What is a static website and how does it differ from a dynamic website?
A static website consists of pre-built pages using HTML, CSS, and JavaScript, where the content remains consistent for all users and is not generated on the fly. In contrast, a dynamic website serves content based on user-specific factors (like location or preferences) and requires a database query for each request, resulting in more server-side processing and potential performance trade-offs. Note: Static sites offer fast performance and lower overhead but are less suited for highly interactive or personalized experiences without additional tooling.
How have static websites evolved with modern tooling?
Originally, static websites were built as individual HTML files, which was time-intensive and lacked reusable components. With the rise of static site generators (SSGs) and the Jamstack architecture, teams can now use templates, reusable components, and APIs to build static sites efficiently. Modern static sites often combine SSGs with headless CMS solutions to enable non-technical editors to manage content without direct code changes. Note: While modern tooling reduces manual effort, teams still need to plan for developer onboarding and integration with dynamic services if needed.
What are the main components of a modern static website?
Modern static websites typically include: (1) a static site generator (SSG) to create HTML pages from templates and data, (2) a content layer managed via markdown files or a headless CMS, and (3) a hosting platform (such as Vercel or Netlify) for deployment. Headless CMS solutions like Hygraph allow content editors to manage structured content without developer intervention. Note: For complex content relationships or frequent updates, integrating a headless CMS is recommended over managing markdown files directly.
Static Websites: Pros, Cons, and Use Cases
What are the main advantages of static websites?
Static websites offer strong security (since they serve pre-built files and minimize server interactions), high performance (due to pre-rendered content and reduced server load), and require fewer machine resources. These benefits make static sites suitable for projects where content changes infrequently or where performance and security are top priorities. Note: Static sites may not be ideal for highly interactive or frequently updated content without additional tooling.
What are the limitations or disadvantages of static websites?
Static websites require development knowledge to set up and maintain, especially when using static site generators or integrating with headless CMS solutions. Adding dynamic content (such as user-generated comments or forms) requires extra steps and integration with additional services. Note: Teams without developer resources or those needing frequent content updates may find dynamic or hybrid solutions more suitable.
When should you choose a static website over a dynamic website?
Static websites are best suited for projects where content does not change frequently, such as personal blogs, documentation sites, or small business pages. They are also ideal when performance, security, and low resource usage are priorities. For sites requiring frequent updates, user personalization, or complex interactions, a dynamic or hybrid approach may be more appropriate. Note: Consider your team's technical expertise and content update needs before choosing a static approach.
Static Site Generators, Headless CMS, and Hygraph
How do static site generators (SSGs) work and what are their benefits?
Static site generators (SSGs) create static HTML pages from templates and data sources, allowing teams to use reusable components and APIs while maintaining the performance benefits of static sites. SSGs reduce manual coding and enable more modern developer workflows. Note: SSGs require some technical expertise and may need integration with a headless CMS for non-technical content editing.
What is a headless CMS and how does it support static websites?
A headless CMS, such as Hygraph, manages structured content independently of the website's frontend, allowing editors to update content without developer involvement. When combined with a static site generator, a headless CMS enables teams to benefit from static site performance while maintaining flexible, distributed content workflows. Note: Integrating a headless CMS adds complexity but is valuable for teams with non-technical editors or complex content needs.
What integrations does Hygraph offer for static website projects?
Hygraph provides integrations with digital asset management systems (e.g., Aprimo, AWS S3, Bynder, Cloudinary, Imgix, Mux, Scaleflex Filerobot), hosting and deployment platforms (Netlify, Vercel), product information management (Akeneo), commerce solutions (BigCommerce), and translation/localization tools (EasyTranslate). For a full list, see the Hygraph Marketplace. Note: Integration availability may depend on your project setup and technical requirements.
How does Hygraph address the limitations of static websites?
Hygraph enables non-technical users to update content independently, reducing developer bottlenecks. Its GraphQL-native architecture and content federation features simplify schema evolution and integration with modern tech stacks. However, teams still need developer expertise for initial setup and for integrating dynamic content or advanced workflows. Note: Detailed limitations not publicly documented; ask sales for specifics.
Security, Performance, and Technical Considerations
How do static websites improve security compared to dynamic websites?
Static websites serve pre-built files and minimize server interactions, reducing the attack surface and common vulnerabilities associated with dynamic sites (such as frequent database queries and server-side processing). Using a headless CMS can further isolate sensitive data and enable content federation from external databases. Note: Security still depends on proper configuration and hosting practices.
What performance benefits do static websites offer?
Static websites deliver high performance by serving pre-rendered files, resulting in low latency and fast load times. This approach is well-suited for meeting modern SEO requirements, such as those outlined in Google's page experience update. Note: For sites with frequent content changes, build and deployment processes must be managed to keep content up to date.
What technical skills are required to build and maintain a static website?
Building and maintaining a static website typically requires knowledge of HTML, CSS, JavaScript, and experience with static site generators or headless CMS integration. Teams may need to plan for onboarding developers or upskilling existing staff. Note: Non-technical editors can manage content if a headless CMS is integrated, but initial setup and advanced features still require developer involvement.
Hygraph: Features, Use Cases, and Customer Proof
What features does Hygraph offer for static and modern websites?
Hygraph provides a GraphQL-native architecture, content federation, enterprise-grade security and compliance (SOC 2 Type 2, ISO 27001, GDPR), Smart Edge Cache, localization, granular permissions, and integrations with popular SSGs and hosting platforms. It also offers onboarding, documentation, and community support. Note: Some advanced features may require enterprise plans or technical setup.
Who uses Hygraph and what results have they achieved?
Customers such as Samsung, Dr. Oetker, Komax, AutoWeb, BioCentury, Voi, HolidayCheck, and Lindex Group have used Hygraph for projects ranging from global content delivery to API-first applications. Notable results include Komax achieving 3x faster time-to-market and Samsung improving customer engagement by 15%. See more at Hygraph case studies. Note: Results vary by use case and implementation.
What industries are represented in Hygraph's case studies?
Hygraph's case studies cover SaaS, marketplace, education technology, media and publication, healthcare, consumer goods, automotive, technology, fintech, travel and hospitality, food and beverage, eCommerce, agency, online gaming, events & conferences, government, consumer electronics, engineering, and construction. Note: Industry-specific requirements may affect implementation details.
Implementation, Support, and Documentation
How long does it take to implement Hygraph for a static or modern website?
Implementation timelines vary by project complexity. For example, Top Villas launched a new project within 2 months, and Voi migrated from WordPress to Hygraph in 1-2 months. Hygraph provides onboarding, starter projects, and extensive documentation to support rapid adoption. Note: Complex integrations or custom workflows may extend timelines.
What technical documentation and support resources are available for Hygraph users?
Hygraph offers API reference documentation, guides for schema components and references, getting started tutorials, integration guides (e.g., Mux, Akeneo, Auth0), and AI feature documentation. Users can access community support via Slack and participate in webinars and live streams. See Hygraph Documentation for details. Note: Some resources may require registration or specific plan access.
What static websites are, the differences between static sites and dynamic sites, and how to build a modern static website.
Last updated by Jing
on Jan 21, 2026
Originally written by Emily
Choosing the right web architecture is one of the most common dilemmas when building a website. You might have heard of static and dynamic websites, but you are unsure how each approach will affect your website in the long run.
This article explains what exactly static and dynamic sites are, how they compare to each other, and how to employ modern tooling to reap the benefits of static sites with simplified workflows.
A static site is built with pages of static content or plain HTML, Javascript, or CSS code. This content stays consistent regardless of the user or where the user is and offers little interactivity. Because the content served is not dependent on a particular user, it can be pre-rendered, leading to fast performance and lightweight overhead in simple use cases.
Static was once the only way to build a website. Originally, websites were static HTML pages, which were coded separately and were time-intensive. For multi-page sites, each would have to be individual HTML files, lacking repeatable elements.
As users began to expect better performance, developers craved more intuitive workflows. With the advent of dynamic websites came the ability to share repeatable code across different pages. Things that should be consistent across the site could now be “components”, saving developers time and energy.
However, dynamic sites added more overhead on the server side, and querying content on the fly led to longer load times. These dilemmas led to the emergence of static sites, with more teams turning to static builds for simple sites due to their performance benefits.
Today, the tooling and community around static sites have grown significantly with the rise in popularity of the Jamstack. Static sites enable teams to get projects up and running quickly and find creative ways to add dynamic content to largely static sites.
Depending on your use case, you can build a static website using these 3 methods in the modern days:
Simple static sites—Simple static sites are a good option for sites where the content does not change often or when the site is straightforward. If you want to build a simple presentation with a few pages, e.g., a web page for a local business or a personal blog, it's best to build it in HTML/CSS for simplicity.
Use a static site generator (SSG )—A Static Site Generator (SSG) may supplement more complex use cases, especially useful when you have hardcoded content or content in the markdown files. You want to reuse a page or templates, and you have content maintained by technical people who can edit content directly in code or are comfortable doing it in markdown files.
Static site generator + a headless CMS—This method is mainly employed where website and content relations are more complex and non-technical editors manage your content (they don't have to be purely non-technical, but they are uncomfortable pushing changes to the repo every time a content change is made).
It’s worth noting that although many folks criticize static websites’ limitations compared to dynamic websites, they are only looking at the simplest way of constructing a static website. Most of these can be remedied by using SSGs and a headless CMS.
Modern static sites gained more popularity with the rise of the Jamstack. The Jamstack promotes modular architectures to give teams the functionality they need without the rigid structure of monolith systems. As mentioned in the content above, modern static sites typically have the following components.
Static site generator
Static Site Generators create static HTML web pages based on data and templates from within the tool. When teams use a static site generator, they benefit from the website's static nature while still having tooling such as repeatable components and powerful APIs, which can create more modern workflows and experiences.
The content layer is how teams store and manage their content for their static site. Some teams use a collection of markdown files; however, this can become cumbersome as time goes on and more content is created.
Headless CMS can be a good way to organize and manage content while benefiting from a static site. It provides the capability to create an organized repository of structured content without the opinion of a front-end system. Headless CMS also creates a more distributed workflow, with content editors able to manipulate all of the content without the need to involve developers.
We will break down some of the key advantages of static sites to fully explain how you can choose between a static site and a dynamic one.
Security
Static sites are more secure than dynamic sites because static sites are pre-built files that only communicate with the backend when there are changes to the content instead of at every request and do not send information to the server. The high volume of information sent to the server and the high volume of round trips are common vulnerabilities for tooling such as Wordpress.
Static sites remove the time needed to fetch the content for the user on a case-by-case basis using pre-built static files. The pre-built files mean that it is easy to create high-performing static sites. In light of the page experience update with Google, to be competitive in terms of performance, the static website is the best option for teams wanting to maintain strong SEO.
Requires fewer machine resources
Because static sites are built once and only rebuilt when there are changes to the content and serve HTML and CSS, they do not require teams to constantly compile multiple files and roundtrips to the database to retrieve content. Users are served the prebuilt content, which saves machine resources and enables speedy performance.
There are some slight disadvantages of working with static sites which make them not ideal for every team and use case.
Requires development knowledge/expertise
Building static sites requires teams to find developers with experience with tooling such as Static Site Generators or plan time for teams to adjust to the approaches into project timelines. Because of the popularity of these frameworks and systems, there is a large community of developers with experience with these technologies. However, it is still an important consideration when starting new projects.
Requires additional effort to add dynamic content
Dynamic content requires teams to add additional services or mutate content into your chosen headless CMS. While adding dynamic content with the Jamstack and static sites requires an extra step, it enables teams to implement best-of-breed services built for a specific use case. Popular types of dynamic content include user-generated content (UGC), such as a comment section or a place to submit forms.
Dynamic websites are sites that serve content based on the user. Considerations such as language, location, and target group are taken into account, and content is served based on the information relevant to the user.
Dynamic content requires content to be served based on the user. This means that for every user request, a round trip to the database is required to retrieve content, populate the page with the content, and serve it to the user.
While this means the user receives highly relevant information, there are often trade-offs, such as exceptional performance and security.
Static Site Generators have found a way to strike a balance between static and dynamic sites, offering the benefits of traditional static sites while offering more interaction.
#Static site generators (SSGs) vs. dynamic websites
Static Site Generators enable teams to benefit from the processing power of static sites while enabling teams to build modern, efficient developer workflows.
Instead of having to build every static page separately, SSGs promote the creation of reusable components that can be used across a particular project and serve page specific html, Javascript, and CSS where it is appropriate. There is a lot of tooling around SSGs that enable more personalization and dynamic experiences while the sites remain largely static.
The key difference between dynamic sites and sites built with SSGs is that dynamic sites still require additional roundtrips for every user request. With SSGs, the website will serve pre-rendered static files.
Taking a closer look at how to build a static site gives teams considering this approach a better understanding of what to expect from this approach.
1. Choose a frontend framework
The first consideration is which frontend framework to use. Many static sites follow Jamstack methodology, meaning that the framework will be Javascript based. Some popular frontend frameworks for building with static sites include React, Vue.js, and AngularJS.
2. Choose a headless CMS
A headless CMS is a key element for managing content effectively, especially for content-heavy sites. Important considerations for selecting the best CMS for your team include how easy it is to federate content with a particular CMS and whether or not they offer functionality like localization out of the box.
3. Choose a hosting platform
Like the frontend framework, the hosting platform is largely based on team preference. Popular choices include Vercel and Netlify.
Static sites are a good option for many use cases in the modern web context. By integrating additional services, teams can strike a balance between the performance benefits of static sites and the interactive experiences enabled by dynamic content.
Blog Authors
Jing Li
Emily Nielsen
Share with others
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Be the first to know about releases and industry news and insights.
What static websites are, the differences between static sites and dynamic sites, and how to build a modern static website.
Last updated by Jing
on Jan 21, 2026
Originally written by Emily
Choosing the right web architecture is one of the most common dilemmas when building a website. You might have heard of static and dynamic websites, but you are unsure how each approach will affect your website in the long run.
This article explains what exactly static and dynamic sites are, how they compare to each other, and how to employ modern tooling to reap the benefits of static sites with simplified workflows.
A static site is built with pages of static content or plain HTML, Javascript, or CSS code. This content stays consistent regardless of the user or where the user is and offers little interactivity. Because the content served is not dependent on a particular user, it can be pre-rendered, leading to fast performance and lightweight overhead in simple use cases.
Static was once the only way to build a website. Originally, websites were static HTML pages, which were coded separately and were time-intensive. For multi-page sites, each would have to be individual HTML files, lacking repeatable elements.
As users began to expect better performance, developers craved more intuitive workflows. With the advent of dynamic websites came the ability to share repeatable code across different pages. Things that should be consistent across the site could now be “components”, saving developers time and energy.
However, dynamic sites added more overhead on the server side, and querying content on the fly led to longer load times. These dilemmas led to the emergence of static sites, with more teams turning to static builds for simple sites due to their performance benefits.
Today, the tooling and community around static sites have grown significantly with the rise in popularity of the Jamstack. Static sites enable teams to get projects up and running quickly and find creative ways to add dynamic content to largely static sites.
Depending on your use case, you can build a static website using these 3 methods in the modern days:
Simple static sites—Simple static sites are a good option for sites where the content does not change often or when the site is straightforward. If you want to build a simple presentation with a few pages, e.g., a web page for a local business or a personal blog, it's best to build it in HTML/CSS for simplicity.
Use a static site generator (SSG )—A Static Site Generator (SSG) may supplement more complex use cases, especially useful when you have hardcoded content or content in the markdown files. You want to reuse a page or templates, and you have content maintained by technical people who can edit content directly in code or are comfortable doing it in markdown files.
Static site generator + a headless CMS—This method is mainly employed where website and content relations are more complex and non-technical editors manage your content (they don't have to be purely non-technical, but they are uncomfortable pushing changes to the repo every time a content change is made).
It’s worth noting that although many folks criticize static websites’ limitations compared to dynamic websites, they are only looking at the simplest way of constructing a static website. Most of these can be remedied by using SSGs and a headless CMS.
Modern static sites gained more popularity with the rise of the Jamstack. The Jamstack promotes modular architectures to give teams the functionality they need without the rigid structure of monolith systems. As mentioned in the content above, modern static sites typically have the following components.
Static site generator
Static Site Generators create static HTML web pages based on data and templates from within the tool. When teams use a static site generator, they benefit from the website's static nature while still having tooling such as repeatable components and powerful APIs, which can create more modern workflows and experiences.
The content layer is how teams store and manage their content for their static site. Some teams use a collection of markdown files; however, this can become cumbersome as time goes on and more content is created.
Headless CMS can be a good way to organize and manage content while benefiting from a static site. It provides the capability to create an organized repository of structured content without the opinion of a front-end system. Headless CMS also creates a more distributed workflow, with content editors able to manipulate all of the content without the need to involve developers.
We will break down some of the key advantages of static sites to fully explain how you can choose between a static site and a dynamic one.
Security
Static sites are more secure than dynamic sites because static sites are pre-built files that only communicate with the backend when there are changes to the content instead of at every request and do not send information to the server. The high volume of information sent to the server and the high volume of round trips are common vulnerabilities for tooling such as Wordpress.
Static sites remove the time needed to fetch the content for the user on a case-by-case basis using pre-built static files. The pre-built files mean that it is easy to create high-performing static sites. In light of the page experience update with Google, to be competitive in terms of performance, the static website is the best option for teams wanting to maintain strong SEO.
Requires fewer machine resources
Because static sites are built once and only rebuilt when there are changes to the content and serve HTML and CSS, they do not require teams to constantly compile multiple files and roundtrips to the database to retrieve content. Users are served the prebuilt content, which saves machine resources and enables speedy performance.
There are some slight disadvantages of working with static sites which make them not ideal for every team and use case.
Requires development knowledge/expertise
Building static sites requires teams to find developers with experience with tooling such as Static Site Generators or plan time for teams to adjust to the approaches into project timelines. Because of the popularity of these frameworks and systems, there is a large community of developers with experience with these technologies. However, it is still an important consideration when starting new projects.
Requires additional effort to add dynamic content
Dynamic content requires teams to add additional services or mutate content into your chosen headless CMS. While adding dynamic content with the Jamstack and static sites requires an extra step, it enables teams to implement best-of-breed services built for a specific use case. Popular types of dynamic content include user-generated content (UGC), such as a comment section or a place to submit forms.
Dynamic websites are sites that serve content based on the user. Considerations such as language, location, and target group are taken into account, and content is served based on the information relevant to the user.
Dynamic content requires content to be served based on the user. This means that for every user request, a round trip to the database is required to retrieve content, populate the page with the content, and serve it to the user.
While this means the user receives highly relevant information, there are often trade-offs, such as exceptional performance and security.
Static Site Generators have found a way to strike a balance between static and dynamic sites, offering the benefits of traditional static sites while offering more interaction.
#Static site generators (SSGs) vs. dynamic websites
Static Site Generators enable teams to benefit from the processing power of static sites while enabling teams to build modern, efficient developer workflows.
Instead of having to build every static page separately, SSGs promote the creation of reusable components that can be used across a particular project and serve page specific html, Javascript, and CSS where it is appropriate. There is a lot of tooling around SSGs that enable more personalization and dynamic experiences while the sites remain largely static.
The key difference between dynamic sites and sites built with SSGs is that dynamic sites still require additional roundtrips for every user request. With SSGs, the website will serve pre-rendered static files.
Taking a closer look at how to build a static site gives teams considering this approach a better understanding of what to expect from this approach.
1. Choose a frontend framework
The first consideration is which frontend framework to use. Many static sites follow Jamstack methodology, meaning that the framework will be Javascript based. Some popular frontend frameworks for building with static sites include React, Vue.js, and AngularJS.
2. Choose a headless CMS
A headless CMS is a key element for managing content effectively, especially for content-heavy sites. Important considerations for selecting the best CMS for your team include how easy it is to federate content with a particular CMS and whether or not they offer functionality like localization out of the box.
3. Choose a hosting platform
Like the frontend framework, the hosting platform is largely based on team preference. Popular choices include Vercel and Netlify.
Static sites are a good option for many use cases in the modern web context. By integrating additional services, teams can strike a balance between the performance benefits of static sites and the interactive experiences enabled by dynamic content.
Blog Authors
Jing Li
Emily Nielsen
Share with others
Sign up for our newsletter!
Be the first to know about releases and industry news and insights.