#typo3

Building custom content elements in TYPO3 does not have to involve complex coding every time. With TYPO3 Mask, developers and editors can create structured, reusable elements through a clear and user-friendly interface. This guide explains how to use Mask effectively, configure custom fields, and build flexible content elements that fit your website’s needs.

What Is TYPO3 Mask?

TYPO3 Mask is an extension that helps you build custom content elements directly in the TYPO3 backend. Instead of creating every field and setting manually, you can use a visual interface to define the structure of each element.

It can create:

• TCA settings • Database fields • TypoScript • TSconfig • Fluid template connections

This makes it useful for banners, content cards, hero sections, forms, and other custom layouts.

Why Use TYPO3 Mask?

Building content elements manually can take time and involve several configuration files. TYPO3 Mask makes the process easier and helps reduce common setup errors.

Key Benefits

• Faster element creation • Less repetitive coding • Support for many field types • Reusable configurations • Clear editing options for content teams • Better consistency across websites

TYPO3 Mask Compatibility

TYPO3 Mask v9 supports TYPO3 v12 and v13. However, it is now maintained only for bug fixes and has been deprecated since TYPO3 v13.

For new TYPO3 projects, especially TYPO3 v14 websites, TYPO3 Content Blocks is usually a better choice.

Before You Install TYPO3 Mask

Make sure you have:

• A working TYPO3 website • A sitepackage • Composer or access to the Extension Manager • Fluid Styled Content • A compatible TYPO3 version

A sitepackage helps keep templates, settings, icons, and generated files in one place.

How to Install TYPO3 Mask

Using Composer

Run:composer require mask/mask

After installation, include the required Mask configuration in your TYPO3 setup.

Using the Extension Manager

Download TYPO3 Mask from the Extension Repository.

Install and activate the extension.

Add it as a dependency of your sitepackage.

Clear all TYPO3 caches.

Add the Required Configuration

For TYPO3 v13, add the Mask site set to your site configuration.

For TYPO3 v12 and older versions, include:

• Fluid Styled Content • Mask static TypoScript

Without this setup, the element may appear in the backend but not display correctly on the website.

How to Create a Custom Content Element

Step 1: Open the Mask Module

Go to the Mask module in the TYPO3 backend and create a new content element.

Step 2: Enter the Element Details

Add a clear name and a unique key.

Example:hero_banner

Use lowercase letters and underscores for the key.

Step 3: Add the Fields

Choose the fields your element needs, such as:

• Heading • Text • Image • Link • Checkbox • Select field

Give each field a clear label and a unique key.

Step 4: Set the Element Appearance

Add a short title, description, icon, and colour. This helps editors find and understand the element more easily.

Step 5: Save and Test

Save the element, add it to a page, enter some content, and check the result on the frontend.

Common TYPO3 Mask Problems

The Element Is Missing

Check whether the sitepackage and Mask configuration are loaded, then clear the TYPO3 cache.

Fields Do Not Appear

Make sure every field key is unique and check for conflicting TCA settings.

The Template Does Not Load

Review the Fluid template path, template name, TypoScript, and cache.

Composer Shows an Error

Check whether the installed Mask version supports your TYPO3 version.

TYPO3 Mask Alternatives

Manual TYPO3 Setup

The manual method gives you full control, but it requires more work. You must configure TCA, CType, database fields, TypoScript, icons, and Fluid templates yourself.

TYPO3 Content Blocks

TYPO3 Content Blocks is the recommended option for newer projects. It offers a structured way to create custom elements and is better suited to future TYPO3 versions.

Should You Use TYPO3 Mask in 2026?

TYPO3 Mask is still useful for existing TYPO3 v12 and v13 websites. It can save time and make content element management easier.

For new projects, TYPO3 Content Blocks is the safer long term option because TYPO3 Mask is deprecated and does not support TYPO3 v14.

Conclusion

TYPO3 Headless helps businesses manage content in TYPO3 while displaying it across websites, mobile apps, and other digital channels through APIs. It gives developers more freedom to build modern frontends without losing key TYPO3 features such as multilingual content, workflows, permissions, and multisite control.

What Is TYPO3 Headless CMS?

In a headless setup, TYPO3 works mainly as the content backend. It stores, organises, and manages content, while the frontend is built separately.

Developers can use modern technologies such as:

React

Vue

Angular

Nuxt

Mobile app frameworks

How Does It Work?

TYPO3 Headless usually works in three simple steps:

Editors create content in the TYPO3 backend.

The system converts that content into JSON through an API.

The frontend receives the data and displays it to users.

This structure gives developers more control over design and performance.

Key Benefits of TYPO3 Headless

Use Content Across Multiple Channels

The same content can be reused on:

Corporate websites

Mobile applications

Customer portals

Digital screens

Kiosks

Microsites

More Frontend Freedom

Developers are not limited to traditional TYPO3 templates. They can select the frontend technology that best suits the project.

Easy Multisite Management

Businesses can manage several websites, brands, languages, and regions from one TYPO3 backend.

Better Scalability

The frontend and backend can be improved separately. This makes the system easier to scale as business needs grow.

Central Content Control

Editors can manage content from one place, helping teams reduce duplicate work and maintain consistency.

TYPO3 Headless Features

The TYPO3 Headless extension can provide:

JSON content delivery

Navigation and page data

Multilingual support

Custom content elements

Forms and news integration

Search support

Frontend login options

Flexible API configuration

TypoScript can also be used to control which fields and content details appear in the API response.

Basic Setup Process

Install the Headless Extension

The extension can be installed through the TYPO3 Extension Manager or Composer.

Add the Required Template

The headless TypoScript template must be included in the website setup.

Configure the Content Output

Developers can define how pages, fields, and content elements should appear in JSON format.

Connect the Frontend

The chosen frontend framework connects to the TYPO3 API and displays the content based on the website or application design.

Where Is TYPO3 Headless Used?

TYPO3 Headless is suitable for:

International business websites

Multilingual platforms

Mobile-first projects

Customer and employee portals

Marketing campaign websites

Content hubs

News platforms

Connected digital devices

What Should Businesses Consider?

A headless project may need more planning and technical knowledge than a standard TYPO3 website. Teams should carefully manage APIs, hosting, security, caching, preview tools, forms, and frontend development.

It is most useful when a business needs multiple channels, modern frontend technology, or long-term flexibility.

Conclusion

If you want to understand the TYPO3 Scheduler from the basics to more advanced use, this guide will help you learn how it works for Scheduler tasks, cron job setup, and Symfony console commands. It explains how TYPO3 makes task automation simple, reliable, and useful for smoother website maintenance.

What is TYPO3 Scheduler?

TYPO3 Scheduler is a built-in tool that allows admins and developers to schedule tasks inside TYPO3. These tasks can run hourly, daily, weekly, or at custom intervals depending on the website’s needs.

It is useful for both simple maintenance jobs and advanced automation workflows using Symfony console commands.

How TYPO3 Scheduler Works

TYPO3 Scheduler does not run automatically on its own. It needs a server-side trigger like a cron job, Windows Task Scheduler, hosting panel cron, or systemd timer.

Cron starts the Scheduler command, and TYPO3 checks which tasks are ready to run. If a task is due, TYPO3 executes it and records the result in logs.

Basic Flow

A task is created in TYPO3

A schedule or interval is assigned

Cron triggers the Scheduler command

TYPO3 checks due tasks

Tasks are executed one by one

Logs show success or errors

TYPO3 Scheduler and Cron Jobs

TYPO3 Scheduler manages the tasks, while cron triggers them at fixed intervals. One cron job can run all scheduled TYPO3 tasks, so there is no need to create separate cron jobs for every task.

For Composer-based TYPO3 projects, the Scheduler command is usually:php vendor/bin/typo3 scheduler:run

For non-Composer projects, the command may look like:php typo3/sysext/core/bin/typo3 scheduler:run

Manual Run vs Automatic Run

Manual Run

Manual execution is useful for testing, debugging, or running urgent maintenance tasks. Admins can run Scheduler tasks from the TYPO3 backend or through CLI.

Automatic Run

Automatic execution is done through cron or another server trigger. This is the best option for live websites because it runs tasks regularly without manual effort.

Common TYPO3 Scheduler Tasks

TYPO3 Scheduler is commonly used for:

Cache cleanup

Database optimization

Log cleanup

File cleanup

Newsletter sending

Search index updates

Garbage collection

Import and export jobs

Custom maintenance tasks

These tasks help keep the website clean, fast, and reliable.

Useful Scheduler CLI Commands

TYPO3 provides helpful commands for running and testing Scheduler tasks.

Run all due tasks:vendor/bin/typo3 scheduler:run

Run a specific task:vendor/bin/typo3 scheduler:run --task=1

Force a task to run:vendor/bin/typo3 scheduler:run --task=1 -f

Run in verbose mode for debugging:vendor/bin/typo3 scheduler:run --task=1 -v

These commands are helpful when checking whether a task is working correctly.

Setting Up TYPO3 Scheduler

In most TYPO3 installations, Scheduler is available as a core extension. If it is not active, it can be enabled from the TYPO3 backend or installed through Composer.

For Composer installation:composer require typo3/cms-scheduler

After activation, check the Scheduler module in the backend and run the setup check before adding live tasks.

Important Setup Checks

Before using Scheduler on a live website, check:

Correct PHP CLI path

Proper file permissions

Scheduler extension status

Cron command accuracy

Task frequency

Email notification settings

TYPO3 logs and server logs

A proper setup helps prevent failed tasks and unexpected issues.

Task Groups in TYPO3 Scheduler

Task groups help organize scheduled tasks by purpose. For example, you can create separate groups for cache cleanup, database maintenance, newsletters, file cleanup, and logs.

This makes the Scheduler easier to manage, especially on large TYPO3 websites with many automated tasks.

Custom Tasks with Symfony Console

Since TYPO3 supports Symfony console integration, developers can create custom commands and run them through Scheduler.

This is useful for advanced workflows such as data imports, report generation, content sync, cleanup jobs, and custom automation.

Before using a custom command in production, it should always be tested through CLI and checked in a staging environment.

Common Scheduler Problems

Some common TYPO3 Scheduler issues include:

Cron not running

Wrong PHP CLI path

Task disabled

Permission problems

Task scheduled for a future time

Stuck or overlapping tasks

Missing logs or email notifications

Most problems can be fixed by testing the command manually, checking permissions, and reviewing TYPO3 logs.

Best Practices for TYPO3 Scheduler

Use sensible task intervals and avoid running heavy jobs too often. Important tasks can run more frequently, while cleanup and database tasks can run less often.

Keep task groups organized, monitor logs regularly, and avoid unnecessary parallel execution unless the task is safe to run that way. Always use proper permissions for cron users to keep the setup secure.

Conclusion

A TYPO3 Fluid Guide explains how TYPO3’s template system works in a simple way, showing how layouts, templates, and partials build clean websites. It also covers loops, conditions, and reusable components to keep code organized, flexible, and easy to scale. components to keep code flexible, organized, and easy to scale.

What is TYPO3 Fluid?

TYPO3 Fluid is a flexible template engine that renders dynamic content in TYPO3 websites. It allows developers to display variables, use conditions, create loops, and reuse design elements.

Instead of writing complex code in templates, Fluid provides simple syntax and ViewHelpers. This makes frontend work cleaner and more structured.

Why Fluid is Important in TYPO3

Fluid makes TYPO3 development easier because it keeps templates organized and reusable. It is helpful for both small websites and large enterprise projects.

Key benefits include:

Clean separation of design and logic

Reusable layouts and partials

Dynamic content rendering

Easy multilingual support

Better maintainability

Cleaner frontend output

Basic Structure of TYPO3 Fluid

TYPO3 Fluid mainly works with templates, layouts, and partials. These three parts help developers manage frontend code in a better way.

Templates

Templates define the main content area of a page or extension view. They decide what content should appear on the frontend.

Layouts

Layouts provide the common page structure. For example, the same layout can be used for multiple pages to keep the design consistent.

Partials

Partials are small reusable template files. They are commonly used for headers, footers, menus, cards, buttons, and repeated content blocks.

How TYPO3 Fluid Works

Fluid receives data from TYPO3, Extbase, or TypoScript and processes it inside templates. It then combines layouts, partials, variables, conditions, loops, and ViewHelpers to create the final HTML output.

Basic Rendering Flow

Data is passed to the template

Fluid loads the template structure

Layouts and partials are processed

Variables and ViewHelpers are rendered

Final HTML output is generated

Recommended Fluid Folder Structure

A clean folder structure helps keep TYPO3 projects easy to understand and manage.Resources/ Private/ Layouts/ Partials/ Templates/

Use clear file names like Main.html, Header.html, Footer.html, Blog/List.html, or Blog/Show.html. This helps other developers quickly understand the project structure.

TYPO3 Fluid Syntax

Fluid supports both tag-based syntax and inline notation. Both are useful, but they should be used in the right place.

Tag-Based Syntax

Tag-based syntax is useful for longer logic, conditions, loops, and partial rendering.

Common examples include:

<f:if>

<f:for>

<f:render>

<f:translate>

This syntax keeps the template readable when the logic needs multiple lines.

Inline Notation

Inline notation is useful for short expressions.{items -> f:count()}

It works well for simple formatting, counting, and small ViewHelper tasks. Long inline expressions should be avoided because they make templates harder to read.

Working with Variables

Variables are used to display dynamic data inside Fluid templates. They can also be passed to partials or used to store values.

Creating a Variable

<f:variable name="pageTitle" value="Welcome to TYPO3 Fluid" /> <h1>{pageTitle}</h1>

This helps reuse values without repeating the same content again and again.

Passing Variables to Partials

<f:render partial="Header" arguments="{title: pageTitle}" />

Passing variables to partials makes templates more modular and reusable.

Fallback Values

Fallback values are useful when a variable is empty or missing.{title -> f:or(alternative: 'Default Title')}

This keeps the frontend clean and prevents empty output.

Conditions and Logic

Conditions are used when content should appear only in certain situations. They are useful for login status, page type, content availability, or layout changes.

If Condition

<f:if condition="{userLoggedIn}"> <p>Welcome back, {username}</p> </f:if>

Use simple conditions where possible. If the logic becomes too long, it is better to move it away from the template.

Ternary Condition

{userLoggedIn ? 'Logout' : 'Login'}

Ternary conditions are useful for short logic, but they should not be overused.

Loops in TYPO3 Fluid

Loops are used to display repeated data such as blog posts, products, menu items, records, or categories.

Basic For Loop

<f:for each="{products}" as="product"> <p>{product.name}</p> </f:for>

Fluid also provides loop details like isFirst, isLast, isOdd, isEven, index, and total. These are useful for styling lists and managing repeated content.

Rendering Layouts and Partials

Fluid helps developers reuse code through layouts, partials, and sections. This reduces duplicate code and makes the project easier to update.

Rendering a Partial

<f:render partial="Card" arguments="{item: product}" />

This is useful when the same design block is needed in different places.

Optional Partials

<f:render partial="OptionalBlock" optional="1" />

Optional partials help avoid errors when a partial file is not available.

TYPO3 Fluid ViewHelpers

ViewHelpers are special helpers used inside Fluid templates. They help with logic, formatting, translation, rendering, images, and more.

Common ViewHelpers

<f:if> for conditions

<f:for> for loops

<f:render> for partials

<f:translate> for translations

<f:format.*> for formatting content

ViewHelpers reduce the need for custom code inside templates and make Fluid easier to manage.

Performance Tips for TYPO3 Fluid

Good Fluid templates should be clean and optimized. This helps improve website speed and reduces unnecessary rendering.

Useful Performance Practices

Avoid too many nested loops

Do not repeat the same partial unnecessarily

Keep inline notation short

Use caching properly

Keep templates simple

Avoid heavy logic inside templates

Fluid also supports cache control, but disabling cache should be done carefully because it can affect performance.

Debugging TYPO3 Fluid

Debugging helps developers check available variables and fix template issues quickly.

Using f:debug

<f:debug>{myVariable}</f:debug>

To check all available variables, use: <f:debug>{_all}</f:debug>

This is helpful when you are not sure which data is available inside a template, layout, or partial.

Common Fluid Issues

Missing variables

Wrong partial path

Incorrect ViewHelper syntax

Missing braces

Wrong quotes

Unsafe raw HTML output

Incorrect namespace

Localization in TYPO3 Fluid

TYPO3 Fluid supports multilingual websites using translation files and the <f:translate> ViewHelper.

Best Practices for Translation

Avoid hard-coded text

Use translation keys

Keep XLIFF files clean

Test all active languages

Reuse partials for common content

This makes multilingual website management easier and more consistent.

SEO and Accessibility

Clean Fluid templates help improve both SEO and accessibility. A good template structure makes content easier for search engines and users to understand.

Important Points

Use proper heading structure

Keep HTML clean and semantic

Add meaningful alt text for images

Use dynamic titles and meta content

Keep content blocks well organized

Avoid unnecessary code in templates

A clean Fluid setup improves frontend quality, user experience, and search visibility.

TYPO3 Fluid and TypoScript

Fluid and TypoScript often work together in TYPO3 projects. TypoScript handles configuration and data mapping, while Fluid handles frontend rendering.

The <f:cObject> ViewHelper can be used to render TypoScript objects inside Fluid templates. This is useful when some content is prepared through TypoScript but displayed in Fluid.

Useful TYPO3 Fluid Tools and Extensions

TYPO3 has several useful Fluid-related tools and extensions. These can help with content rendering, components, backend layouts, and advanced template work.

Common options include:

fluid_styled_content

FluidTYPO3 ecosystem

Flux

VHS

fluid_components

fluid_fpdf

Use only the tools that are actually needed for the project. Too many extensions can make the setup harder to maintain.

TYPO3 Fluid Best Practices

To keep Fluid templates clean and professional, follow these practices:

Keep templates simple and readable

Use layouts and partials properly

Avoid business logic inside templates

Use ViewHelpers carefully

Keep inline notation short

Use caching wisely

Escape output for better security

Use semantic HTML

Organize translation files properly

Debug during development

Conclusion

A TYPO3 v14 relaunch is more than a visual upgrade. It helps improve website performance, streamline content management, and create a better user experience while ensuring your platform is ready for future growth.

What’s the Difference?

Upgrade

An upgrade moves your website to TYPO3 v14 while keeping the existing structure, content, and SEO setup mostly unchanged. It is usually a faster and safer choice for websites that are already working well.

Relaunch

A relaunch takes a wider approach. It includes improving the design, user experience, content structure, and internal workflows so the website can better support business goals.

When Should You Choose a Relaunch?

A relaunch can be a better option when your website has issues like:

A backend that feels slow, outdated, or hard to use

Difficulty managing multilingual content

More complex permission and governance needs

Weak mobile experience or outdated design

Limited flexibility for future growth

Key Benefits of TYPO3 v14

Better Editor Experience

TYPO3 v14 offers a cleaner and more user-friendly interface, helping editors manage content with less effort.

Easier Multilingual Management

It supports smoother handling of multiple languages, which is useful for companies working across different regions.

Built-In Marketing Support

Tools like QR codes and short links make it easier to manage campaigns directly from the platform.

Strong Governance and Security

Improved permissions and structured workflows help larger teams manage content with better control.

Long-Term Stability

TYPO3 v14 gives websites a stable foundation for future updates, maintenance, and growth.

Final Thoughts

TYPO3 search engines are great at finding results, but users still need to interpret them. T3AS v2.1 improves this by turning searches into simple AI-powered answers supported by original results.

A New Way to Experience TYPO3 Search

Instead of showing only a list of matched pages, T3AS v2.1 helps TYPO3 search become more answer-focused. It adds meaning to the search process by creating a short, helpful overview before the regular results appear.

Why This Matters

Users get useful context before opening pages.

Search becomes easier for complex queries.

Large TYPO3 websites become simpler to explore.

Visitors can understand topics faster.

Search results feel more guided and user-friendly.

How T3AS v2.1 Works

The new AI layer works above the existing TYPO3 search setup. It does not remove or replace current search engines. Instead, it uses them to find relevant content and then presents that information in a more understandable way.

Simple Search Flow

A user searches for a topic.

TYPO3 search engines collect matching content.

The AI layer studies the query and available results.

A clear overview is shown first.

Standard search results remain available below for reference.

Supported TYPO3 Search Setups

T3AS v2.1 is designed to work with different TYPO3 search environments. This makes it useful for both simple websites and larger enterprise platforms.

Compatible Search Options

KE Search for flexible TYPO3 search setups.

indexed_search for TYPO3’s built-in full-text search.

Solr for advanced and scalable search needs.

Faceted Search for filtered and structured navigation.

Site Content Search for direct content-based discovery.

The Role of RAG

The AI overview is powered by RAG, which means Retrieval-Augmented Generation. This approach helps the system create answers using real content retrieved from the TYPO3 website.

Why RAG Helps

Because the AI works with actual site content, the response becomes more grounded and relevant. It helps avoid generic answers and gives users information that better matches the website’s own content.

Benefits for Website Visitors

The biggest change is how users interact with search results. Instead of starting with a long list, they first see a meaningful overview that helps them decide what to explore next.

User Benefits

Faster access to helpful information.

Less effort needed to scan results.

Better understanding of search intent.

Smoother content discovery.

Easier navigation through large websites.

More confidence in the results shown.

Benefits for TYPO3 Website Owners

For TYPO3 teams, T3AS v2.1 adds modern AI value without forcing major changes to the existing search setup. Current engines continue to handle retrieval, while AI improves how results are presented.

What This Encourages

Website owners and editors should focus on clear content structure, useful headings, and well-written metadata. Better-organized content helps the AI overview produce stronger and more useful summaries.

Conclusion

TYPO3 v14 offers a smoother, faster, and more secure CMS experience in 2026, with better backend usability, stronger security controls, and more flexibility for developers. It is useful for developers reviewing new features and upgrades, editors wanting an easier backend, agencies managing migrations, and site owners focused on performance, security, and growth.

What Makes TYPO3 v14 Important

TYPO3 v14 improves the overall user experience in the backend and makes site management smoother. It also strengthens security, improves performance, and supports more efficient development. For teams using TYPO3 regularly, these are the updates that matter most.

Better Backend Experience

The backend in TYPO3 v14 feels cleaner and easier to use. Navigation is more organized, common tasks take fewer clicks, and the layout is less cluttered. This helps editors and admins work faster without feeling lost in the interface.

Stronger Security

Security is one of the key improvements in this version. TYPO3 v14 offers better authentication, stronger password handling, and improved permission control. This gives administrators more confidence when managing users and access rights.

Easier Content Management

Content and page management are more user-friendly in TYPO3 v14. Editors can handle pages more smoothly, organize content with less effort, and get a clearer view of page status. These changes help save time during regular content updates.

Improved Multilingual Support

TYPO3 v14 makes multilingual websites easier to manage. Translation workflows are more structured, and it becomes simpler to keep translated content aligned with the original. This is especially useful for websites serving multiple markets or languages.

Better Performance for Projects

Performance has also been improved in TYPO3 v14. The backend feels faster, larger site structures are easier to manage, and caching works more efficiently. These changes help websites and admin areas run more smoothly.

Better for Developers

Developers also get useful improvements in TYPO3 v14. The system supports a more modern development approach with cleaner tools and better maintainability. This makes building, updating, and managing TYPO3 projects more practical in the long run.

Important Things to Check Before Upgrading

Before moving to TYPO3 v14, it is important to review your current setup carefully. Server compatibility, installed extensions, and custom code should all be checked first. Most upgrade issues happen because of outdated extensions or old custom development.

Key Upgrade Steps

Update your current TYPO3 version first

Check server and PHP compatibility

Review all installed extensions

Remove unused or outdated extensions

Run the upgrade tools and database updates

Test everything in a staging environment

Common Upgrade Issues

The most common upgrade problems are extension conflicts, migration errors, and backend issues after the update. These problems are usually manageable if testing is done properly before going live. A careful upgrade plan can prevent most of these issues.

Final Thought

As TYPO3 websites grow, users expect fast and relevant answers, not just basic search results. Traditional keyword-based search often leads to irrelevant results and a poor experience. T3AS AI Search for TYPO3 improves this by understanding user intent and delivering more accurate and meaningful results.

What is AI Search in TYPO3?

AI search is a smarter way of searching that uses artificial intelligence to understand intent and context. It doesn’t just show links, it tries to give clear and direct answers based on what the user is asking.

Key Idea

Traditional search = keyword matching

AI search = intent understanding

Problems with Traditional Search

Older TYPO3 search systems depend heavily on exact keyword matches, which leads to:

Irrelevant results if wording is different

Lack of understanding of user intent

Multiple search attempts by users

This often creates a frustrating experience.

How AI Search Improves It

AI-powered search makes the experience more natural and efficient.

Main Improvements

Understands natural language queries

Handles synonyms and variations

Gives direct answers instead of just links

Uses actual website content for accuracy

Key Features of T3AS AI Search

Smart Query Understanding

Users can type full questions, and the system still understands what they need.

Context-Based Answers

AI connects with website data to provide accurate and meaningful responses.

Flexible Search UI

Chat-style search

Inline results

Widget-based search

This allows different experiences based on the website design.

Easy Integration

Works with tools like Solr, ke_search, indexed_search

Can also work independently

Simple setup and scalable

Customization

Adjust design and layout

Control answer style (short or detailed)

Match branding easily

Benefits for Websites

Better User Experience

Users get faster and more relevant answers.

Higher Engagement

Visitors stay longer due to useful results.

Less Support Work

AI handles common questions automatically.

Improved Accuracy

Search works even without exact keyword matches.

Where It Helps Most

AI search works well across different types of websites:

Blogs for quick content discovery

Business sites for better service or product search

Large portals to manage big content easily

How It Works

User enters a query

AI understands intent

System checks website content

Returns a clear and relevant answer

Final Thought