Web Development with Next.js & React

Fast, responsive websites and web apps built with modern frameworks. Accessible by default, optimized for Core Web Vitals, and designed to convert visitors into users.

Most web performance problems are not caused by the framework. They come from shipping more JavaScript than the page needs, images that were never sized for the slot they occupy, and content that only exists after a client-side fetch resolves. Server-side rendering with Next.js addresses the last of those directly: the HTML arrives complete, which matters for users on slow connections and for the search and AI crawlers that do not wait around for scripts to finish.

The clearest evidence for this work is the site you are reading. mishorastudio.com is Next.js and React with TypeScript, Tailwind, and Supabase on PostgreSQL — with a content management layer, an admin panel, authentication, payment handling, and a licensed download flow behind it. Not a template with the colours changed.

This does not contradict the studio's native-first position on apps. That position is about not shipping a wrapped webview and calling it an iOS app. The web is its own platform with its own native technology; building properly for it is the same principle applied, rather than an exception to it. Where a product needs both, the sensible arrangement is one backend and one data model feeding a native app and a web surface that each behave the way their platform expects.

What Web Work Covers

Marketing Sites & Landing Pages

Next.jsTailwind
Server-rendered pages that arrive as real HTML, so content is present for search engines and AI crawlers without waiting on JavaScript. Fast on a mid-range phone over mobile data, not just on a desktop connection.

Web Applications

ReactTypeScript
Authenticated, data-driven products: dashboards, admin panels, customer portals. Typed end to end, so a change to a database column surfaces as a compile error rather than a runtime failure a user finds first.

Companion Web Apps

Shared backend
The web half of a native product — an account area, a licence portal, a download page — sharing one backend and data model with the iOS, macOS or Android app rather than duplicating the logic in two places.

Content Management

SupabasePostgres
An admin surface so content is edited without a deploy, backed by a real relational schema with constraints and row-level security rather than a pile of loosely-typed documents.

Commerce & Payments

RazorpayStripe
Checkout, order handling, entitlement and download-token flows — including the parts that are easy to get subtly wrong: idempotent webhooks, server-side payment verification, and access that survives a page refresh.

Core Web Vitals

LCPINPCLS
Performance measured against production builds rather than assumed. Image sizing, font loading, bundle weight and main-thread work are treated as ongoing budgets, because the metrics that affect ranking are field data from real devices.

Accessibility

WCAGsemantic HTML
Semantic markup, real keyboard navigation, visible focus states, contrast that holds in both light and dark themes, and respect for reduced-motion preferences. Built in from the start, where it is cheap.

Technical SEO

Schema.orgsitemaps
Canonical URLs, accurate sitemaps, structured data that validates, and crawler access verified rather than presumed. The difference between a site that can rank and one that merely exists.

How a Web Project Runs

1

Scope

What the site or app has to do, who uses it, and what success actually means — before any design or code.
2

Structure

Information architecture, routing and data model decided first. These are the decisions that are expensive to reverse later.
3

Build

Server-rendered pages and typed data access, with accessibility and performance treated as requirements during the build rather than a cleanup pass at the end.
4

Measure

Core Web Vitals checked against a real production build, not a dev server — plus crawlability, structured data and metadata verified before launch.
5

Ship & Maintain

Deployment pipeline, error tracking and analytics wired up, then a predictable rhythm for dependency updates and fixes afterwards.

Web Technology Stack

Next.jsReactTypeScriptTailwind CSSSupabasePostgreSQLVercelServer Components

Frequently Asked Questions

What do you build websites with?

Next.js and React with TypeScript, Tailwind CSS for styling, and Supabase on PostgreSQL when a database is needed. Server-side rendering by default so content is in the HTML for crawlers rather than assembled client-side.

Can I see an example of your web work?

This site is one. mishorastudio.com is built on the same stack — Next.js, React, TypeScript, Tailwind and Supabase — including its content management, admin panel, authentication, payments and download-entitlement flow. Everything described on this page is running here.

Does web development conflict with being a native-first studio?

No. The native-first position is about mobile and desktop apps: no React Native or Flutter wrappers pretending to be native. The web is its own platform with its own native technology, which is HTML, CSS and JavaScript — building for it properly is the same principle, not an exception to it.

Do you work on existing sites or only new ones?

Both. Existing work usually starts with an audit — performance, accessibility, SEO and code health — so the fixes are prioritised by real impact instead of rewriting everything by default.

Do you handle hosting and deployment?

Yes. Typically Vercel for the application and Supabase for the database, with the deployment pipeline, environment configuration, error tracking and analytics set up as part of the build rather than left as homework.

Can you build the web side of an app I already have?

Yes — that is a common shape: a native app that needs an account area, licence management, a download page or a marketing site, sharing one backend so both surfaces stay consistent.

How much does a website or web app cost?

Scoped per project — a marketing site and a full authenticated web application with payments are different builds, quoted as a fixed estimate once the requirements are clear.

Do you build e-commerce or payment features?

Yes — checkout, order handling and server-side payment verification (Razorpay/Stripe), including the parts that are easy to get subtly wrong like idempotent webhooks and access that survives a page refresh.

Will the site be fast and rank well on Google?

That is a stated requirement of the build, not an afterthought — Core Web Vitals measured against production builds, semantic HTML, and technical SEO (sitemaps, structured data, crawler access) are part of how it is built, not bolted on later.

Do you offer ongoing website maintenance?

Yes — dependency updates, monitoring and a predictable release rhythm, the same maintenance discipline applied to the native apps. See the app maintenance page for what that covers.

Can you add a content management system so I can edit it myself?

Yes — an admin surface backed by a real relational schema (not a pile of loosely-typed documents) so content changes without needing a deploy, sized to what the site actually needs rather than a bloated general-purpose CMS.

Need a Website or Web App?

Describe what it needs to do and who it's for. You'll get an honest read on scope, stack and cost — and a straight answer if a simpler approach would serve you better.
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