Choosing the Right Tech Stack for Your Next Web Project
“What should we build this in?” It is one of the first questions we ask on every project, and it is one of the most consequential. The technology choices you make at the start of a web project determine how fast it launches, how well it performs, how much it costs to maintain, and how easily it can grow with your business.
The challenge is that there are hundreds of options, and the internet is full of opinions from developers who have strong preferences but may not be thinking about your specific situation. Here is how we actually evaluate and choose tech stacks for real client projects, explained in terms that do not require a computer science degree. Anyone starting from scratch will get more out of everything we have learned building custom web applications.
What Is a Tech Stack, in Plain English?
A tech stack is the combination of technologies used to build and run a web application. Think of it like building a house: you need a foundation, a frame, walls, plumbing, and electrical. Each layer serves a purpose, and the choices you make at each layer affect everything built on top of it.
A typical web tech stack has four layers:
Let us walk through each one.
Frontend Options
The frontend is the visible layer of your application. Here are the main approaches, from simplest to most complex.
Static HTML and CSS
Plain HTML, CSS, and a sprinkle of JavaScript. No frameworks, no build steps, no complexity.
Best for: Brochure sites, landing pages, portfolios, and any site where the content does not change based on user interaction. A five-page website for a local law firm or restaurant does not need React.
Advantages: Blazing fast, extremely lightweight, easy to host anywhere, minimal maintenance, excellent SEO out of the box.
Drawbacks: Not practical for interactive applications with user accounts, dashboards, or complex data manipulation.
We build a surprising number of projects this way. When the requirements are straightforward, adding framework complexity is just adding cost and maintenance burden for no benefit.
Vanilla JavaScript (or Lightweight Libraries)
For sites that need interactivity beyond what static HTML offers, but do not need a full application framework. Vanilla JS with small, focused libraries (like Alpine.js or htmx) can handle form validation, dynamic content loading, interactive elements, and animations without the overhead of a full framework.
Best for: Marketing sites with interactive features, content sites with dynamic filtering or search, and small business sites that need a few dynamic elements.
React (and Next.js)
React is the most popular frontend framework, and Next.js is the most popular way to build production React applications. Together, they are the default choice for complex web applications in 2026.
Best for: Custom web applications with complex user interfaces, dashboards, portals, e-commerce with custom checkout flows, anything where users interact heavily with data.
Advantages: Massive ecosystem of libraries and tools, large talent pool for hiring or agency work, excellent developer experience, strong community support.
Drawbacks: Heavier than necessary for simple sites, requires a build step, ongoing dependency management, and can create SEO challenges if not implemented correctly (Next.js solves most of these).
Other Frontend Frameworks
Vue.js, Svelte, and Angular are all viable alternatives to React. We use Vue.js on projects where it is a better fit, particularly for progressively enhanced server-rendered applications. Svelte compiles to vanilla JavaScript and produces very small bundles. Angular is common in enterprise settings.
The honest truth is that for most small business web projects, the choice between React, Vue, and Svelte matters far less than how well the project is architected and built. They are all capable tools.
Backend Options
The backend handles everything the user does not see: processing form submissions, querying the database, authenticating users, sending emails, and running business logic.
Node.js (JavaScript)
Node.js lets you write server-side code in JavaScript, the same language used on the frontend. This means the entire application can use one language, which simplifies development and reduces context switching.
Best for: Real-time applications (chat, live updates), API-driven applications, projects where the frontend is also JavaScript-based.
Why we use it often: Most of our frontend work is JavaScript-based, so Node.js keeps the entire stack in one language. The ecosystem (Express, Fastify, NestJS) is mature, and hosting options are plentiful and affordable.
Python (Django or Flask)
Python is known for readability and has strong frameworks for web development. Django is a batteries-included framework that handles authentication, admin interfaces, and database management out of the box. Flask is a minimalist framework for when you want more control.
Best for: Data-heavy applications, projects involving machine learning or data analysis, admin-heavy applications where Django’s built-in admin panel saves significant development time.
PHP (Laravel or WordPress)
PHP powers a massive portion of the web, largely because of WordPress. Laravel is a modern PHP framework that is genuinely excellent for building web applications. It is well-structured, well-documented, and has a strong community.
Best for: Content-managed websites (WordPress), traditional web applications, projects where the hosting environment is PHP-based (most shared hosting).
The WordPress question: We will address this directly in a later section, but PHP is not outdated. Modern PHP (version 8+) is fast, capable, and a perfectly valid choice for many projects.
Database Choices
Your database stores and retrieves the data your application needs. The choice depends on the shape of your data and how you need to access it.
PostgreSQL
Our default choice for most projects. PostgreSQL is a relational database (data organized in tables with rows and columns) that is robust, feature-rich, and handles complex queries extremely well. It also supports JSON data natively, which gives it some of the flexibility of document databases.
Best for: Almost everything. E-commerce, user management, content management, reporting, applications with complex relationships between data.
MySQL
Another relational database, widely used and well-understood. MySQL is the database behind WordPress, Drupal, and many other CMS platforms. It is slightly simpler than PostgreSQL and is available on virtually every hosting platform.
Best for: WordPress sites, applications on shared hosting, projects where MySQL-compatible hosting is a requirement.
MongoDB
A document database that stores data as flexible JSON-like documents rather than rigid table rows. MongoDB is schema-flexible, meaning you can store differently structured data in the same collection without predefined table schemas.
Best for: Applications with rapidly changing data structures, content management systems, prototyping where the data model is still evolving, and applications handling lots of unstructured data.
When to avoid it: When your data has clear relationships (customers have orders, orders have line items). Relational databases handle this more naturally and reliably.
We use MongoDB less frequently than PostgreSQL, but it has its place. The key is not choosing it because it is trendy, but because your data model genuinely benefits from document storage.
Hosting Considerations
Where your application runs affects its performance, reliability, cost, and maintenance burden.
Traditional VPS or Cloud Servers (DigitalOcean, AWS EC2, Linode)
You manage a virtual server that runs your application. Full control, full responsibility.
Best for: Custom applications with specific requirements, applications that need particular server configurations, teams comfortable with server management.
Managed Platforms (Vercel, Netlify, Railway, Render)
These platforms handle deployment, scaling, SSL, and infrastructure management. You push code, they run it.
Best for: Most modern web applications. The developer experience is excellent, costs are reasonable for small to medium traffic, and you avoid the overhead of server management.
We deploy most of our custom applications to Vercel (for Next.js projects) or Railway (for Node.js APIs). The reduction in operational complexity is significant and lets us focus on building features rather than managing infrastructure.
Managed WordPress Hosting (WP Engine, Flywheel, Cloudways)
Purpose-built hosting for WordPress sites with automatic updates, staging environments, CDN integration, and performance optimization built in.
Best for: WordPress sites that need reliability and performance without a dedicated sysadmin.
Shared Hosting
The most affordable option, where your site shares server resources with hundreds of other sites. Performance is unpredictable and resources are limited.
Best for: Very low-budget brochure sites with minimal traffic. We generally steer clients away from shared hosting because the performance limitations and security risks outweigh the cost savings.
How Project Requirements Drive the Decision
This is the most important section. Technology choices should follow from project requirements, never the other way around. Here is how we think about it.
Brochure Site (5-15 Pages, Mostly Static Content)
A local business needs a professional web presence with information about their services, team, and contact details. Content changes occasionally.
Our recommendation: WordPress on managed hosting, or static HTML/CSS for simpler sites. If the client will update content themselves, WordPress with a clean theme makes sense. If we are managing updates, static HTML is faster and cheaper to host.
Tech stack: WordPress + MySQL + Managed WordPress Hosting, or HTML/CSS + Netlify.
Content-Heavy Website (Blog, Resources, Regular Updates)
A business that publishes regularly and needs SEO-friendly content management.
Our recommendation: WordPress. It is the best content management system for this use case. Its editor is mature, its SEO plugins are powerful, and content teams know how to use it.
E-Commerce (Online Store)
Selling products online with a cart, checkout, inventory management, and payment processing.
Our recommendation: Shopify for most small businesses. It handles payment processing, inventory, shipping, and security. For custom e-commerce needs beyond Shopify’s capabilities, WooCommerce (WordPress) or a custom build with Next.js and a headless commerce backend.
Custom Web Application (Portal, Dashboard, Internal Tool)
A business needs a custom tool: a client portal, a booking system, an internal dashboard, a workflow management app.
Our recommendation: Next.js frontend + Node.js API + PostgreSQL database, hosted on Vercel and Railway. This stack is productive to develop in, performant, and scales well.
Mobile-Friendly Web App
A business needs something that feels like a mobile app but runs in the browser.
Our recommendation: A Progressive Web App (PWA) built with Next.js or a similar framework. PWAs can work offline, send push notifications, and be installed on the home screen, bridging the gap between website and native app without the cost of building for iOS and Android separately.
When WordPress Is Actually the Right Answer
There is a tendency in the development community to dismiss WordPress as outdated or “not real development.” We disagree.
WordPress powers over 40 percent of the web for good reasons:
- Content editors know it. If you hand a client a custom React CMS, they will need training. Hand them WordPress, and most can figure it out.
- The plugin ecosystem is massive. Need SEO tools, contact forms, event calendars, or e-commerce? There is a mature, well-supported plugin for that.
- Maintenance and updates are straightforward. Any developer can pick up a WordPress project.
- Cost-effective. A WordPress site typically costs 30 to 50 percent less to build than a custom application with equivalent content management features.
WordPress is the wrong answer when you need complex application logic, real-time features, or highly custom user interfaces. But for the majority of small business websites, it is a smart, pragmatic choice.
Avoiding Over-Engineering
The biggest mistake we see in tech stack decisions is choosing technology based on what is exciting rather than what is appropriate. A three-page website for a local restaurant does not need a React frontend with a headless CMS and a GraphQL API. That setup costs more to build, more to host, and more to maintain, and it delivers zero benefit over a well-built WordPress site or static HTML page.
Our rule is simple: use the simplest technology that meets the requirements. If requirements grow, the technology can evolve. But starting with unnecessary complexity is expensive and almost never pays off.
Our Approach at Hunter Creative Media
When a client comes to us with a project, we start with their goals, not with technology. We ask:
- What does this project need to do today?
- What might it need to do in a year?
- Who will be managing content and updates?
- What is the budget, and where should it be allocated?
- What are the performance requirements?
- Are there integration needs with existing systems?
The answers to these questions determine the tech stack, and sometimes the answer is surprising. We have talked clients out of expensive custom builds when WordPress would serve them better, and we have talked clients into custom applications when they were trying to force WordPress into a role it was not designed for.
The right tech stack is not the most impressive one. It is the one that delivers the best outcome for the least ongoing cost and complexity.
Keep Reading
- How to Write Location Pages That Actually Rank
- The Real Cost of a Slow Website: Bounce Rates, Revenue, and Rankings
- Database Design Basics: Building Scalable Web Applications
Choosing the stack is exactly where our Card Imaging project started. See how those decisions played out across a 440-page hand-coded build in the Card Imaging case study.