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✓ On-time delivery
+ Agile delivery
2-wk sprints
Electron.js Development Services

Cross-Platform Desktop Apps Built with Electron.js

We build cross-platform desktop applications using Electron.js — one codebase for Mac, Windows, and Linux. React frontend, Node.js backend, full deployment.

Mac, Windows & Linux
React + Node.js
Auto-Updater
100% IP Yours
Free first consultationNo commitment needed

Desktop app development

Electron, React, Node.js

100%

code & IP yours from day one

typical MVP timeline
est.

6–10 wks

48h

Avg. Response Time

no surprises, ever

What are Electron JS development services?

Electron JS development services cover the design, build, and distribution of cross-platform desktop applications using the Electron framework. Electron embeds Chromium and Node.js into a desktop application, letting teams build Windows, Mac, and Linux apps from a single JavaScript or TypeScript codebase. An Electron development company handles the process model architecture (main process, renderer process, preload scripts), native OS integrations, security hardening, auto-update pipeline, code signing and notarisation, and packaging for distribution through direct download, Mac App Store, or enterprise MDM deployment.

Electron Services

What We Build With Electron

From simple utilities to complex enterprise desktop platforms with native OS integration.

01

Custom Electron Application Development

Cross-platform desktop apps for Windows, Mac, and Linux from a single JavaScript codebase, delivered with full code signing and auto-update pipeline.

02

React and Electron Integration

Production-grade Electron apps using React for UI, TypeScript throughout, and Vite for build tooling that gives your team web-speed development cycles.

03

Native OS Integration

System tray, file system access, native notifications, clipboard, global shortcuts, and OS-level permissions wired up correctly in the main process.

04

Auto-Update System Implementation

electron-updater integration with custom update channels, staged rollouts, and update UX so your users always run the latest version without manual downloads.

05

Electron Security Hardening

contextBridge, preload scripts, CSP configuration, and renderer process isolation for production security that passes enterprise security reviews.

06

Electron Performance Optimisation

Main and renderer process profiling, IPC optimisation, memory management, and cold start improvements that eliminate the sluggishness Electron is known for.

How It Works

One Codebase, Two Processes, Native OS Access

The Electron process model explained, and what it unlocks for your application.

Main Process
Node.js environment
  • OS API access
  • Window management
  • File system
  • Tray + auto-updater
  • Background workers
Renderer Process
Chromium-based UI
  • React / Vue UI
  • Isolated from Node.js
  • Communicates via IPC only
  • Sandboxed for security
Preload Scripts
Security bridge
  • contextBridge only
  • Exposes safe APIs
  • TypeScript-typed IPC
  • Security boundary

File System

Read/write local files, watch directories, open file and folder dialogs

System Tray

Tray icon, context menu, background operation when window is closed

Notifications

Native OS notifications with action buttons, sound, and badge count

Auto-Update

Background update check, progress download, silent install on restart

Protocols

Custom URL scheme handling and deep linking into the app from a browser

Hardware

USB, serial port, Bluetooth, and local network device discovery

Why Electron

Your Web Team Builds the Desktop App - No New Hiring

Electron lets your existing React or Vue team ship a cross-platform desktop application without learning Swift, Kotlin, or C++. The renderer process is a standard web app; the main process adds Node.js for OS access.

A single JavaScript codebase deploys to Windows and Mac simultaneously, with native OS integrations and auto-updates handled by the Electron runtime rather than platform-specific code.

Shared codebase with your web frontend (React/Vue/Svelte)
One team maintains web and desktop versions
Full access to Node.js APIs for file system and OS integration
Native OS look-and-feel with custom UI where needed
Automatic updates delivered silently in the background
Code signing for Mac App Store and Windows Authenticode
Offline-capable apps with local SQLite or LevelDB storage
2x to 5x faster time to market vs native desktop development
Delivery Process

How We Build Your Electron App

From requirements to a signed, packaged, auto-updating desktop application.

01

Desktop Requirements and OS Target Planning

Define which OS targets are required, which native integrations are needed, and what the offline and update strategy will be.

02

Electron Architecture and Process Model Design

Design the main/renderer process split, IPC contracts, preload script API surface, and security configuration.

03

Main Process and IPC Layer Build

Implement all OS integrations, file system access, system tray, auto-updater, and typed IPC handlers in the main process.

04

React UI and Renderer Process

Build the application UI in React with TypeScript, connected to the main process via typed IPC calls through preload scripts.

05

Native OS Integrations and Auto-Update

Wire up all native integrations, configure electron-updater with your update channels, and test on both Windows and Mac hardware.

06

Code Signing, Packaging, and Distribution

Mac notarisation, Windows Authenticode signing, electron-builder packaging for all targets, and distribution pipeline setup.

Indicative Pricing

Electron Project Investment Ranges

Fixed-scope pricing including code signing, auto-update setup, and distribution pipeline.

Project TypeScopeInvestment (USD)
Simple desktop utilitySingle-window, basic OS integration$15,000 - $35,000
Full desktop applicationMulti-window, tray, auto-update, offline$40,000 - $90,000
Complex desktop platformBackground sync, native integrations, enterprise deployment$80,000 - $160,000+

All projects include code signing and notarisation for Mac and Windows, auto-update configuration, and packaging for your chosen distribution channels.

Why CodeShiper

Why Teams Choose Us for Electron

Six specialisations that separate an Electron expert from a web developer who read the docs.

01

Electron Security Expertise

contextBridge, preload scripts, CSP, and sandbox configuration done correctly from the start. We follow the Electron security checklist and can produce a security audit report.

02

React and Electron Integration Patterns

Typed IPC contracts, Vite-based dev tooling, and a project structure that lets your web team contribute to the desktop app immediately.

03

Auto-Update Pipeline Delivery

electron-updater configured with update channels, staged rollouts, and update UX. Your users get updates automatically; you control the rollout pace.

04

Code Signing for Mac and Windows

Mac notarisation and Windows Authenticode signing handled as part of the build pipeline. No "Unknown Publisher" warnings for your users.

05

Offline-First Architecture

Local SQLite storage, sync queue patterns, and conflict resolution for apps that need to work without internet access.

06

Distribution Pipeline

Mac App Store, direct download (DMG/EXE), and MSI packaging for enterprise deployment via Group Policy or MDM.

100%
IP ownership from day one
2 wks
First working build
48 h
Average response time
98%
Client satisfaction rate
FAQ

Common Questions About Electron JS Development

Electron vs Tauri vs native - which should I choose?
Electron uses Chromium and Node.js, giving you the largest ecosystem and the easiest path for teams with web experience. Tauri uses the OS webview and Rust for the backend, producing smaller binaries with a lower memory footprint but a steeper learning curve and a smaller plugin ecosystem. Native Swift or Kotlin gives the best performance and OS integration but requires a dedicated mobile/desktop team and two separate codebases. For most product teams with web developers, Electron is the practical choice for shipping fast.
Is Electron secure enough for enterprise use?
Yes, when configured correctly. The main security requirements are: using contextBridge and preload scripts instead of nodeIntegration:true, enabling sandbox mode for renderer processes, setting a strict Content Security Policy, disabling remote module, and auditing third-party npm packages. Electron's defaults have improved significantly since version 12. We harden every Electron app with these settings and include a security checklist in delivery.
Why does Electron have a reputation for being slow?
Electron's reputation comes from early high-profile apps that shipped unoptimised Chromium builds. Cold start time is the main complaint and can be improved with V8 snapshots, lazy module loading, and deferred initialisation. Memory usage is higher than native apps because you ship a full Chromium build, but modern machines handle this comfortably. For most business applications, Electron performance is indistinguishable from native in practice. We profile and optimise cold start and IPC performance as part of every engagement.
How do auto-updates work in Electron?
electron-updater (part of electron-builder) handles automatic updates. The app polls an update server on startup, downloads updates in the background, and prompts the user to restart to apply them. You can configure staged rollouts (release to 10% first), multiple channels (stable, beta, alpha), and silent updates that install on next restart. The update server can be a simple S3 bucket with a latest.yml manifest or a service like Hazel or update.electronjs.org.
What is involved in code signing for Windows and Mac?
Mac code signing requires an Apple Developer account, a Developer ID Application certificate, and Notarisation via Apple's notary service. Without notarisation, macOS Gatekeeper blocks the app. Windows code signing requires an Authenticode certificate from a certificate authority like DigiCert or Sectigo. Without signing, Windows SmartScreen shows an "Unknown Publisher" warning. Both are required for professional distribution. We handle the full code signing and notarisation pipeline as part of the packaging step.
Can Electron apps be deployed in enterprise environments?
Yes. Electron apps can be distributed as MSI installers for Windows Group Policy deployment, as PKG or DMG for Mac enterprise MDM, or through Microsoft Store and Mac App Store. Auto-update servers can be hosted internally for air-gapped environments. Enterprise deployments often need custom update channels, certificate pinning, SSO integration via the OS webview, and logging to corporate SIEM systems - all of which are achievable in Electron.
Can Electron apps work offline?
Yes. Electron has full access to the file system and can embed SQLite (via better-sqlite3), LevelDB, or PouchDB for local storage. Apps can cache data locally, queue writes when offline, and sync when connectivity returns. Offline-first architecture is one of Electron's strongest advantages over pure web apps, since the Node.js process has unrestricted disk access without browser sandbox limitations.
How do I distribute an Electron app?
The main distribution options are: direct download from your website (DMG for Mac, EXE installer or NSIS for Windows), Mac App Store, Microsoft Store, or Homebrew cask. electron-builder handles packaging for all targets from a single build script. For enterprise, MSI packaging with Group Policy support is the standard. We set up the full distribution pipeline including code signing, notarisation, and auto-update configuration as part of delivery.
Can I use React with Electron?
React is the most popular choice for Electron UI development. The standard stack is React with TypeScript in the renderer process, Vite for fast hot-module reloading during development, and typed IPC contracts between the main and renderer process via preload scripts. This gives you a developer experience nearly identical to building a web app, while the main process handles all native OS API access. We use this stack on every React-based Electron project.
When is a desktop app better than a web app?
Desktop apps are better when you need file system access beyond the browser file picker, native OS integrations (system tray, global shortcuts, native notifications), offline-first functionality, access to hardware (USB, serial port, Bluetooth), integration with local software (printers, local databases, desktop applications), or when your users are in environments with unreliable internet. Electron bridges the gap by letting your web team build a desktop app without learning native development.

Let's Talk

Ready to Build Your Desktop App With Electron?

Tell us your desktop app requirements and we will scope an Electron architecture with the OS integrations your users need. No commitment required.

Get a Free Electron Project EstimateSchedule a Call
NDA available before any technical discussionResponse within 48 hoursNo pressure. No hard sell.