Your blog just landed a feature on a major news site. Traffic surges to 100,000 visitors per hour. Then your site crashes. Every blogger's nightmare, right? Choosing the right Content Management System isn't just about features anymore — it's about survival when success hits.
We analyzed performance data from enterprise-level implementations, examined scalability architectures, and studied real-world case studies from millions of high-traffic sites. The results reveal surprising truths about which platforms actually keep running when the floodgates open.
Key Findings
- WordPress dominates with 62.7% CMS market share but requires significant optimization strategies to handle traffic spikes beyond moderate loads without performance degradation
- Proper hosting infrastructure matters more than CMS choice — managed WordPress hosting can handle 10,000 to 100 million concurrent users with optimized configurations
- Drupal excels for enterprise complexity with 5.4% of the top 100,000 websites choosing it specifically for high-demand operations, compared to lower overall adoption
- Ghost CMS delivers fastest baseline performance with Node.js architecture loading significantly faster than traditional platforms, though commanding just 0.1% market share
- Scalability requires comprehensive approach including advanced caching mechanisms (Varnish, Redis, Memcached), Content Delivery Networks, and database optimization regardless of platform
- WordPress VIP successfully managed 1 billion requests in 4.5 hours during NASA's eclipse event, with most responses delivered under 400 milliseconds
- Unplanned downtime costs businesses average of $9,000 per minute, making scalability planning critical for revenue protection during high-traffic periods
Understanding Content Management System Fundamentals
Content management systems power 68.7% of websites today, fundamentally changing how we publish content online. These platforms eliminate the need for hand-coding every page — a practice that dominated 76% of sites back in 2011 but has plummeted to around 31% today.
A CMS handles everything from content creation to publishing workflows. You write articles in user-friendly editors, upload media through simple interfaces, and organize everything without touching a single line of code (unless you want to). The magic happens behind the scenes where databases store your content and themes control how visitors see it.
Different platforms approach this challenge differently. Some prioritize simplicity and speed out of the box. Others offer maximum flexibility through extensive customization. Understanding these fundamental differences becomes crucial when your traffic starts climbing into five or six figures daily.
Current Market Landscape Analysis
WordPress absolutely dominates today's CMS landscape, powering 43.3% of all websites globally. When we narrow focus to just sites using identifiable content management systems, WordPress commands an even more impressive 62.7% market share.
But the competitive landscape tells a more nuanced story. Shopify has emerged as the second-largest player with 6.4% market share, growing rapidly from just 1% back in 2016. Wix holds third position at 3.8%, followed by Squarespace at 3.3% and Joomla at 2.4%. Drupal, once a top-three contender, now sits at 1.2% overall market share.
These numbers shift dramatically when examining high-traffic sites specifically. Among the top 100,000 websites ranked by traffic volume, WordPress powers 29.65% while Drupal jumps to 5.42%. For the top 10,000 sites, Drupal claims 6.66% — a much higher concentration than its overall market presence suggests.
The trend lines reveal important patterns too. Wix experienced 800% market growth between 2016 and 2023, making it the fastest-growing platform. Meanwhile, Joomla and Drupal have declined consistently — Joomla dropped 16% since 2024, while Drupal fell 25% in the same period.
Ghost CMS represents an interesting outlier. Despite holding just 0.1% overall market share with approximately 100,000 active websites, the platform attracts serious publishers and content creators specifically for its performance focus and publishing-first design philosophy.
WordPress Scalability For High Volumes
WordPress's reputation for handling massive traffic stems from proper implementation, not inherent limitations. The platform's core architecture can support extremely high loads when correctly configured. Scalability challenges typically arise from poor setup decisions rather than fundamental platform restrictions.
During a notable eclipse event, NASA's WordPress website successfully managed over 1 billion requests in just 4.5 hours. Most responses were delivered in under 400 milliseconds — demonstrating that WordPress absolutely can handle extreme traffic loads when properly architected.
The key lies in comprehensive optimization strategies. Basic WordPress installations on shared hosting will struggle beyond moderate traffic levels. But enterprise implementations with managed infrastructure, advanced caching, and proper resource allocation scale effortlessly.
Caching mechanisms form the foundation of WordPress scalability. Page caching stores entire pages as static HTML files, eliminating dynamic generation for repeat requests. Object caching using Redis or Memcached reduces database queries significantly. Full-page caching via plugins like W3 Total Cache or WP Super Cache can handle traffic spikes that would otherwise overwhelm servers.
Database optimization becomes critical as content volumes grow. The wp_options table often causes bottlenecks at scale. Tools like HyperDB enable database replication, spreading read operations across multiple servers while the primary database handles writes. Regular query optimization and proper indexing maintain efficiency even with millions of database rows.
Content Delivery Networks distribute static assets globally, reducing server load dramatically. By serving images, CSS, and JavaScript files from edge locations close to visitors, CDNs minimize latency and bandwidth consumption on origin servers.
Managed WordPress hosting providers like WP Engine offer infrastructure specifically optimized for high-traffic WordPress sites. Their platforms include burst scaling that automatically adjusts server resources during traffic spikes, handling anywhere from 10,000 to 100 million concurrent users. Partnerships with Google Cloud Platform and Amazon Web Services provide the underlying infrastructure for this scalability.
Load balancing distributes incoming traffic across multiple web servers, preventing any single server from becoming a bottleneck. This horizontal scaling approach allows WordPress installations to grow capacity by adding more servers rather than just upgrading existing hardware.
The "less is more" approach proves most effective for WordPress scalability. Minimizing plugin usage, optimizing images before upload, and keeping only essential functionality reduces the resources required to serve each page. Every unnecessary element adds overhead that compounds under heavy traffic.
Drupal's Enterprise-Grade Performance Capabilities
Drupal built its reputation on handling complex, high-traffic websites where security and scalability aren't optional. Government agencies, universities, and large enterprises choose Drupal specifically for these strengths.
NASA exemplifies Drupal's scaling capabilities. The organization relied on Drupal for extensive content migration, mobile-first redesign, and managing high volumes of daily updates with millions of page views. When you're managing space exploration content that needs to handle global interest during major events, platform reliability isn't negotiable.
Tesla selected Drupal for its electric vehicle and energy company website, needing to serve millions of users globally with consistently fast performance. The platform handled major traffic spikes during product launches while maintaining excellent user experience across devices.
Weather.com processes real-time data for millions of daily visitors searching for updates and alerts. Drupal's architecture handles this combination of dynamic content and massive concurrent users without breaking a sweat.
The platform's modular design allows precise scalability optimization. Advanced caching mechanisms including Varnish, Redis, and Memcached significantly enhance performance by reducing server load. Varnish acts as an HTTP accelerator, caching static and dynamic content in front of web servers for dramatically faster response times.
Load balancing distributes incoming requests across multiple servers, ensuring high availability even under heavy traffic. Drupal sites can deploy numerous web servers behind a load balancer to boost scalability and prevent server overload.
Database optimization remains vital for Drupal performance. Replicating databases across multiple servers distributes read operations, improving performance significantly for high-traffic sites. Proper query optimization and indexing ensure the database performs efficiently even with extensive content volumes.
Built-in caching at various levels — page caching, block caching, view caching — provides good baseline performance. But for sites expecting high traffic loads, external caching systems and server-side optimization techniques become necessary additions.
The New York Times demonstrates how proper caching strategies enable Drupal to deliver news quickly to millions of readers. Their implementation combines browser caching for static elements, global content delivery networks spreading content across worldwide servers, and server-side caching using Varnish to preload frequently accessed content.
Drupal's learning curve steeper than WordPress, requiring more technical expertise for proper implementation. But for organizations managing complex content structures, multilingual requirements, or handling truly massive traffic volumes, that investment pays dividends in reliability and performance.
Ghost CMS Speed Advantages
Ghost CMS positions itself as the performance-focused alternative, built specifically for publishers who prioritize speed and simplicity. The platform's Node.js architecture delivers significantly faster page loads compared to traditional PHP-based systems like WordPress.
This speed advantage isn't marginal — users consistently report that Ghost sites load noticeably quicker out of the box, without extensive optimization work. The platform's minimalist approach means less bloat, fewer database queries, and cleaner code execution.
Built-in SEO features come standard with Ghost, eliminating the need for additional plugins that could slow performance. Customizable meta tags, descriptions, clean URLs, automatic sitemaps, and Google Analytics integration are all included. This streamlined approach maintains speed advantages while ensuring proper search engine optimization.
The publishing workflow on Ghost emphasizes simplicity. The Markdown-based editor streamlines writing without unnecessary features that might bog down the interface. Multiple authors can collaborate efficiently, and publishing options include scheduling or immediate posting — all within an interface designed for speed.
Ghost's headless CMS capabilities allow developers to use it as a backend content repository while building custom frontends with modern JavaScript frameworks. This architecture provides ultimate flexibility for technically sophisticated publishers while maintaining Ghost's performance advantages.
Built-in membership and subscription features enable monetization without additional plugins. Publishers can create exclusive content, establish subscription tiers, and integrate with Stripe for payment processing — all while maintaining the platform's performance focus.
The analytics dashboard provides essential metrics like total visits, top-performing posts, and member growth without relying on external tools that might slow page loads. Data-driven decision-making becomes simpler when key metrics live within the same interface used for content creation.
For bloggers and online publications producing high volumes of daily content, Ghost's speed and performance prove particularly valuable. The platform handles content-focused sites exceptionally well, though it lacks the extensive plugin ecosystem and customization options available in WordPress.
Managed Ghost hosting services handle technical infrastructure, automatic updates, and security, allowing publishers to focus on content creation rather than server management. Services like Ghost Pro start at $9 monthly for basic plans, scaling up for higher traffic needs.
The platform's relatively small market share (0.1% of all CMS-using websites) means a smaller community compared to WordPress. But the quality of Ghost's user base — respected publishers and content creators who specifically chose the platform for its publishing focus — demonstrates its value for serious content operations.
Hosting Infrastructure Impact On Performance
Your choice of hosting infrastructure ultimately determines whether your CMS succeeds or fails under heavy traffic, regardless of which platform you select. The most powerful CMS in the world can't overcome inadequate hosting.
Shared hosting plans simply cannot cope with traffic surges. When hundreds or thousands of sites share the same server resources, performance degrades rapidly as traffic increases. One site's viral content can slow down dozens of neighbors on the same server.
Virtual Private Servers provide a middle ground, offering dedicated segments of server resources. VPS hosting gives more control over configurations and better performance than shared hosting, though still with some resource limitations.
Dedicated servers assign all resources to a single site or application. For high-traffic operations, dedicated hardware eliminates the "noisy neighbor" problem entirely. But managing dedicated servers requires technical expertise or paying for managed services.
Cloud hosting provides the scalability high-traffic sites truly need. Platforms like Amazon Web Services, Google Cloud Platform, and Microsoft Azure allow resources to scale dynamically based on demand. Traffic spikes that would crash traditional hosting barely register on properly configured cloud infrastructure.
Managed WordPress hosting specifically optimizes server environments for WordPress performance. Providers like WP Engine, Pressable, and others implement server-level caching, automatic scaling, and WordPress-specific performance tuning. Their expertise in WordPress infrastructure takes the guesswork out of scaling.
Auto-scaling capabilities dynamically adjust server resources as traffic grows. When visitor counts spike unexpectedly — whether from viral content or major sales events — auto-scaling provisions additional capacity automatically to maintain performance without manual intervention.
CDN integration accelerates content delivery globally by caching static assets on servers distributed worldwide. This reduces latency for international visitors and offloads bandwidth from origin servers. Services like Cloudflare, Akamai, and Fastly can dramatically improve performance for geographically distributed audiences.
Database performance often becomes the bottleneck for high-traffic sites. Hosting solutions should include database optimization features, replication capabilities for read-heavy workloads, and adequate resources (RAM especially) for database servers to maintain efficiency under load.
PHP worker allocation determines how many concurrent PHP processes can execute simultaneously. Managed WordPress hosts typically provide significantly more PHP workers than shared hosting, enabling more simultaneous visitors to receive dynamically generated pages.
SSL certificates, security monitoring, and DDoS protection become critical for high-traffic sites. The increased visibility that comes with traffic growth makes sites more attractive targets for attacks. Hosting infrastructure should include robust security measures as standard features.
The investment in quality hosting pays for itself by preventing downtime. When unplanned outages cost businesses an average of $9,000 per minute, even expensive enterprise hosting seems reasonable if it protects revenue during critical high-traffic periods.
Optimization Strategies For Maximum Throughput
Achieving high-traffic performance requires implementing multiple optimization strategies working together, regardless of which CMS platform you choose.
Image optimization reduces file sizes dramatically without noticeable quality loss. Tools can compress images by 70% or more while maintaining visual appeal. Lazy loading delays image loading until users scroll near them, reducing initial page load times significantly.
Code optimization minimizes CSS and JavaScript files, removing unnecessary whitespace and combining multiple files where possible. This reduces the number of HTTP requests required to load pages. Modern HTTP/2 multiplexing helps with resource loading efficiency too.
Database query optimization ensures efficient data retrieval. Analyzing slow queries, adding appropriate indexes, and eliminating unnecessary database calls can improve response times dramatically. Regular database maintenance including cleanup of old revisions and spam comments prevents bloat.
Caching strategies should operate at multiple levels. Browser caching stores static assets locally on visitor devices for repeat visits. Server-level caching stores page output for rapid delivery. Database query caching reduces redundant database operations. Edge caching via CDNs serves content from locations nearest to users.
Plugin and module management becomes critical at scale. Each additional extension adds overhead — even well-coded ones consume resources. Audit installed plugins regularly, removing anything not actively contributing to site functionality. Test new additions under load to identify performance impacts.
Responsive design optimization ensures mobile devices receive appropriately sized assets. Serving desktop-resolution images to mobile users wastes bandwidth and slows load times unnecessarily. Modern responsive image techniques deliver optimal assets for each device.
Content pagination prevents single pages from becoming overwhelmingly large. Breaking long articles or product listings into multiple pages reduces per-page resource requirements. Lazy loading infinite scroll provides smooth user experience while maintaining performance.
Third-party service integration should be minimized and carefully managed. External fonts, tracking scripts, advertising networks, and social media embeds all add loading time. Load critical external resources asynchronously when possible to prevent blocking page rendering.
Regular performance testing identifies bottlenecks before they become crises. Load testing tools simulate high traffic to reveal system limits and weak points. Monitoring services track real user performance, alerting when page load times degrade.
Security Considerations At Scale
High-traffic sites become increasingly attractive targets for cyber threats. The visibility that comes with traffic growth puts security in the spotlight alongside performance.
Regular updates form the foundation of security at scale. WordPress core, plugins, and themes all require consistent updates to address vulnerabilities. Drupal and other platforms face similar update requirements. Automated updates help but require testing to ensure compatibility.
Access control policies restrict administrative access appropriately. Only users who genuinely need admin privileges should have them. Strong password requirements combined with multi-factor authentication add crucial security layers against unauthorized access.
DDoS protection becomes essential for high-traffic sites. Distributed denial-of-service attacks attempt to overwhelm servers with traffic, causing legitimate users to experience slowdowns or outages. CDN providers often include DDoS mitigation, though dedicated protection services provide more robust defense.
Web Application Firewalls filter malicious traffic before it reaches your CMS. WAFs identify and block common attack patterns including SQL injection, cross-site scripting, and other vulnerabilities. Platforms like Cloudflare and Sucuri provide WAF services specifically tuned for popular CMS platforms.
SSL certificates encrypt data transmission between visitors and servers. Beyond protecting sensitive information, HTTPS has become a ranking factor for search engines. Modern hosting includes free SSL certificates via Let's Encrypt, making encryption implementation straightforward.
Database security requires appropriate user permissions, encrypted connections, and regular backups. Database credentials should never appear in code repositories or be accessible through web directories. Separate database users with minimal required permissions for different application functions.
File permissions on servers need careful configuration. Directories and files should have the most restrictive permissions that still allow proper CMS operation. Overly permissive settings enable attackers who gain limited access to escalate privileges.
Security monitoring and incident response capabilities become critical investments for high-traffic operations. Automated monitoring detects suspicious activity patterns. Incident response plans ensure rapid action when security events occur, minimizing damage from successful attacks.
Real-World Implementation Case Studies
TechCrunch utilizes WordPress VIP to manage its vast content archive and substantial reader base. The platform allows them to handle significant traffic spikes during major technology events and product launches, maintaining performance when news breaks and concurrent users surge.
The Economist uses Drupal to deliver news and analysis to millions of readers globally. The platform's robust content management capabilities combined with proper optimization enable fast page loads even during traffic surges from breaking news events.
Weather.com built on Drupal processes real-time weather data for millions of daily visitors. The combination of dynamic content updates and massive concurrent traffic requires both Drupal's architectural strengths and comprehensive infrastructure optimization.
Revolut Blog adopted Ghost CMS specifically for its flexibility and performance advantages. The financial technology company needed enhanced content management and user engagement for financial news and updates, choosing Ghost's streamlined approach over more complex alternatives.
Medium demonstrates different architectural choices, prioritizing simplicity and built-in audience over customization. The platform receives traffic above 100 million monthly, with its algorithm promoting content visibility for new publishers. The trade-off involves reduced customization options compared to self-hosted CMS platforms.
Cost Analysis Across Platforms
WordPress remains free as open-source software, but total cost of ownership includes hosting, premium themes, plugins, and potentially developer time for customization. Managed WordPress hosting ranges from $2.50 monthly for basic shared plans up to thousands monthly for enterprise VIP services handling millions of page views.
Drupal also offers free open-source software with similar cost structures. Implementation typically requires more technical expertise than WordPress, potentially increasing development costs. Hosting needs mirror WordPress — basic sites function on shared hosting, but high-traffic implementations require dedicated or cloud infrastructure.
Ghost provides two options: self-hosted (free software with your own hosting costs) or Ghost Pro managed hosting starting at $9 monthly. The total cost depends on traffic requirements and whether custom development is needed.
Shopify operates on a fully managed model with predictable monthly fees starting at $29, though transaction fees and app subscriptions add to costs. The all-in-one approach simplifies budgeting but limits flexibility compared to open-source platforms.
Wix and Squarespace follow similar managed models with monthly subscriptions. Premium plans start around $14-16 monthly, scaling up for e-commerce functionality and higher traffic needs. These platforms trade flexibility for simplicity and predictable costs.
The hidden costs often determine actual expenses more than platform choice. Developer time for customization, ongoing maintenance, security monitoring, performance optimization, and emergency incident response can dwarf hosting and software costs for high-traffic operations.
Mobile Performance Optimization
Mobile devices now generate the majority of web traffic globally, making mobile performance optimization non-negotiable for high-traffic sites. Slow mobile experiences drive visitors away immediately.
Responsive design ensures proper display across device sizes, but true mobile optimization goes further. Serving appropriately sized images prevents wasting mobile bandwidth on oversized assets. Modern image formats like WebP provide better compression for mobile delivery.
Accelerated Mobile Pages (AMP) provide a stripped-down version of content optimized for instant mobile loading. While AMP adoption has declined somewhat, the principles behind it — minimal JavaScript, optimized assets, streamlined HTML — remain valuable for mobile performance.
Core Web Vitals measure user-experience focused performance metrics that Google considers for search rankings. Largest Contentful Paint, First Input Delay, and Cumulative Layout Shift all track aspects of loading performance, interactivity, and visual stability. Ghost CMS users often report excellent Core Web Vitals scores contributing to Google Discover visibility.
Mobile-first indexing means Google predominantly uses mobile versions of content for indexing and ranking. Sites that perform poorly on mobile face search ranking disadvantages regardless of desktop performance. This makes mobile optimization critical not just for user experience but for organic traffic acquisition.
Touch-optimized interfaces ensure interactive elements are appropriately sized and spaced for finger navigation. Buttons and links need adequate spacing to prevent misclicks on touchscreens. Navigation menus should work smoothly on mobile without relying on hover states.
Future-Proofing Your Selection
Technology trends suggest several directions that will shape CMS platforms for high-traffic sites in coming years. Headless CMS architectures separate content management from presentation, allowing developers to build custom frontends with modern JavaScript frameworks while maintaining centralized content repositories.
JAMstack approaches combine JavaScript, APIs, and Markup to deliver blazing-fast performance through static site generation and API-based functionality. Platforms like Ghost already support headless implementations, while WordPress increasingly emphasizes its REST API for similar uses.
Progressive Web Apps blur lines between websites and native applications, providing app-like experiences through web browsers. PWA capabilities will likely become standard expectations for high-performance sites, requiring CMS platforms to support service workers and offline functionality.
AI-powered content personalization will increasingly differentiate high-traffic sites, requiring CMS platforms to integrate with machine learning services. The ability to deliver personalized experiences at scale while maintaining performance becomes a competitive advantage.
Edge computing pushes content and compute resources closer to users, reducing latency dramatically. CDNs increasingly offer edge computing capabilities, allowing dynamic functionality to execute near users rather than on origin servers. CMS platforms need to evolve architectures to leverage edge computing effectively.
Frequently Asked Questions
Q: Can WordPress really handle millions of visitors, or is that just marketing hype?
WordPress absolutely can handle millions of visitors when properly configured with managed hosting, advanced caching mechanisms, and optimized infrastructure. NASA's website processing 1 billion requests in 4.5 hours during an eclipse event proves WordPress scales to massive traffic volumes. The key difference lies between a basic shared hosting setup and enterprise-grade infrastructure. Most scalability problems blamed on WordPress actually stem from inadequate hosting and lack of optimization rather than platform limitations. Large publishers like TechCrunch successfully use WordPress VIP for high-traffic operations daily.
Q: How much does it actually cost to run a high-traffic blog?
Costs vary dramatically based on traffic levels and platform choices. A moderate-traffic WordPress blog might run $10-50 monthly on shared hosting. But truly high-traffic operations (millions of monthly visitors) typically require managed hosting ranging from $100-1000+ monthly depending on specific needs. Enterprise WordPress VIP costs thousands monthly but includes infrastructure to handle massive scale. Ghost Pro scales from $9 to several hundred monthly. Add costs for CDN services, security tools, backup solutions, and potentially developer time for optimization. Budget at least $200-500 monthly for a blog receiving 500,000+ monthly visitors with proper infrastructure.
Q: Is it possible to switch CMS platforms later if traffic grows beyond my current system?
Switching CMS platforms is technically possible but ranges from straightforward to complex depending on specific systems involved. Moving between similar platforms (WordPress to WordPress VIP, for instance) is relatively simple. Migrating content between different systems like WordPress to Drupal or Ghost requires careful planning, content migration tools, URL redirect strategies, and thorough testing. The larger your content library, the more complex migrations become. Many sites choose to scale their existing platform rather than switch, as proper optimization often proves simpler than platform migration. If considering a switch, plan for at least several weeks of work plus potential temporary traffic disruptions.
Q: What's the single most important factor for handling high traffic?
Hosting infrastructure matters more than any other single factor for high-traffic performance. Even the most optimized CMS will crumble on inadequate hosting, while proper cloud infrastructure with auto-scaling can make almost any platform work at scale. Managed hosting specifically optimized for your CMS platform eliminates most scalability headaches. After hosting, comprehensive caching strategies provide the biggest performance impact — combining page caching, object caching, CDN delivery, and edge caching reduces server load by 80-90% for most sites. No amount of code optimization compensates for poor hosting or absent caching under heavy traffic loads.
Q: Should I choose based on current traffic or plan for future growth?
Plan for future growth but remain realistic about timeframes and likelihood. Starting with enterprise-grade infrastructure for a brand new blog wastes money. Shared WordPress or Ghost hosting proves adequate for the first 10,000-50,000 monthly visitors. As traffic grows, upgrade hosting incrementally rather than over-investing prematurely. The beauty of modern cloud hosting is the ability to scale up (or down) based on actual traffic patterns. Monitor performance metrics as traffic increases and upgrade before reaching current capacity limits. A good rule of thumb: upgrade hosting when you consistently hit 70-80% of current capacity limits rather than waiting for traffic spikes to cause problems.
References & Further Reading
Codexpert. CMS Market Share 2025: Latest Trends and Usage Statistics.
CreativeMinds. WordPress vs Drupal: CMS Market Share Statistics 2025.
Empirical Edge. Drupal in Action: Case Studies of High-Traffic Websites.
Enricher. Ghost CMS Statistics 2025: Market Trends and Insights.
HostGator. Best CMS Platforms to Power Your Website in 2024.
Multidots. How to Scale Your WordPress Website for Increasing Traffic.
Neil Patel. 2024's Best Content Management Systems.
New Target. Scaling Drupal for High-Traffic Sites.
Pressable. Best Practices for Implementing a Scalable WordPress Site.
Search Engine Journal. CMS Market Share Trends: Top 10 Content Management Systems.
Themeisle. 2025 CMS Market Share: Trends & Usage Statistics.
Trew Knowledge. Scaling WordPress for Enterprise: Strategies for High-Performance Websites.
Upwork. The Best CMS of 2024: Best Blog, E-com and Enterprise CMSs.
Wordable. 12 Best CMS Platforms to Build a Website in 2024.
WP Engine. Optimize WordPress Scalability for High-Traffic Sites.
WP Engine. Scaling WordPress for High Traffic.
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