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ABCodify
Let's Build
Available for new projects β€” 2026

Build Fast.Ship Smart.Scale Free.

ABCodify is a full-stack software company specialising in React, Node.js, NestJS, and cloud infrastructure β€” delivering enterprise-grade web apps, AI integrations, and scalable platforms for startups and enterprises worldwide.

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Projects Shipped
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Years Building
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Tech Stacks
Scroll οΈΎ
React.js
NestJS
PostgreSQL
AI/ML
Cloud
DevOps

Built by an engineer, not a headcount

ABCodify is a one-person software practice, which sounds like a limitation until you compare it to how most agency projects actually run: multiple hand-offs, shifting points of contact, and requirements that get diluted every time they pass between people. Working with a single engineer removes that friction β€” you get direct technical ownership from the first conversation through to production support.

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Core technologies

Modern tools across frontend, backend and infrastructure

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Solution areas

Different product and business problems addressed

3
Development layers

Frontend, backend and administration

24/7
Digital availability

Web products designed for always-on access

01

Product-focused delivery

Solutions are designed around actual user workflows and business requirements.

Engineering principle
02

Collaborative development

Clear communication and structured implementation keep projects aligned from planning to delivery.

Engineering principle
03

Performance-minded engineering

Interfaces and systems are built with responsiveness, maintainability, and efficient execution in mind.

Engineering principle
04

Integration-ready architecture

APIs, databases, third-party services, and external platforms can be connected through structured application architecture.

Engineering principle
Technology ecosystem

Tools selected according to project requirements

React.jsNext.jsNode.jsNestJSPostgreSQLAI/MLCloudDevOps

Products across a range of industries

A sample of the kinds of platforms we build β€” full applications, not templates.

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01

E-Commerce & Ordering

From product catalogs and checkout flows to order tracking and delivery logistics, e-commerce platforms have to handle real money and real customers reliably. These builds typically pair an admin dashboard for inventory and orders with the customer-facing storefront.

Custom workflows tailored to business requirements
Scalable integrations and operational tooling
Responsive interfaces for daily users
Engineering FocusBusiness automation
See related work
02
02

Real Estate Platforms

Real estate platforms live or die on how easily people can search, filter, and compare listings. The focus here is fast search performance, clean listing management for agents or admins, and map-based browsing where it's actually useful.

Property and booking management workflows
Centralized data and third-party integrations
Admin tools for operational control
Engineering FocusConnected property systems
See related work
03
03

AI-Powered Tools

AI-powered tools range from a chat assistant that qualifies leads before a human sees them, to internal automations that save hours of manual work a week. The bar is a measurable reduction in manual effort, not a chatbot for its own sake.

AI-assisted workflows and intelligent automation
API-driven model and service integrations
Context-aware application experiences
Engineering FocusAI integration
See related work
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04

Business Dashboards

Internal dashboards are often the least glamorous part of a product and the most used β€” the tools a team opens every day. They get the same attention to performance and usability as the customer-facing side, because a slow internal tool costs real time, every day, for everyone who touches it.

Data-rich dashboards and management interfaces
Role-based workflows and reusable components
Responsive experiences across devices
Engineering FocusScalable product interfaces
See related work

Engineering principles, not just promises

These aren't aspirational values on a poster β€” they're checked on every project.

01

Type Safety Throughout

TypeScript from the database layer to the UI catches data-shape mismatches and typos at build time instead of in front of a user.

Engineering FocusSecure by design
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Responsive by Default

Layouts are tested across mobile, tablet, and desktop breakpoints as a baseline requirement β€” most traffic to a new site arrives on a phone.

Engineering FocusResponsive experiences
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Internationalization-Ready

Multi-language support is built in with a proper i18n system where it's relevant, rather than hardcoded strings that are painful to translate later.

Engineering FocusScalable architecture
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Linted & Consistent

A shared ESLint configuration keeps code style consistent across the codebase β€” which matters most six months later, when it needs to be modified again.

Engineering FocusReliable implementation
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Accessible Markup

Semantic HTML, proper heading order, and keyboard navigation are treated as requirements, not nice-to-haves β€” accessibility affects both usability and search ranking.

Engineering FocusAccessible interfaces

Built With Engineering in Mind

Explore the architecture, technologies, integrations, and engineering decisions behind the project.

Technology Stack

The core technologies and infrastructure used throughout the application.

Next.jsFrontend
ReactUI
TypeScriptLanguage
Node.jsBackend
PostgreSQLDatabase
REST APIsIntegration

The frontend is structured around reusable components, predictable state management, responsive layouts, and strongly typed interfaces. The architecture keeps presentation logic separated from application concerns while making individual features easier to maintain and extend.

Reusable and composable React components
Type-safe development with TypeScript
Responsive layouts optimized for desktop and mobile

Performance

Efficient rendering, data loading, and resource handling help maintain a responsive experience.

Security

Authentication, authorization, validation, and controlled data access are considered throughout the application.

Scalability

Modular components and clear service boundaries make future features easier to introduce and maintain.

A straightforward path from idea to production

A predictable four-step flow, whether it's a quick MVP or a full product build.

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01

Discover

We start with a call to understand your goals, users, and constraints before writing a line of code.

Typical DeliverableProject scope & technical direction
Understand business goals and requirements
Identify technical requirements and constraints
Define project scope and priorities
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02

Design & Architect

We plan the data model, API structure, and UI approach so the build stays predictable as it grows.

Typical DeliverableArchitecture & implementation plan
Plan application structure and user flows
Select appropriate technologies and integrations
Break the project into clear development milestones
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Build & Test

Features are built in reviewable increments, with type safety and testing built into the workflow.

Typical DeliverableWorking product & tested features
Build responsive interfaces and core functionality
Connect APIs, databases, and required services
Test features and refine the user experience
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Ship & Support

We deploy to production and stay available for fixes, iterations, and scaling as your product grows.

Typical DeliverableProduction-ready deployment
Prepare the application for production
Deploy and verify the production environment
Monitor, optimize, and provide post-launch support

Three ways to start

Every project fits roughly one of these shapes.

MVP Sprint

For founders who need to validate an idea fast β€” the smallest version of your product that real users can actually use, working end to end, without the extras that can wait. The goal is something to put in front of users or investors in weeks, not months.

  • 1-2 week discovery-to-build turnaround
  • Core user flow only β€” no scope creep
  • Ready to demo to users or investors
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Fixed-Scope Project

When requirements are clear β€” a specific feature set, a defined timeline, a fixed budget β€” this locks in exactly what gets built and when. You know the cost upfront, and the deliverable is agreed before work starts.

  • Fixed price agreed before work starts
  • Defined feature list and timeline
  • No surprise costs mid-project
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Ongoing Partnership

Products don't stop needing work after launch β€” bugs surface, features get requested, traffic grows. An ongoing arrangement means continued access to the engineer who already knows your codebase, instead of onboarding someone new every time something needs fixing.

  • Direct access to the engineer who built it
  • Priority turnaround on fixes and requests
  • Flexible monthly or per-task arrangement
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Common questions

Find clear answers about our development process, engagement models, technologies, and how we approach projects.

06Key questions
01Answer at a time
100%Transparent approach
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Have a project in mind?

Tell us what you're building, what you need to improve, or where your current product is getting stuck. We'll help turn the requirement into a practical development plan.

Clear requirements. Practical solutions. Engineering-focused delivery.