Digital engineering · Web Development

Enterprise web apps built for speed, scale & intelligence.

From pixel-perfect frontends to robust backend APIs and AI-integrated portals — we craft web experiences that perform flawlessly at enterprise scale and delight every user.
Discuss your project Explore capabilities
  • React
  • Next.js
  • Node.js
  • TypeScript
  • GraphQL
  • Microservices
  • AI Integration
fig. 1 — the four core layers of a typical web build

01 — Capabilities

Full-stack web engineering.

Every layer of the web stack, built with craftsmanship and a performance-first mindset.
  1. 01

    Frontend Engineering

    Pixel-perfect, high-performance UIs built with React, Next.js, Vue.js, or Angular. Component libraries, design systems, and micro-frontend architectures.

    • React
    • Next.js
    • TypeScript
    • Tailwind CSS
    • Storybook
  2. 02

    Backend & API Development

    Scalable REST and GraphQL APIs, microservices architecture, event-driven systems, and server-side logic built for enterprise reliability.

    • Node.js
    • FastAPI
    • Spring Boot
    • GraphQL
    • gRPC
  3. 03

    AI-Integrated Web Apps

    Embed generative AI, smart search, recommendation engines, and NLP features directly into your web application for intelligent user experiences.

    • LLM APIs
    • Semantic Search
    • Personalization
    • Chatbots
  4. 04

    Enterprise Portals & Platforms

    Customer portals, employee intranets, partner platforms, and B2B SaaS products with robust authentication, role management, and integrations.

    • SSO
    • OAuth2
    • RBAC
    • Multi-tenancy
  5. 05

    E-Commerce & Marketplaces

    Custom e-commerce platforms, headless commerce, marketplace architectures, payment integrations, and AI-driven product discovery.

    • Headless Commerce
    • Stripe
    • Payments
    • Inventory AI
  6. 06

    Data Dashboards & Analytics UI

    Real-time data dashboards, executive reporting portals, and interactive analytics interfaces that make complex data immediately actionable.

    • D3.js
    • Recharts
    • WebSockets
    • Real-time
  7. 07

    Performance Optimization

    Core Web Vitals optimization, server-side rendering, CDN architecture, lazy loading, and code splitting aimed at sub-second load times globally.

    • SSR
    • SSG
    • CDN
    • Lighthouse audits
  8. 08

    Accessibility & Compliance

    WCAG 2.1 AA compliant applications, internationalisation (i18n), GDPR cookie management, and accessibility auditing.

    • WCAG 2.1
    • i18n
    • GDPR
    • ARIA

02 — Our process

From brief to launch.

  1. 01

    Discovery & UX Strategy

    User research, competitor analysis, information architecture, and wireframes to define the product before writing a line of code.

  2. 02

    UI/UX Design

    High-fidelity Figma designs, interactive prototypes, design system creation, and usability testing with real users.

  3. 03

    Agile Development

    2-week sprints with daily standups, continuous integration, and working demos every fortnight.

  4. 04

    QA & Performance

    Automated testing, manual QA, performance auditing, security scanning, and cross-browser compatibility.

  5. 05

    Launch & DevOps

    CI/CD pipeline setup, infrastructure provisioning, zero-downtime deployment, and monitoring dashboards.

  6. 06

    Support & Evolution

    Post-launch support, feature development retainers, performance monitoring, and continuous improvement cycles.

03 — Technology

Our web technology stack.

Frontend
React 19Next.js 16Vue.js 3Angular 17TypeScriptTailwind CSS
Backend
Node.jsPython FastAPISpring BootGoRust (Actix)PHP Laravel
Databases
PostgreSQLMongoDBRedisSupabasePlanetScaleElasticsearch
Infrastructure
AWSVercelDockerKubernetesTerraformGitHub Actions
CMS & Commerce
ContentfulSanityShopifyMedusa.jsStrapiWordPress
Testing
JestPlaywrightCypressStorybookk6 (load testing)

04 — FAQ

Frequently asked questions

01

What web technologies does Afto Tech specialize in?

We specialize in modern full-stack development: React, Next.js, Vue.js, and Angular on the frontend; Node.js, Python (FastAPI/Django), Java Spring Boot, and Go on the backend. We also have deep expertise in GraphQL, REST API design, and microservices architecture.

02

How long does it take to build an enterprise web application?

A typical enterprise web application takes 3–6 months from kickoff to launch depending on complexity. We use agile delivery with 2-week sprints, delivering working software incrementally so you see progress every fortnight. An MVP can often be launched within 6–8 weeks.

03

Can you integrate AI features into an existing web application?

Absolutely. We specialize in retrofitting AI capabilities — chatbots, smart search, personalization engines, recommendation systems, and generative AI features — into existing web applications with minimal disruption to the current codebase.

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