Any website is susceptible to remote attacks — from the hosting server and its deployed applications to the CMS, plugins and themes. WordPress sites are especially attractive targets because of third-party plugins and themes that may contain vulnerabilities.
The WordPress platform generally implies a high risk. The environment suit such as plugins and themes, are found vulnerable all the time. That creates security problems for everyone.
WP-Hide provides an extra hardening layer by disguising site fingerprints and offering an easy UI to manage response headers. Security headers are HTTP response fields that instruct browsers how to behave and can significantly reduce many client-side attack opportunities. Continue reading
What this guide covers
This edited, step-by-step guide shows two clear ways to deploy WP Hide rewrites when your server runs Nginx:
Both approaches end with testing, restarting/reloading Nginx, and confirming the plugin. Continue reading
The new [wph-2fa-user-settings] 2fa shortcode brings WP Hide’s powerful two-factor authentication controls to your site’s front end. Place the shortcode on any Page, Post or shortcode-capable custom post type to let users enable, test and customize their personal 2FA preferences without needing admin dashboard access. This is ideal for membership sites, client portals, or anyone who must manage access from a public-facing area. Continue reading

This functionality is available for PRO version.
The WP Hide plugin provides many modules through which a site owner can rewrite all default URL’s, making WordPress indistinguishable. This is a perfect strategy to keep intruders outside, as any WordPress or plugin vulnerability that gets in a hacker’s hand, will be exploited to get full access to the site. Closing all default entry points and re-writing paths to specific assets will make a penetration close to impossible.
WordPress is the most popular CMS system, powering over 37% of all websites—a remarkable achievement. There’s no doubt that WordPress is a unique framework, offering a robust and flexible core structure alongside an intuitive and user-friendly administrator dashboard. One of its most compelling features is its extensive library of free plugins and themes, which provide incredible extensibility with just a few clicks.
However, this widespread popularity also attracts the attention of hackers, who are constantly searching for security vulnerabilities in WordPress sites. A single exploit can potentially compromise countless other sites using similar configurations and plugins, making security a critical concern for all WordPress users.
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WordPress powers millions of websites worldwide, making it a prime target for cyberattacks. As threats evolve, securing your website is more critical than ever. One of the most effective ways to bolster your site’s security is through Two-Factor Authentication (2FA). WP Hide PRO, a robust WordPress plugin, integrates advanced 2FA options to provide an extra layer of defense. In this article, we’ll explore the 2FA feature in WP Hide PRO, focusing on its three options: E-mail 2FA, Authentication App 2FA, and Recovery Codes 2FA. We will detail how each method works, why they’re important, and provide guidance on implementing them for a safer website.
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One of the standout features of the WP Hide PRO is its ability to white-label any plugin or theme. White-labeling refers to the practice of rebranding a product so that it appears to be developed in-house or by a different creator, to appear a totally different code. For WordPress users, this means you can seamlessly hide the identities of plugins like Elementor, Avada Theme, Avada Builder, and Fusion Core—popular tools that have been known to exhibit vulnerabilities in the past and most probably currently or in the near future.. Continue reading

This functionality is available for PRO version.
Integrating the WP Hide PRO plugin with a website hosted on CloudPanel can significantly enhance your WordPress security by obscuring your website’s source code, making it more difficult for potential attackers to exploit. To ensure seamless integration and optimal performance, follow the detailed guide below. Continue reading
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