it. Any folder of files can be marked as a project and can be shared. Bazel build rules are used to enable sharing without hurting dev ergonomics.
natively supportedGradle Build Tool
- Gradle Build Tool can publish shareable artifacts and consume dependencies from multiple repositories.
natively supportedLage
- Lage supports it. Only npm packages can be shared.
natively supportedLerna
- Lerna supports it. Only npm packages can be shared.
natively supportedmoon
- moon supports it. Only packages from supported languages can be shared.
natively supportedNx
- Nx supports it. Any folder of files can be marked as a project and can be shared. Nx plugins help configure WebPack, Rollup, TypeScript and other tools to enable sharing without hurting dev ergonomics.
natively supportedPants
- Pants supports packaging, publishing and consuming code artifacts across repos, using the standard idioms of the underlying languages and frameworks.
natively supportedRush
- Rush supports it, however discourages importing code from folders that are not a declared npm dependency. This ensures that projects can be easily moved between monorepos. For situations where creating a package is too much overhead, "packlets" offer a lightweight alternative.
natively supportedTurborepo
- Turborepo supports it. Only npm packages can be shared.
Same commands for building, testing, and serving regardless of what language, framework, or tool a project uses.
natively supportedBazel
- Bazel's build rules act like plugins for different technologies and frameworks.
natively supported Gradle Build Tool
- Gradle Build Tool is extensible through an ecosystem of plugins allowing it to, for instance, build native with CMake or package with webpack.
not supportedLage
- Lage can only run npm scripts.
not supportedLerna
- Lerna can only run npm scripts.
natively supportedmoon
- moon can run any binary/command that exists on the current machine. With its integrated toolchain, can also download and install necessary tools behind the scene.
natively supportedNx
- Nx is pluggable. It is able to invoke npm scripts by default, but can be extended to invoke other tools (e.g., Gradle).
natively supportedPants
- Pants has a robust Plugin API that provides a uniform UX across languages and frameworks. It provides multiple plugins out of the box, including for Python, Java, Scala, Go, Shell and Docker, with more on the way. You can also write your own custom build rules using the same API.
not supportedRush
- Rush only builds TypeScript/JavaScript projects, recommending a decoupled approach where native components are built separately using native toolchains or BuildXL. Ideally Node.js is the only required prerequisite for monorepo developers.
not supportedTurborepo
- Turborepo can only run npm scripts, but nodejs doesn’t have to be installed.
Native support for generating code
implement your ownBazel
- External generators can be used.
implement your ownGradle Build Tool
- External generators can be used.
implement your ownLage
- External generators can be used.
implement your ownLerna
- External generators can be used.
natively supportedmoon
- moon provides a file system/template based code generation layer.
natively supportedNx
- Nx comes with powerful code generation capabilities. It uses a virtual file system and provides editor integration. Nx plugins provided generators for popular frameworks. Other generators can be used as well.
natively supportedPants
- Pants ships with plugins for popular code generation frameworks, including Protobuf/gRPC, Thrift, Scrooge, Avro, and SOAP. There is Plugin API support for easily adding new code generators. It supports generating code in multiple languages from a single codegen source. It is able to infer dependencies by static analysis of codegen sources, and correctly invalidate generated code when those sources change.
implement your ownRush
- The Rush maintainers suggest to maintain project templates as ordinary projects in the monorepo, to ensure they compile without errors. A project scaffolding command is available via a community plugin.
implement your ownTurborepo
- External generators can be used.
Supports definition of rules to constrain dependency relationships within the repo. For instance, developers can mark some projects as private to their team so no one else can depend on them. Developers can also mark projects based on the technology used (e.g., React or Nest.js) and make sure that backend projects don't import frontend ones.
natively supportedBazel
- Bazel supports visibility rules which help you separate what is private from what is public, what can be shared, etc.
implement your ownGradle Build Tool
- While not supported natively, Gradle Build Tool's rich plugin possibilities allow rules like these to be developed.
implement your ownLage
- A linter with a set of custom rules and extra configuration can be used to ensure that some constraints hold.
implement your ownLerna
- A linter with a set of custom rules and extra configuration can be used to ensure that some constraints hold.
natively supportedmoon
- moon has built-in support for project boundaries and constraints. No external tools or commands are necessary, simply tag and annotate all projects in the workspace.
natively supportedNx
- Developers can annotate projects in any way they seem fit, establish invariants, and Nx will make sure they hold. It allows developers to annotate what is private and what is not, what is experimental and what is stable, etc. Nx also allows you to define public API for each package, so other developers aren't able to deep import into them.
implement your ownPants
- While not yet supported natively, a custom plugin could be written to enforce such rules.
natively supportedRush
- Rush can optionally require approvals when introducing new NPM dependencies (internal or external), based on project type. It also supports version policies for NPM publishing.
implement your ownTurborepo
- A linter with a set of custom rules and extra configuration can be used to ensure that some constraints hold.
Agent skills and rules files that help AI coding assistants (Claude, Copilot, Cursor, etc.) understand the tool, generate correct commands, and follow best practices. Skills teach agents how to work effectively in your monorepo.
not supported Bazel
- No official or community AI agent skills available.
not supported Gradle Build Tool
- No official or community AI agent skills available.
not supported Lage
- Lage doesn't provide AI agent skills.
not supported Lerna
- No Lerna-specific AI skills. Lerna workspaces can partially benefit from Nx's AI skills when Nx is used underneath.
not supported moon
- moon doesn't provide AI agent skills.
natively supported Nx
- Nx provides the most comprehensive AI skills offering via the official nx-ai-agents-config package. Skills for Claude Code, GitHub Copilot, Cursor, Gemini, and OpenCode cover workspace exploration, task execution, plugin management, CI monitoring, and code generation.
not supported Pants
- Pants doesn't provide AI agent skills.
not supported Rush
- Rush doesn't provide separate AI agent skills. Its MCP server includes documentation access via the
rush_docstool. natively supported Turborepo
- Turborepo ships an official agent skill covering task pipeline configuration, caching strategies, filter/affected usage, and monorepo best practices. Also provides a
turbo docscommand for AI-friendly documentation access.
An MCP (Model Context Protocol) server that exposes monorepo capabilities to AI agents: project graph awareness, task execution, code generation, and more. Agents that understand your workspace structure make better decisions.
community provided Bazel
- Multiple community-maintained MCP servers exist (e.g., bazel-mcp-server, mcp-bazel) exposing build, test, query, and dependency analysis. No official MCP server from the Bazel team.
natively supported Gradle Build Tool
- Develocity ships an official MCP server for build analytics: failure investigation, test pattern analysis, and natural language queries against build data. A community Gradle Tooling API MCP server also exists.
not supported Lage
- Lage doesn't provide an MCP server.
not supported Lerna
- No Lerna-specific MCP server. The Nx MCP server can work with Lerna monorepos since Nx powers Lerna under the hood.
natively supported moon
- moon ships a built-in MCP server via
moon mcp. Exposes project and task queries, touched file detection, and workspace syncing. Works with Claude Code, Cursor, VS Code, and Zed. natively supported Nx
- The Nx MCP Server ships with Nx Console and is also available standalone via
npx nx-mcp. Provides workspace analysis, generator tools, documentation, CI pipeline analysis, and Nx Cloud analytics. The most feature-rich monorepo MCP server available. not supported Pants
- Pants doesn't provide an MCP server.
natively supported Rush
- Rush has an official MCP server (@rushstack/mcp-server) built by TikTok engineers. Provides workspace details, project analysis, documentation, command validation, and migration tools. Extensible via Rush MCP plugins.
community provided Turborepo
- No official MCP server from Vercel. Basic community implementations exist but are not full workspace-aware MCP servers. An active feature request is open.
AI-powered CI that goes beyond just running tasks. Self-healing broken PRs by diagnosing failures and proposing fixes, automatically re-running flaky tasks, and providing intelligent feedback to developers.
not supported Bazel
- Bazel doesn't provide agentic CI capabilities. Third-party analytics (EngFlow, BuildBuddy) offer build event viewing but no AI-driven analysis or self-healing.
implement your own Gradle Build Tool
- Develocity provides AI-powered failure grouping across build history and an analytics MCP server for natural language investigation of CI failures. This is analysis and diagnosis only — it does not auto-generate or push code fixes.
not supported Lage
- Lage doesn't provide agentic CI capabilities.
natively supported Lerna
- When connected to Nx Cloud, Lerna workspaces benefit from self-healing CI. No Lerna-specific agentic CI features.
not supported moon
- moon doesn't provide agentic CI capabilities. moonbase offers basic CI insights but no AI analysis.
natively supported Nx
- Nx Cloud's Self-Healing CI automatically diagnoses CI failures using error logs, stack traces, and the project graph, then generates and verifies code fixes. Developers review via PR comments or the Nx Cloud dashboard. Available on all plans with auto-apply mode for high-confidence fixes.
not supported Pants
- Pants doesn't provide agentic CI capabilities.
not supported Rush
- Rush doesn't provide agentic CI capabilities. Its MCP server is for local development assistance only.
not supported Turborepo
- Turborepo doesn't provide agentic CI capabilities.
# Contributors
All this content has been created, reviewed and validated by these awesome folks.
