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Features Library

Explore 393+ advanced tools designed to simplify, enhance, and customize every aspect of your WordPress site — Your Core Stack WordPress Plugin.Got questions about Classic Monks features? 
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Bricks Builder Tab
Core Tab
WooCommerce Tab
Performance Tab
Security Tab
White Label Tab
Interface Tab
Email Tab
Custom Code Tab
Options Tab

Bricks Builder Tab

162 Features & Options

Setup

Elements

Dynamic Data

Conditions

Builder Mods

Optimization

Core Tab

66 Features & Options

Setup

File Downloader

Content

Gutenberg

Users

Plugins

Logs

WooCommerce Tab

45 Features & Options

Status

Product Swatches

Single Product

Checkout

One Click Checkout

Coupons

Orders

My Account

Optimization

Redirection

Email (WooCommerce Specific)

Performance Tab

75 Features & Options

WordPress Optimizations

How it works:
Automatically converts all HTTP links to HTTPS when the site is using SSL by rewriting URLs in content, ensuring all internal links use secure connections.Benefits:
Improves site security by eliminating mixed content warnings, enhances SEO rankings with secure connections, and provides consistent HTTPS experience across the entire website.
How it works:
Restores the classic WordPress widgets settings screens by reverting to the traditional widget interface instead of the Gutenberg block-based widget editor.Benefits:
Provides familiar interface for users accustomed to classic widgets, maintains compatibility with legacy widget configurations, and offers simpler widget management workflow.
How it works:
Organizes all uploads into a single folder instead of the default year/month folder structure, simplifying media organization and URL structure.Benefits:
Simplifies media management, creates cleaner URL structure, reduces folder complexity, and makes media migration and backup processes more straightforward.
How it works:
Disables all WordPress core, plugin, and theme updates by removing update notifications, blocking update checks, and preventing automatic updates from running.Benefits:
Prevents unexpected changes that could break functionality, maintains stable environment for production sites, and provides complete control over update timing and testing.
How it works:
Globally disables comments on all post types by removing comment forms, hiding comment-related admin sections, and preventing new comment submissions.Benefits:
Reduces spam and moderation workload, improves page loading speeds by removing comment-related queries, and eliminates security risks associated with comment forms.
How it works:
Disables the native WordPress search functionality by blocking search queries, removing search forms, and redirecting search attempts.Benefits:
Reduces server resource usage from search queries, eliminates search-based security vulnerabilities, and forces users to rely on navigation or external search solutions.
How it works:
Removes WordPress emoji scripts and styles from the frontend by deregistering emoji-related JavaScript and CSS files that WordPress loads by default.Benefits:
Reduces page load times by eliminating unnecessary JavaScript and CSS, decreases HTTP requests, and improves performance for sites that don't use emojis.
How it works:
Disables Dashicons on the front-end for non-logged-in users by preventing the icon font from loading when not needed for admin functionality.Benefits:
Reduces frontend resource usage, improves page load speeds for visitors, and eliminates unnecessary font downloads for users who don't need admin icons.
How it works:
Disables the oEmbed feature in WordPress by removing embed-related scripts, preventing automatic embed generation, and blocking embed discovery endpoints.Benefits:
Reduces external API calls, improves page loading performance, eliminates potential security risks from embed endpoints, and reduces server resource usage.
How it works:
Removes XML-RPC functionality completely by blocking the xmlrpc.php file and disabling all XML-RPC related services and endpoints.Benefits:
Eliminates major security attack vector, prevents brute force attacks through XML-RPC, reduces server load from malicious requests, and improves overall site security.
How it works:
Removes the jQuery Migrate script that WordPress includes for backward compatibility with older jQuery versions and deprecated functions.Benefits:
Reduces JavaScript file size and loading time, eliminates unnecessary backward compatibility overhead, and improves page performance for modern implementations.
How it works:
Removes the Really Simple Discovery (RSD) link from the HTML head that's used for blog clients and remote publishing tools.Benefits:
Reduces HTML head clutter, eliminates unnecessary HTTP header, and removes potential information disclosure about site capabilities.
How it works:
Removes the shortlink meta tag from the HTML head that WordPress generates for shorter URL alternatives to posts and pages.Benefits:
Reduces HTML head size, eliminates redundant URL information, and simplifies HTML output for better performance and cleaner code.
How it works:
Disables all RSS feeds by redirecting feed URLs to the homepage or 404 pages, preventing feed generation and access.Benefits:
Reduces server resource usage from feed generation, eliminates potential content scraping through feeds, and simplifies site architecture for non-blog sites.
How it works:
Removes RSS feed links from the HTML head section while optionally maintaining feed functionality for direct access.Benefits:
Reduces HTML head clutter, eliminates feed discovery for automated tools, and provides control over feed visibility and access.
How it works:
Prevents self-pingbacks when linking to internal content by blocking pingback notifications for links within the same domain.Benefits:
Reduces unnecessary notifications and comments, eliminates self-referential spam, and improves comment management by focusing on external interactions.
How it works:
Removes REST API discovery links from the HTML head and HTTP headers while maintaining API functionality for authorized users.Benefits:
Reduces information disclosure about API endpoints, simplifies HTML output, and provides security through obscurity while maintaining functionality.
How it works:
Disables Google Maps API loading by blocking Google Maps JavaScript libraries and preventing automatic map script inclusion.Benefits:
Improves page loading performance by eliminating external API calls, reduces dependency on Google services, and provides privacy benefits for users.
How it works:
Prevents Google Fonts from loading by blocking font API requests and removing Google Fonts stylesheets from page loading.Benefits:
Improves page loading speeds by eliminating external font requests, enhances privacy by reducing Google tracking, and forces use of system or local fonts.
How it works:
Disables the WordPress 6.5+ Font Library feature that allows font management and Google Fonts integration through the WordPress admin interface.Benefits:
Reduces admin interface complexity, prevents unwanted font loading, and maintains control over typography choices without automated font suggestions.
How it works:
Disables WordPress responsive image features including srcset and sizes attributes that are automatically added to image tags.Benefits:
Provides manual control over image responsive behavior, reduces HTML complexity, and allows custom responsive image implementations.

Heartbeat

How it works:
Configures the maximum number of post revisions that WordPress stores by setting limits on revision history to control database growth.Benefits:
Reduces database size and improves performance, limits storage usage from excessive revisions, and maintains revision functionality while controlling resource consumption.
How it works:
Sets the frequency of automatic post saving during editing sessions, controlling how often WordPress saves draft content automatically.Benefits:
Balances data protection with performance by reducing excessive autosave requests, provides customizable backup frequency, and reduces server load during content editing.
How it works:
Completely disables the WordPress heartbeat functionality that maintains connection between browser and server for real-time features.Benefits:
Significantly reduces server resource usage, eliminates constant AJAX requests, and improves performance for sites that don't need real-time features.
How it works:
Configures the frequency of WordPress heartbeat requests to balance real-time functionality with server performance requirements.Benefits:
Optimizes server resource usage while maintaining necessary real-time features, provides granular control over update frequency, and balances functionality with performance.

Media Enhancements

How it works:
Replaces media files while maintaining the same ID and file name, preserving all references, links, and integrations while updating content.Benefits:
Maintains all existing references and links, prevents broken media connections, and allows seamless media updates without affecting content structure.
How it works:
Adds a category manager to the media library with drag-and-drop functionality, allowing organization of media files into custom categories.Benefits:
Improves media organization and findability, enables better content management workflow, and provides intuitive categorization system for large media libraries.
How it works:
Automatically redirects the media library to list view instead of grid view, providing detailed information and easier management interface.Benefits:
Improves media management efficiency, provides more detailed file information, and offers better control over media selection and organization.
How it works:
Adds duplicate functionality to media items, allowing creation of copies of existing media files with new IDs and references.Benefits:
Enables easy media replication for variations, provides backup options for media edits, and allows multiple uses of similar media without conflicts.
How it works:
Automatically converts language accent characters and special characters in filenames to ASCII equivalents during upload.Benefits:
Prevents filename compatibility issues, improves cross-platform compatibility, and ensures consistent URL structure across different systems.
How it works:
Adds SVG upload support with previews and security features, enabling vector graphics while maintaining safety through sanitization.Benefits:
Enables scalable vector graphics for better design flexibility, reduces file sizes for icons and graphics, and maintains image quality at all sizes.
How it works:
Enables security checks for SVG uploads by scanning for malicious code, scripts, and external references before allowing file uploads.Benefits:
Prevents SVG-based security attacks, maintains vector graphics functionality safely, and provides protection against malicious file uploads.
How it works:
Prevents generation of specific image sizes during upload, reducing storage usage and processing time for unused image variations.Benefits:
Reduces storage requirements, improves upload performance, and eliminates generation of unused image sizes that consume server resources.
How it works:
Prevents automatic scaling of large uploaded images, maintaining original image dimensions and quality without forced resizing.Benefits:
Preserves original image quality and dimensions, maintains photographer intent, and prevents unwanted automatic image compression.
How it works:
Provides tools to delete existing images of specific dimensions, helping clean up unnecessary image variations and reclaim storage space.Benefits:
Reduces storage usage by removing unused image sizes, improves media library management, and helps optimize storage costs.
How it works:
Safely manages and recovers accidentally deleted media files by providing trash functionality and recovery options for media items.Benefits:
Prevents permanent accidental media loss, provides safety net for media management, and enables recovery of mistakenly deleted files.
How it works:
Converts images to WebP and AVIF formats for faster loading, providing modern image formats while maintaining compatibility options.Benefits:
Significantly reduces image file sizes, improves page loading speeds, and provides modern image format benefits while maintaining quality.
How it works:
Identifies and marks unused images in the Media Library by scanning content and detecting media files that aren't referenced anywhere.Benefits:
Helps clean up media library, reduces storage usage, and identifies media files that can be safely removed to optimize storage.
How it works:
Detects orphaned media entries where database records exist but actual files are missing from the server filesystem.Benefits:
Identifies broken media references, helps maintain database integrity, and provides tools to clean up corrupted media entries.
How it works:
Adds secure download management for protected files by providing access control, logging, and protection for downloadable content.Benefits:
Protects downloadable content from unauthorized access, provides download tracking and analytics, and enables secure file distribution.

CDN Enabler

How it works:
Enables rewriting of site URLs with CDN URLs, automatically replacing local asset references with CDN equivalents for faster content delivery.Benefits:
Dramatically improves global loading speeds, reduces server bandwidth usage, and provides better user experience through geographically distributed content delivery.
How it works:
Disables CDN rewriting for logged-in admin users, ensuring admin functionality works correctly while maintaining CDN benefits for visitors.Benefits:
Prevents admin interface conflicts with CDN delivery, ensures proper admin functionality, and maintains development workflow while optimizing visitor experience.
How it works:
Configures your CDN URL endpoint that will replace local URLs, establishing the connection between local assets and CDN delivery network.Benefits:
Enables content delivery network integration, provides faster global content delivery, and reduces server load through distributed asset serving.
How it works:
Specifies directories to include in CDN rewriting, allowing selective CDN delivery for specific content types and locations.Benefits:
Provides granular control over CDN usage, allows optimization of specific content types, and enables selective performance improvements.
How it works:
Specifies files or directories to exclude from CDN rewriting, ensuring critical files remain on the origin server when needed.Benefits:
Maintains control over sensitive or dynamic content, prevents CDN conflicts with specific functionality, and provides flexibility in CDN implementation.

Assets Manager

How it works:
Conditionally disables scripts and styles across your site based on page context, content type, and user-defined rules to reduce unnecessary loading.Benefits:
Significantly improves page loading speeds, reduces bandwidth usage, and eliminates loading of unused CSS and JavaScript files for better performance.
How it works:
Specifically removes WordPress emoji functionality within the Assets Manager context, providing granular control over emoji-related resources.Benefits:
Reduces page load times by eliminating emoji scripts, decreases HTTP requests, and provides targeted optimization for sites not using emoji features.
How it works:
Excludes admin users from asset management optimizations, ensuring full functionality is available for site administrators and editors.Benefits:
Maintains full admin functionality while optimizing visitor experience, prevents admin workflow disruption, and ensures development tools remain accessible.
How it works:
Shows Assets Manager controls in the admin bar, providing quick access to asset management settings and testing tools.Benefits:
Enables easy asset management testing, provides quick optimization controls, and allows real-time performance tuning and validation.
How it works:
Configures compatibility with caching plugins to ensure asset management works correctly with cached content and optimization systems.Benefits:
Maintains compatibility with existing caching systems, ensures consistent performance optimization, and prevents conflicts between asset management and caching.

Lazy Loading

How it works:
Enables lazy loading for images, iframes, and other media elements by deferring loading until elements enter the viewport.Benefits:
Dramatically improves initial page load times, reduces bandwidth usage, and provides better user experience by loading content as needed.
How it works:
Excludes admin users from lazy loading functionality to ensure full content visibility and prevent interference with admin workflows.Benefits:
Maintains complete admin interface functionality, prevents editing workflow disruption, and ensures all content is immediately visible for administration.
How it works:
Enables lazy loading specifically for image elements, loading images only when they're about to enter the user's viewport.Benefits:
Reduces initial page load times, saves bandwidth for users, and improves perceived performance by prioritizing above-the-fold content.
How it works:
Enables lazy loading for iframe elements, deferring loading of embedded content like videos and external widgets until needed.Benefits:
Prevents slow external content from blocking page loading, reduces initial resource usage, and improves control over third-party content loading.
How it works:
Enables lazy loading for CSS background images by detecting background image usage and applying lazy loading techniques.Benefits:
Optimizes background image loading, reduces initial CSS processing time, and provides comprehensive image optimization beyond standard img tags.
How it works:
Enables lazy loading specifically for YouTube embeds, replacing video embeds with placeholder images until user interaction.Benefits:
Dramatically improves page loading by preventing YouTube script loading, reduces external requests, and provides better control over video content loading.
How it works:
Uses the browser's built-in lazy loading functionality when supported, falling back to JavaScript implementation for older browsers.Benefits:
Provides optimal performance through native browser features, ensures compatibility across all browsers, and leverages built-in optimizations when available.
How it works:
Configures the distance before an element enters the viewport when lazy loading should trigger, providing control over loading timing.Benefits:
Optimizes loading timing for user experience, prevents loading delays, and provides smooth content appearance as users scroll.
How it works:
Preloads above-the-fold images to ensure critical content loads immediately while maintaining lazy loading for below-the-fold content.Benefits:
Balances performance optimization with user experience, ensures critical content loads quickly, and maintains lazy loading benefits for non-critical content.
How it works:
Prevents critical images from being lazy-loaded to ensure immediate visibility of important content without loading delays.Benefits:
Ensures immediate visibility of critical content, prevents perceived performance issues, and maintains user experience while optimizing non-critical content.
How it works:
Specifies CSS classes to exclude from lazy loading, providing granular control over which elements should load immediately.Benefits:
Provides precise control over lazy loading behavior, enables custom optimization strategies, and allows exception handling for specific content requirements.
How it works:
Adds fade-in effects for lazy-loaded elements, creating smooth visual transitions as content appears during scrolling.Benefits:
Provides polished user experience, creates smooth content appearance, and adds visual interest to the loading process while maintaining performance benefits.
How it works:
Lazily loads entire sections of content, not just individual elements, providing comprehensive performance optimization for complex layouts.Benefits:
Dramatically reduces initial page complexity, improves loading performance for content-heavy pages, and provides granular control over content rendering.
How it works:
Unloads elements when they exit the viewport, freeing up memory and resources for better performance on long pages.Benefits:
Optimizes memory usage on long pages, improves performance for infinite scroll implementations, and maintains browser responsiveness with large content volumes.

Monks Preloading

How it works:
Automatically preloads pages as users browse by predicting navigation patterns and prefetching likely next destinations.Benefits:
Dramatically improves perceived navigation speed, provides near-instant page transitions, and enhances user experience through predictive loading.
How it works:
Excludes admin users from preloading functionality to prevent interference with admin workflows and development processes.Benefits:
Maintains clean admin experience, prevents unnecessary preloading during development, and ensures admin functionality remains unaffected by preloading.
How it works:
Configures when preloading occurs with options for On Hover, On Viewport, or Predictive triggers based on user behavior patterns.Benefits:
Provides control over preloading timing, optimizes resource usage, and enables different preloading strategies based on site usage patterns.
How it works:
Sets delay before preloading starts after page load, allowing time for critical content to finish loading before beginning preloading operations.Benefits:
Prevents interference with initial page loading, optimizes resource allocation, and ensures critical content loads before optimization features activate.
How it works:
Configures hover delay for preloading, determining how long users must hover over links before preloading triggers.Benefits:
Prevents unnecessary preloading from brief hover interactions, optimizes resource usage, and ensures preloading only occurs for deliberate user actions.
How it works:
Limits preloading requests to prevent server overload and ensure preloading doesn't negatively impact site performance.Benefits:
Prevents server overload from aggressive preloading, maintains site stability, and ensures preloading enhancement doesn't become a performance burden.
How it works:
Allows preloading on mobile devices with consideration for data usage and battery life concerns.Benefits:
Provides mobile performance optimization, improves mobile user experience, and offers configurable mobile-specific optimization strategies.
How it works:
Allows preloading on slow connections with adaptive behavior that considers connection speed and data limitations.Benefits:
Provides performance benefits even on slow connections, adapts to user's network conditions, and maintains optimization effectiveness across different connection types.
How it works:
Specifies URLs or keywords to exclude from preloading, providing control over which content should not be preloaded.Benefits:
Prevents preloading of inappropriate content, optimizes resource usage, and provides granular control over preloading behavior.
How it works:
Automatically stops preloading when errors are encountered, preventing continued resource usage on problematic content.Benefits:
Prevents waste of resources on broken content, maintains site stability, and provides automatic error handling for preloading operations.
How it works:
Sets memory usage limits for preloading operations, ensuring preloading doesn't consume excessive browser resources.Benefits:
Prevents browser memory issues, maintains system stability, and ensures preloading optimization doesn't negatively impact user experience.

Security Tab

39 Features & Options

WordPress Protection

Two-Factor Authentication

Content Protection

Stay Logged In

Admin Notices

Staging Protection

White Label Tab

17 Features & Options

Branding

Login Page

Menus

Interface Tab

32 Features & Options

Preloader

Laser Loader

Experience

Custom Code Tab

7 Features & Options

TXT Files

Custom Code

Options Tab

14 Features & Options

Setup States

WP Reset

Import

Export

Reset

Uninstall

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