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layout default
title Chapter 7: Deployment and Distribution
nav_order 7
parent Bolt.diy Tutorial

Chapter 7: Deployment and Distribution

Welcome to Chapter 7: Deployment and Distribution. In this part of bolt.diy Tutorial: Build and Operate an Open Source AI App Builder, you will build an intuitive mental model first, then move into concrete implementation details and practical production tradeoffs.

bolt.diy supports multiple delivery targets. This chapter helps you select the right one for your audience, constraints, and operational maturity.

Deployment Targets in Practice

Project documentation and scripts indicate support for:

  • web deployment paths (for example Vercel, Netlify, GitHub Pages style workflows)
  • containerized self-hosted runtime
  • desktop distribution via Electron build flow

Decision Matrix

Target Best For Strengths Tradeoffs
managed web hosting internal demos and broad access fastest sharing and iteration tighter platform/runtime constraints
self-hosted Docker security-conscious teams runtime control and network policy alignment higher ops overhead
desktop (Electron) local-first users local environment and offline-friendly workflows update and packaging complexity

Pre-Deployment Hardening

Before shipping any target:

  1. pin provider defaults and fallbacks
  2. enforce environment-specific secret injection
  3. run smoke tests for generation + diff + validation loop
  4. document rollback command path

Environment Strategy

Use explicit config partitions:

  • dev: broad experimentation, low blast radius
  • stage: production-like configuration for final validation
  • prod: locked policies, guarded credentials, audit logging

Never reuse dev credentials in production.

Container Path (Recommended Baseline for Teams)

A container baseline reduces machine drift and supports policy controls:

  • versioned image build
  • fixed runtime dependencies
  • predictable startup scripts
  • easier infra handoff to platform teams

Container release checklist

  • image pinned by digest/tag
  • runtime env vars validated at startup
  • health endpoint or smoke check available
  • logs exported to central collector

Web Deployment Path

Choose this when onboarding speed matters most.

Minimum controls:

  • CI-gated deployment
  • secret configuration in hosting platform
  • environment-specific base URLs and provider settings
  • rollback to prior release artifact

Desktop Distribution Path

Electron workflows are useful for local-first operator experience.

Controls to add:

  • signed artifact strategy where applicable
  • update channel policy (stable/beta)
  • runtime permission and secure storage review
  • crash and telemetry visibility (privacy-aware)

Release Process Template

1) Cut release branch
2) Run docs + tests + smoke checks
3) Build target artifact (web/container/desktop)
4) Deploy to stage
5) Validate task loop end-to-end
6) Promote to production
7) Monitor for regressions and rollback triggers

Rollback Design

For each target, define rollback before first production launch:

  • web: previous deployment alias
  • container: previous image tag + config set
  • desktop: prior stable version and update channel fallback

Chapter Summary

You now have a deployment framework that aligns target choice with:

  • team maturity
  • compliance and control needs
  • operational cost and complexity

Next: Chapter 8: Production Operations

Depth Expansion Playbook

Source Code Walkthrough

app/utils/debugLogger.ts

The LogEntry interface in app/utils/debugLogger.ts handles a key part of this chapter's functionality:

  systemInfo: SystemInfo;
  appInfo: AppInfo;
  logs: LogEntry[];
  errors: ErrorEntry[];
  networkRequests: NetworkEntry[];
  performance: PerformanceEntry;
  state: StateEntry;
  userActions: UserActionEntry[];
  terminalLogs: TerminalEntry[];
}

export interface SystemInfo {
  platform: string;
  userAgent: string;
  screenResolution: string;
  viewportSize: string;
  isMobile: boolean;
  timezone: string;
  language: string;
  cookiesEnabled: boolean;
  localStorageEnabled: boolean;
  sessionStorageEnabled: boolean;
}

export interface AppInfo {
  version: string;
  buildTime: string;
  currentModel: string;
  currentProvider: string;
  projectType: string;
  workbenchView: string;
  hasActivePreview: boolean;

This interface is important because it defines how bolt.diy Tutorial: Build and Operate an Open Source AI App Builder implements the patterns covered in this chapter.

app/utils/debugLogger.ts

The ErrorEntry interface in app/utils/debugLogger.ts handles a key part of this chapter's functionality:

  appInfo: AppInfo;
  logs: LogEntry[];
  errors: ErrorEntry[];
  networkRequests: NetworkEntry[];
  performance: PerformanceEntry;
  state: StateEntry;
  userActions: UserActionEntry[];
  terminalLogs: TerminalEntry[];
}

export interface SystemInfo {
  platform: string;
  userAgent: string;
  screenResolution: string;
  viewportSize: string;
  isMobile: boolean;
  timezone: string;
  language: string;
  cookiesEnabled: boolean;
  localStorageEnabled: boolean;
  sessionStorageEnabled: boolean;
}

export interface AppInfo {
  version: string;
  buildTime: string;
  currentModel: string;
  currentProvider: string;
  projectType: string;
  workbenchView: string;
  hasActivePreview: boolean;
  unsavedFiles: number;

This interface is important because it defines how bolt.diy Tutorial: Build and Operate an Open Source AI App Builder implements the patterns covered in this chapter.

app/utils/debugLogger.ts

The NetworkEntry interface in app/utils/debugLogger.ts handles a key part of this chapter's functionality:

  logs: LogEntry[];
  errors: ErrorEntry[];
  networkRequests: NetworkEntry[];
  performance: PerformanceEntry;
  state: StateEntry;
  userActions: UserActionEntry[];
  terminalLogs: TerminalEntry[];
}

export interface SystemInfo {
  platform: string;
  userAgent: string;
  screenResolution: string;
  viewportSize: string;
  isMobile: boolean;
  timezone: string;
  language: string;
  cookiesEnabled: boolean;
  localStorageEnabled: boolean;
  sessionStorageEnabled: boolean;
}

export interface AppInfo {
  version: string;
  buildTime: string;
  currentModel: string;
  currentProvider: string;
  projectType: string;
  workbenchView: string;
  hasActivePreview: boolean;
  unsavedFiles: number;
  workbenchState?: {

This interface is important because it defines how bolt.diy Tutorial: Build and Operate an Open Source AI App Builder implements the patterns covered in this chapter.

app/utils/debugLogger.ts

The PerformanceEntry interface in app/utils/debugLogger.ts handles a key part of this chapter's functionality:

  errors: ErrorEntry[];
  networkRequests: NetworkEntry[];
  performance: PerformanceEntry;
  state: StateEntry;
  userActions: UserActionEntry[];
  terminalLogs: TerminalEntry[];
}

export interface SystemInfo {
  platform: string;
  userAgent: string;
  screenResolution: string;
  viewportSize: string;
  isMobile: boolean;
  timezone: string;
  language: string;
  cookiesEnabled: boolean;
  localStorageEnabled: boolean;
  sessionStorageEnabled: boolean;
}

export interface AppInfo {
  version: string;
  buildTime: string;
  currentModel: string;
  currentProvider: string;
  projectType: string;
  workbenchView: string;
  hasActivePreview: boolean;
  unsavedFiles: number;
  workbenchState?: {
    currentView: string;

This interface is important because it defines how bolt.diy Tutorial: Build and Operate an Open Source AI App Builder implements the patterns covered in this chapter.

How These Components Connect

flowchart TD
    A[LogEntry]
    B[ErrorEntry]
    C[NetworkEntry]
    D[PerformanceEntry]
    E[StateEntry]
    A --> B
    B --> C
    C --> D
    D --> E
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