turborepo

Monorepo task orchestration is configured using `turbo.json` to define task dependencies, ensuring build, test, and lint tasks run in the correct order across multiple packages. This prevents redundant execution and manages package dependencies efficiently.

Intelligent caching in Turborepo stores task outputs to avoid redundant work during CI and local development. By caching these outputs, subsequent builds skip previously completed tasks, significantly speeding up CI pipelines and local task execution.

Remote caching for a JavaScript monorepo is set up by configuring `turbo.json` to store and retrieve cached task outputs remotely. This allows CI pipelines and local environments to share build caches, avoiding redundant work across machines.

Yes, Turborepo uses dependency awareness to run tasks only when necessary. By understanding package dependencies and utilizing caching strategies, it skips task execution when inputs have not changed, optimizing monorepo build times.

Limitations of monorepo build systems like Turborepo include the need to understand `turbo.json` configuration and filtering techniques for efficient execution. Complex dependency management and caching strategies require careful setup to avoid CI bottlenecks.

Yes, Turborepo supports filtering techniques to run specific tasks across targeted packages within a monorepo. This allows developers to execute build, test, or lint tasks on isolated subsets of the project, optimizing workflow efficiency.