Hire a Dedicated ReactJS Developer — TypeScript-First, Ships on Time

React and React Native are both maintained by Meta, share the same component model and hooks API, and are written in JavaScript/TypeScript. The difference is where they render. React (often called ReactJS) renders to a browser DOM — it produces web pages and web applications. React Native renders to native platform UI components — it produces iOS and Android mobile applications. React Native does not use HTML or a browser; it maps React components to platform-native widgets (UIView on iOS, View on Android). A ReactJS developer and a React Native developer have overlapping skills in JavaScript and component thinking, but they work in different environments with different tools, different debugging workflows, and different platform constraints. If you need iOS and Android mobile apps, see our dedicated React Native developers.

Yes, as a default. TypeScript is not optional for us on any new React project. It catches type errors at compile time rather than in production, makes component props self-documenting without JSDoc comments, enables safe refactoring with IDE support, and serves as a contract between the components a developer writes and the ones their colleagues consume. For existing JavaScript codebases we can manage incremental TypeScript adoption — adding strict typing to new components and high-risk areas before migrating the rest.

The state management choice depends on what the application actually needs. We use React Query (TanStack Query) for any state that comes from a server — API data, pagination, cache invalidation. We use Zustand for lightweight client-side global state where a simpler alternative to Redux is appropriate. We use Redux Toolkit for large applications with complex state interactions where the reducer pattern and DevTools debugging justify the boilerplate. We do not use Context API as a state management tool for anything that changes frequently — it is the right choice for stable config (theme, auth user), not for application state.

A standard SPA with 10–20 views, a design system, and an API integration: 8–12 weeks with a single dedicated developer. A complex dashboard with real-time data, rich data visualisation, and 30+ views: 12–20 weeks. A component library with Storybook, accessibility compliance, and design token integration: 4–8 weeks as a standalone deliverable. These timelines assume the design is finalised before development starts — design in parallel with development reliably extends timelines by 30–50%.

Yes — most of our React engagements are embedded in an existing engineering team. The developer joins your Slack, your Git repository, your sprint ceremonies, and works to your team's code standards. We ask for a code standards document or an example of existing code in the first week so the work is consistent with what is already there, not a stylistically different island in the codebase.

All three are production-proven. React is the most widely deployed, has the largest talent pool, and gives teams the most architectural flexibility — you choose your own routing, state management, and tooling. Angular is a full-framework choice: opinionated, strongly typed with TypeScript throughout, and best suited to large enterprise teams that want conventions enforced by the framework rather than agreed by the team. Vue sits between React and Angular — faster to learn than React, less opinionated than Angular, and strongest in Asia-Pacific markets. For most teams starting a new SPA or dashboard: React with TypeScript is the default choice because of ecosystem depth, hiring availability, and the ability to adopt patterns incrementally. Angular is the right call when your team is large and you want the CLI, decorators, and module system to enforce structure. Vue is the right call when your team already knows it, or when you are building for markets where Vue has strong community adoption. Automely builds in all three and recommends based on your team's existing skills and project requirements — not the framework popularity chart.

React is a UI library that runs in the browser and renders on the client side. Next.js is a full framework built on React that adds server-side rendering (SSR), static site generation (SSG), the App Router with React Server Components (RSC), file-based routing, and built-in API routes. You need Next.js when: your application needs pages to be indexed by search engines and client-side rendering is not enough for crawlers; you want the performance benefits of server-rendered HTML for the initial page load; you want React Server Components to reduce client-side JavaScript; you are building a content-heavy site where some pages should be statically generated at build time. You can use React alone (with Vite) when: you are building a SPA that sits behind authentication and SEO does not matter; you have an existing backend and only need a client-side frontend. In practice, most Automely frontend projects for public-facing pages use Next.js, while internal dashboards and authenticated applications typically use React alone. Our developers cover both. For Next.js-specific projects, see our dedicated Next.js developers.

Automely places dedicated ReactJS developers on a flat monthly retainer — no hourly billing, no scope creep invoices. The retainer cost depends on seniority (mid or senior), engagement type (full-time 8 hours per day or part-time 4 hours per day), and project requirements. For context: a senior ReactJS developer in the US or UK costs between $130,000 and $180,000 per year in salary alone, before recruitment fees, benefits, equipment, and management overhead. Automely's dedicated model delivers senior TypeScript-first ReactJS engineers at a significantly lower total cost with 7-day onboarding and no long-term commitment. Book a free call for a specific retainer quote based on your project requirements.