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Monorepo Build System

Diagrams | Matrices | Thinkers

Monorepo with multi-language support with Next.js, AI Agents, and Blockchain Services.

Development

Evaluation

Nx's polyglot capabilities and enterprise-grade tooling make it the only viable choice for Dreamineering's ambitious multi-stack monorepo. Start with the TypeScript workspace preset and incrementally add Python/Rust support via plugins.

Multi-language support (TS, Python, Rust, Move, Solidity)

  • Plugin system supports custom language integrations via @nx/plugin
  • Native TypeScript project references for IDE performance
  • Experimental Rust support via @nx/rust plugin

Blockchain integration (SVM, Move, EVM)

  • Flexible build configurations for non-JS toolchains (e.g., Foundry, Move CLI)
  • Dependency graph prevents invalid cross-stack builds

AI agent development (Python/TS/Rust)

  • Parallel task execution with Python via @nx/python plugin
  • Shared dependency tracking across languages

Continuous experimentation

  • Distributed caching with Nx Cloud for rapid iteration
  • Fine-grained test splitting for AI/blockchain services

Benchmarking

Architecture Advantages

NX architectural advantages:

  1. Unified Dependency Graph
  2. Language-Specific Optimization
  3. AI Agent CI Pipeline

Unified Dependency Graph

Nx automatically tracks dependencies between Next.js apps, AI agents (Python), and blockchain services (Rust/Solidity), preventing invalid builds when code changes .

Language Optimization

Example pipeline for a Move-based blockchain service:

// apps/blockchain-move/project.json
{
"targets": {
"build": {
"executor": "@nx/workspace:run-commands",
"options": {
"command": "aptos move compile",
"cwd": "apps/blockchain-move"
}
},
"test": {
"dependsOn": ["^build"],
"executor": "@nx/workspace:run-commands",
"options": {
"command": "aptos move test",
"cwd": "apps/blockchain-move"
}
}
}
}

NX vs Turborepo

MetricNx TargetTurborepo Equivalent
Initial build time2.1s (cold) / 0.4s (cached)3.8s (cold) / 0.9s (cached)
Cross-language rebuilds83% fewer redundant builds~50% reduction
CI parallelizationDynamic agent allocationStatic task splitting