Static Site
Simple, pre-built pages: fast, lightweight, and secure
Transparent by design
Software & Web Development Pricing
We engineer custom software, desktop applications, web platforms, and automated systems using the architecture that best fits your goals, not a one-size-fits-all package. Every quote is itemized before any work begins.
- 1Core Build Price: based on the software architecture or application tier your project needs
- 2Integration Add-ons: optional features added on top (forms, payments, search, APIs…)
- 3Standard Maintenance: optional monthly plan to keep your software and systems secure and running (15 days free with new builds)
- 4Custom Upgrades: new features, modules, or changes after launch, priced separately
- 5Hosting, Infrastructure & Third-Party: billed at cost, directly to you (desktop software incurs zero hosting fees)
Special Offer50% Off Builds, 30% Off Plans & 15 Days Free Maintenance
For a limited time, all core software and web development tiers, desktop builds, edge computing upgrades, and integration add-ons are discounted by 50%. Ongoing maintenance plans and custom upgrades are 30% off, and every new build includes 15 days of free Basic Maintenance after deployment.
Section 1
50% Off ActiveCore Software & Web Architecture Pricing
Pick the architecture that matches what you're building, or let us recommend one during a free consultation. All prices below show our standard baseline and active 50% discount.
Multi-Page Site (MPA)
Classic web application: a clean page loads with each route
Jamstack
Static speed with dynamic features (forms, search) added on
Single-Page App (SPA)
Feels like a smooth native app with no page reloads
Server-Side Rendering (SSR)
Fresh, SEO-friendly pages built per visit dynamically
Hybrid Rendering
Mixes static + dynamic pages in one unified application
Headless / Decoupled
One backend powering multiple frontends (web, mobile, kiosk)
Full-Stack Software App
Complete custom software: frontend, backend, database, and auth
Desktop Application
Native or cross-platform GUI software installed directly on Windows or Linux
CLI & Automation Tools
Command-line utilities, background daemons, scraping bots, and ETL scripts
Custom API & Backend Service
Dedicated REST, GraphQL, or gRPC backend service with database design
Microservices
A distributed system partitioned into independent, scalable services
Section 2
Architecture Decision Tree
Not sure which architecture fits? Follow the path that matches your project.
A note before you dive in: these are different dimensions, not one ladder
This list mixes four genuinely different questions into one ranking, for the sake of a single easy-to-scan table. It's useful, but worth knowing what you're actually comparing:
| Dimension | Question It Answers | Which Items Belong Here |
|---|---|---|
| Rendering Strategy | How and when is the HTML built for the browser? | Static (SSG), MPA, SPA, SSR, Hybrid Rendering |
| Application / Backend Structure | How is the codebase and backend organized? | Full-Stack Monolith, Headless/Decoupled, Microservices |
| Delivery Philosophy | Is content pre-built and reused, or fetched live from services? | Jamstack |
| Infrastructure / Deployment | Where does the code physically run? | Edge Computing, Cloud Servers, or Local OS |
| Platform / Runtime Target | What environment does the software execute in? | Web Browser, Native Desktop OS (Windows / Linux), or Command-Line Terminal |
For example, a modern multi-vendor marketplace might look like this:
- Structure: Headless/Decoupled, where a separate backend serves data via API to multiple frontends (web, mobile app, admin panel)
- Rendering: Hybrid (static marketing pages, SSR for live product listings that need to stay fresh)
- Delivery Philosophy: Jamstack, where the static portions are pre-built and served from a CDN, with dynamic features handled by APIs/serverless functions
- Infrastructure: Edge Computing, where the whole thing runs on Vercel or Cloudflare's edge network for low latency worldwide
That's four independent decisions working together, not four competing options from one list. Not every project needs an active choice in all four, though. A standalone desktop tool (like our Library Management System) uses a desktop GUI (runtime target) + local storage (structure), with zero hosting costs and complete offline privacy. Every software choice is matched directly to your functional and operational goals.
Decision Tree
Architecture Decision Flow
Follow the branches from simple standalone software to distributed systems to find the right path for your stack.
Static Website
“I need more than flat pages”
Content / SEO Needed
public-facing, discoverable
MPA
server renders each page
“I want SPA speed but keep SEO”
Jamstack
pre-built + APIs for dynamic bits
App-like Interactivity Needed
dashboards, tools, logged-in apps
SPA
browser renders, feels like an app
“I need a real backend (auth, DB, payments)”
Full-Stack Monolith
backend + rendering via SSR
“Different pages need different strategies”
Hybrid Rendering
mix static, SSR, and regenerated pages per route
“I need one backend to power web + mobile + other clients”
Headless / Decoupled Architecture
“I've outgrown one backend, teams need to work independently”
Microservices Architecture
Section 2 (continued)
50% Off ActiveIntegration Add-Ons
Add any of these on top of your core build. All rates below reflect our active 50% promotional discount. Prices shown are typical one-time setup fees; delivery time is added on top of your core build timeline.
Maps
Show locations, directions, or a store finder
Scheduling
Let customers book appointments/reservations online
Social Login & Sharing
Sign in with Google/Facebook, easy content sharing
Analytics
Track visitors, clicks, and conversions
CDN Setup
Faster loading for visitors worldwide
SMS / Push Notifications
Real-time alerts (OTPs, order updates, reminders)
Search
Fast on-site search for content or products
Monitoring & Error Tracking
Automatic alerts if something breaks
Storage
File/image uploads (profile pictures, documents, products)
Authentication
Secure account signup/login system
Business Email
A professional info@yourdomain.com address, set up and ready before handover
Email Delivery
Order confirmations, receipts, password resets
Payments
Accept online payments (one-time or subscriptions)
CMS Setup
Let your team update content without touching code
CRM Integration
Connect your site to a sales/customer tracking tool
AI Services
Chatbots, smart recommendations, AI-generated content
Section 4
30% Off ActiveOngoing Plans & Upgrades
Keep your software, desktop tools, and web applications secure and evolving after launch with active 30% promotional rates.
Standard Maintenance
Security patches, dependency updates, uptime monitoring, backups, and bug fix hours. Includes 15 days of free Basic Maintenance after project development and deployment.
$15/moFrom $10.50/mo
Custom Upgrades
New features, design changes, or architecture upgrades after launch. Small tweaks to major new modules, always quoted before we start.
$15/hrFrom $10.50/hr
Section 5
What's Billed Separately
To keep our pricing transparent, the following are not included in the build price above; they're billed directly to you, at cost.
| Item | Who It's Paid To | Typical Cost | Notes |
|---|---|---|---|
| Domain Name | Domain registrar (e.g. Namecheap, VentraIP) | ~$10 - $20/year | Applies to web projects. You own this account and renewal; we never lock you out of your domain |
| Hosting & Servers | Hosting provider (varies by architecture) | ~$0 - $50+/month | Static/Jamstack sites often qualify for free-tier hosting; desktop software and local CLI tools incur zero hosting fees |
| Third-Party Services & APIs | The relevant service provider directly | Varies | See note below |
Our approach to third-party services
Wherever possible, we build using free tiers of third-party services (analytics, CDN, basic email sending, social login, etc.) so you don't pay extra for standard functionality. If your project's scale or feature needs require a paid plan (for example, high email volume, premium AI usage, or an SMS provider), that cost is billed directly by the service provider to your own account, not marked up by us. This means:
- You always own your own accounts for these services (no vendor lock-in to us)
- We're transparent about which services are free vs. paid before you commit
- You only pay for the usage tier your project actually needs
- Desktop applications and offline-first tools require zero ongoing hosting fees
Section 6
Q/A
Common questions about software and web architecture choices.
Q1: What are the differences between these software and web architectures?
| # | Architecture | Description (Plain English) | How It Works | Where to Use | Real-Life Examples | Advantages | Limitations | Popular Technologies | How Common Is It? |
|---|---|---|---|---|---|---|---|---|---|
| 1 | Static Site (SSG) | A lightweight site or web document made of pre-built, ready-made pages (like printing a book once and handing out copies). | Pages are built in advance and served as-is from a server or CDN; no real-time processing needed. | Content is mostly fixed and the same for every visitor | A personal portfolio, a simple business brochure site, a conference landing page; ideal for portfolios, landing pages, blogs, and documentation sites | Extremely fast, cheap to host, very secure, easy to scale | Not great for content that changes often or personalized data | Hugo, Jekyll, Eleventy, Astro | Beginner-friendly, widely used for simple sites |
| 2 | Multi-Page Application (MPA) | The classic multi-page web application: every navigation loads a whole new page from the server. | Each URL request triggers the server to send back a full new HTML page. | SEO and simplicity matter more than a snappy, app-like feel | Wikipedia, a typical WordPress blog or news site; well suited to news sites, e-commerce catalogs, content-heavy sites, and SEO-critical sites | Simple mental model, great SEO out of the box, works without heavy JS | Slower navigation (full reloads), more server load | WordPress, PHP, Django, Ruby on Rails | Extremely common; still the backbone of the web |
| 3 | Jamstack | Static-first pages that “call out” to services when they need dynamic data. | Frontend is pre-built and served via Content Delivery Network(CDN); dynamic features (forms, search, auth, payment) come from third-party APIs or serverless functions. | You want static-level speed but still need a handful of dynamic features | A marketing site built with Astro or Gatsby, hosted on Netlify or Vercel; ideal for marketing sites, blogs with comments/search, and small e-commerce | Fast + secure + scalable, flexible tech choices | Can get complex once you need lots of dynamic features | Next.js (static export), Gatsby, Netlify, Vercel | Very popular for modern content sites and startups |
| 4 | Single-Page Application (SPA) | An interactive web application that feels like a native desktop app, where content updates dynamically without full page reloads. | Browser loads one HTML shell, then JavaScript swaps content in and out dynamically. | The experience needs to feel like a native app and SEO isn't a priority | Gmail, Trello, and Google Docs, where the page never “reloads” once open; typical for dashboards, admin panels, and web apps like email clients or project tools | Smooth, app-like experience, fast interactions after initial load | Slower first load, harder SEO, needs more JS knowledge to build | React, Vue, Angular | Extremely widely used for interactive apps |
| 5 | Server-Side Rendering (SSR) | Combines the best of MPA and SPA: each page is freshly built by the server, but still feels dynamic. | Server generates full HTML per request (with current data), then JS “hydrates” it into an interactive app. | Content changes often and needs to be both indexable and personalized | Search-results pages on travel or booking sites, most product pages on Shopify or Next.js stores; common for e-commerce product pages, social feeds, and news apps needing SEO plus interactivity | Great SEO, fast perceived load, up-to-date content | Higher server cost, more complex to build/maintain | Next.js, Nuxt, SvelteKit | Very common for modern production apps |
| 6 | Hybrid Rendering | A single app that mixes rendering strategies page-by-page instead of forcing everything into one approach. | Each route declares its own strategy (some pages pre-built at build time, some rendered fresh per request, some regenerated on a schedule), all in one codebase. | Different pages in the same app have genuinely different freshness needs | A modern e-commerce site with static category pages alongside a live cart and checkout; fits e-commerce, content platforms mixing evergreen and breaking content, and marketplaces with mixed freshness needs | Combines static-page speed with dynamic-page freshness; avoids over-engineering the whole site around its most demanding page | Requires a framework that supports it well; can get confusing tracking which page uses which strategy; caching/invalidation needs care | Next.js (App Router + ISR), Nuxt 3, SvelteKit, Remix | Extremely popular; the default approach for most new production apps today |
| 7 | Headless / Decoupled Architecture | The “brain” (content/data) and the “face” (design/display) live in separate places and only talk through APIs. | A CMS or backend only manages data; a separate frontend app fetches and displays it however it wants. | The same content needs to power more than one frontend (web, app, kiosk, etc.) | A retail brand's website, mobile app, and in-store kiosk all pulling from the same shared content system; suited to multi-platform brands, large content sites, and flexible marketing teams | Frontend and backend can be built/scaled independently, very flexible | Requires more setup, more moving parts to maintain | Contentful, Strapi, Sanity + Next.js/React frontend | Increasingly popular for growing businesses |
| 8 | Traditional Full-Stack (Monolith) | One big application handles everything (pages, business logic, and database) in a single codebase. | A single server app processes requests, talks to the database, and renders the response all in one place. | You're moving fast early on and don't yet need independent scaling | Early-stage SaaS tools, most university or small-business web apps; a strong fit for internal tools, SaaS products, marketplaces, and most business web apps | Simple to develop and deploy early on, everything in one place | Gets harder to scale/maintain as the app grows large | Django, Ruby on Rails, Laravel, Spring Boot | Extremely common for small-to-mid businesses |
| 9 | Microservices Architecture | Instead of one big app, the system is broken into many small specialized apps that work together. | Each service handles one job (e.g., payments, users, inventory) and communicates via APIs. | The product and the team have both grown too large for one codebase | Netflix, Uber, and Amazon, with separate services for search, payments, recommendations, and more; typical for large-scale platforms, multi-vendor marketplaces, and enterprise systems | Teams can work independently, easier to scale specific parts, fault isolation | Complex to design, deploy, and monitor; needs strong DevOps | Node.js/Go/Java services, Docker, Kubernetes, gRPC | Common at scale; used by large platforms and enterprises |
| 10 | Edge Computing / Distributed Architecture | The application's serverless and edge logic runs in many locations around the world at once, close to each visitor. | Code executes on CDN “edge” servers near the user instead of one central server, reducing latency. | Users are spread globally and latency is a top priority | A global storefront on Cloudflare or Vercel Edge, serving fast pages from the nearest city to each visitor; used for global platforms, real-time personalization, and high-traffic apps needing low latency worldwide | Extremely fast globally, highly resilient, scales naturally | Newer/more complex tooling, debugging distributed logic is harder | Cloudflare Workers, Vercel Edge Functions, Deno Deploy | Fastest-growing category; used by large-scale global platforms |
| 11 | Desktop Application (Windows / Linux) | Software that installs and runs directly on Windows, Linux, or macOS without requiring a browser or web host. | Compiled or packaged binary runs natively on the operating system, accessing local files, hardware, and OS APIs directly. | Offline-first workflows, internal business management, hardware utilities, high-security local operations | Library Management System with TOTP 2FA, desktop utilities, offline tools, data managers | Works 100% offline, zero ongoing hosting costs, direct OS hardware access, instant local file processing | Requires installer updates per client device, platform-specific testing | Python (Tkinter/PyQt), Electron, Tauri, C# (.NET/WPF), Go | Standard for desktop computing, enterprise back-office tools, and offline utilities |
| 12 | CLI & Automation Tools | Terminal-based utilities, automated scripts, and background daemons that perform specific tasks quickly and repeatedly. | Executed from the command line or scheduled via cron/task scheduler; accepts flags and arguments to process data or automate actions. | Batch data extraction, web crawling, automated reporting, DevOps tasks, file conversions | Email Harvester CLI, web crawling engines, automated database backup scripts, alert bots | Extremely lightweight, lightning-fast execution, easy to script and automate, zero UI overhead | No graphical user interface; requires command-line comfort or wrapper script | Python, Bash, Node.js, Go, Rust | Ubiquitous in engineering, data analysis, cybersecurity, and system administration |
| 13 | Custom API & Backend Services | Dedicated server software that processes business logic, talks to databases, and serves data to client apps over APIs. | Runs on a server or container, listening for HTTP/REST, GraphQL, or gRPC requests and returning structured data. | Powering mobile apps, desktop apps, third-party integrations, webhook handling, and decoupled architectures | Mobile app backends, payment webhook processors, third-party sync APIs, database layers | Centralizes business logic, can serve web, desktop, and mobile apps simultaneously, secure data layer | Requires a client UI to be usable by non-technical end users; requires server hosting | Node.js, Express, NestJS, Python (FastAPI/Django), Go, PostgreSQL, Redis | Foundational engine behind connected applications and enterprise software |
Quick way to think about it
- 1-4 → Good for content-focused sites and interactive web basics (blogs, marketing, small apps)
- 5-6 → Good for production web apps that need SEO plus freshness, mixed across pages
- 7-8 → Good for flexible, multi-platform products and full business web/SaaS applications
- 9-10 → Good for large-scale platforms with heavy global traffic and distributed architectures
- 11-13 → Good for dedicated desktop software, automation daemons, and backend API services
Not Sure What You Need?
Every project is unique. Whether you need a native desktop tool, a specialized CLI utility, an API backend, or a full-scale web platform, book a free consultation. We'll recommend the right architecture and integrations for your goals, and give you one clear, itemized quote and delivery date before any work begins.