Web application development

Most of the products we ship are web applications. A customer portal, an operator console, or the interface of a larger system.

The work is full stack. Interface, API, data model, and deployment stay with one team in Kosovo, so the product does not get handed across three vendors.

Problems this work is for

A brochure with a form is not the product

If people log in, change records, or run the company from the screen, it needs auth, data, and a release process.

The frontend and backend drift apart

Separate contractors invent different models of the same business. We keep one conversation from the interface to the database.

The app is slow before it has users

We care about queries, caching, and what the page actually loads. Speed is part of the build, not a later apology.

What you get

  • Authenticated web application
  • APIs, data models, and integrations
  • Interfaces built to stay fast
  • CI, environments, and a release rhythm
  • Documentation the next developer can read

How the work runs

  1. 01

    Name the jobs the screen has to do

    Who uses it, what they change, and which action is the one that matters on day one.

  2. 02

    Build a slice you can click

    A real path through the system, not a static mock that has to be thrown away.

  3. 03

    Put it in production

    Environments, logs, and a release you can repeat.

Technologies

The usual tools for this work. The product picks the stack, not the other way around.

  • TypeScript
  • React
  • Next.js
  • Node.js
  • PostgreSQL
  • Tailwind CSS

Questions

Is this native mobile app development?

No. This is web application work: responsive products people use in the browser. If a product later needs a native app, that is a separate decision.

Which stack do you default to?

Most web products land on TypeScript with Next.js or React, Node, and PostgreSQL. We change that when the product needs something else.

Related

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