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SERVICES / 001SOFTWARE ENGINEERING PRACTICE

SYSTEMS, ARCHITECTURE & CODE THAT LAST.

SOFTWARE
ENGINEERING.

We build web applications, cloud backends, and data integrations that stay fast under load and remain maintainable years down the line.

ALAZ / CAPABILITIES 2026
CAPABILITIES / 002PRACTICAL BREAKDOWN

WHAT WE
ACTUALLY DO.

Software projects break when teams prioritize vanity over fundamentals. Here is a clear breakdown of how we work, what we deliver, and the tech we trust.

01 / 04FULL-STACK / PRODUCT

WEB APPLICATIONS & DIGITAL PRODUCTS

Production web apps, SaaS dashboards, and bespoke internal tools engineered for reliability and long-term maintainability.

THE PROBLEM & SCOPE

Most web apps fail from accumulated technical debt, unreadable state, and sloppy dependencies. We build custom applications with strict type safety, modular component architectures, and clean database schemas that your in-house team can easily inherit.

CORE DELIVERABLES

  • Full-stack web applications and SaaS platforms
  • Internal tools, operator consoles, and dashboards
  • Clean data models, authentication, and permission layers
  • Turnkey MVPs built to scale without needing an immediate rewrite
  • Well-documented codebases with zero vendor lock-in

STACK

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

REAL-WORLD OUTCOME

A stable, thoroughly tested codebase you own outright. Ships quickly without cutting structural corners.

IDEAL FIT

Founders launching serious MVPs, or teams replacing brittle legacy tools and messy spreadsheet workflows.

02 / 04INFRASTRUCTURE / RESILIENCE

SYSTEM ARCHITECTURE & CLOUD INFRASTRUCTURE

Fault-tolerant cloud setups, automated CI/CD pipelines, and database architectures that handle growth without unexpected outages.

THE PROBLEM & SCOPE

Scaling is not about throwing larger servers at bad code. We inspect the entire operational loop: data layout, network bottlenecks, background queues, and caching. We set up infrastructure that alerts you before things break and recovers cleanly when they do.

CORE DELIVERABLES

  • Infrastructure audits and technical bottleneck analysis
  • Cloud environments on AWS, GCP, or bare-metal VPS
  • Automated CI/CD pipelines with zero-downtime deployments
  • Centralized logging, real-time metrics, and alerting
  • Relational database indexing, migration planning, and replication

STACK

  • AWS
  • Docker
  • Linux
  • Nginx
  • PostgreSQL
  • Redis
  • GitHub Actions

REAL-WORLD OUTCOME

Predictable server costs, automated release cycles, and an infrastructure baseline that does not buckle under traffic spikes.

IDEAL FIT

Teams dealing with recurring downtime, slow deployment cycles, or systems outgrowing their initial prototype setup.

03 / 04CORE WEB VITALS / EFFICIENCY

PERFORMANCE & FRONTEND OPTIMIZATION

Trimming bundle sizes, eliminating layout jank, and achieving sub-second load times that keep visitors engaged and boost SEO.

THE PROBLEM & SCOPE

A slow website is an engineering failure that costs money every day. We do not just run audits and hand over checklists; we dive into JavaScript flame charts, strip out blocking third-party scripts, optimize critical render paths, and shift compute to the server.

CORE DELIVERABLES

  • In-depth runtime profiling and bundle weight decomposition
  • Core Web Vitals remediation (LCP, INP, CLS in the green)
  • Server-Side Rendering (SSR) and edge-caching architectures
  • Asset compression, responsive images, and subsetted font delivery
  • Technical SEO foundation and crawl budget optimization

STACK

  • Next.js
  • React Server Components
  • Web Vitals
  • Edge CDN
  • Chrome DevTools

REAL-WORLD OUTCOME

Instantaneous page transitions, top-tier Core Web Vitals scores, and measurable retention gains.

IDEAL FIT

E-commerce, consumer platforms, and media sites where latency directly hurts revenue and conversion rates.

04 / 04INTEGRATION / BACKEND

API DESIGN & SYSTEM INTEGRATION

Clean REST and GraphQL interfaces, robust third-party integrations, and automated pipelines connecting fragmented tools.

THE PROBLEM & SCOPE

Modern products rarely run in isolation. When integrations are hacked together, silent sync failures and data corruption follow. We build typed API boundaries with explicit error handling, retries, and rate limiting so your external dependencies never compromise system integrity.

CORE DELIVERABLES

  • RESTful and GraphQL API design with OpenAPI specifications
  • Payment gateway, CRM, ERP, and billing engine integrations
  • Resilient webhook handlers with idempotency and replay safety
  • Background sync pipelines and event-driven architectures
  • Secure LLM and generative AI API implementations

STACK

  • TypeScript
  • Node.js
  • REST
  • GraphQL
  • Webhooks
  • OpenAPI
  • Redis

REAL-WORLD OUTCOME

Reliable data synchronization across your tools, with explicit error logging and zero data loss.

IDEAL FIT

Businesses operating across multiple SaaS platforms, or platforms integrating deep third-party partner APIs.

HOW WE WORK / 003FROM IDEA TO PRODUCTION

HOW WE
OPERATE.

  1. 01 / 04

    Deep Discovery

    We start with architecture questions, business constraints, and real failure modes. We clarify what needs building and what to intentionally leave out.

  2. 02 / 04

    System Blueprint

    Before touching implementation, we map data models, component hierarchies, and technical trade-offs. No ambiguous specs.

  3. 03 / 04

    Iterative Execution

    We ship working, test-covered code in short increments. You see functional builds on staging branches, not static slide decks.

  4. 04 / 04

    Production & Handover

    Zero-downtime cutover, observability configs, and comprehensive documentation. We ensure your team can operate the system with complete confidence.

FAQ / 004COMMON QUESTIONS

QUESTIONS &
PRACTICAL ANSWERS.

How is ALAZ different from a traditional digital agency?

Most agencies sell design presentations and outsource implementation to junior subcontractors. ALAZ is run by engineers. You work directly with the developers writing your code and designing your database, ensuring high technical standards and zero miscommunication.

What is the typical timeframe for a project?

A focused MVP or internal tool usually takes 4 to 8 weeks from kick-off to production. Complex multi-service platforms take 2 to 4 months. After our discovery session, we provide a concrete timeline with clearly phased deliverables.

How do you select your technology stack?

We prefer proven, stable technology over hype cycles. Our primary stack centers on TypeScript, Next.js, React, Node.js, and PostgreSQL because it combines rapid developer velocity with bulletproof production stability.

Do we own the source code after delivery?

Yes, completely. Every line of code, infrastructure configuration, and documentation belongs to you from day one. There is zero proprietary platform lock-in.

Can you step in to fix or rescue an existing codebase?

Yes. We regularly help companies audit slow, unstable, or poorly architected applications. We profile performance, fix critical bottlenecks, and introduce stability without forcing an expensive, risky ground-up rewrite.

How do we get started?

Drop a brief note via our project form or email hello@alaz.pro. We will review your requirements and arrange a direct technical discussion within 24 hours.

GOOD SYSTEMS ARE INVISIBLE.
THE IMPACT ISN'T.

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Software Development & Architecture Services | ALAZ