Does this work for Nginx?

No — .htaccess is Apache-specific. For Nginx, the equivalent rules go in your server block in nginx.conf. The intent is the same; the syntax differs significantly. There are .htaccess-to-nginx converters (online tools, winginx) that translate common rules — useful when migrating from Apache to Nginx hosting.

What if my changes take the site down?

Quick fix: rename or delete the .htaccess file via FTP / hosting panel — Apache will fall back to default behavior and the site comes back. To debug: check your hosting panel error logs for the specific syntax error, or comment out rules one by one. Always make changes via FTP/SSH where you can quickly revert; some hosting panels don't show the file readily.

How does .htaccess compare to nginx.conf?

Functionally similar but architecturally different. .htaccess: per-directory, parsed on every request (slower, slight performance hit), changes take effect immediately. nginx.conf: server-wide, parsed at startup (faster), requires nginx reload for changes. For high-traffic sites, server-config (Apache main config or nginx.conf) is preferred over .htaccess for performance reasons. .htaccess survives because shared-hosting tenants typically don't have main config access.

What's the most common .htaccess use?

WordPress sites: pretty-permalinks rewrite rules (almost universal). Static sites: HTTPS redirect, www-vs-non-www canonical enforcement, Gzip compression, browser caching headers. E-commerce sites: 301 redirects for renamed products, country-specific TLD redirects. Generally: anything that needs to happen at the request-routing layer before the application processes the request.

Will Apache stop supporting .htaccess?

No, .htaccess is core to Apache and not going anywhere. Performance criticism is real but the convenience for shared-hosting environments keeps it relevant. Apache 2.4+ added more granular AllowOverride directives so server admins can permit some .htaccess uses while restricting others. The trend is fewer features in .htaccess, not removal.

Should I use .htaccess for security?

For basic measures (deny IP ranges, password-protect directories with AuthBasic, prevent directory listing), yes — it's effective. For serious security (DDoS protection, application firewalling, malware scanning), use a dedicated WAF (Cloudflare, Sucuri, AWS WAF). .htaccess can't handle modern attack patterns; pair it with a CDN/WAF for production sites.

Developer Utilities · Free tool

.htaccess Generator

Build a custom .htaccess file online to enforce HTTPS redirects, Gzip, caching, and hotlink protection. Create error pages and 301 redirects instantly with no download.

Updated June 2026

Force HTTPSRemove trailing slashesEnable GzipBrowser cachingCustom error pagesPrevent hotlinking

WWW behaviorCustom 301 redirects (one per line: from to)

# .htaccess generated by Free Tool Arena

# Force HTTPS
RewriteEngine On
RewriteCond %{HTTPS} off
RewriteRule ^ https://%{HTTP_HOST}%{REQUEST_URI} [L,R=301]

# Custom redirects
Redirect 301 /old-url /new-url

# Enable Gzip compression
<IfModule mod_deflate.c>
  AddOutputFilterByType DEFLATE text/html text/plain text/xml text/css text/javascript application/javascript application/json image/svg+xml
</IfModule>

# Browser caching
<IfModule mod_expires.c>
  ExpiresActive On
  ExpiresByType image/jpg "access plus 1 year"
  ExpiresByType image/jpeg "access plus 1 year"
  ExpiresByType image/png "access plus 1 year"
  ExpiresByType image/webp "access plus 1 year"
  ExpiresByType image/svg+xml "access plus 1 year"
  ExpiresByType text/css "access plus 1 month"
  ExpiresByType application/javascript "access plus 1 month"
  ExpiresByType text/html "access plus 1 hour"
</IfModule>

# Custom error pages
ErrorDocument 404 /404.html
ErrorDocument 500 /500.html

Apache-only. Save as .htaccess in your site root. Test in a staging environment before pushing live — a misformatted .htaccess can take a site down (500 errors). For Nginx, the equivalent goes in your server block, not a per-directory file.

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What it does

.htaccess is Apache HTTP Server's per-directory configuration file — a mechanism for changing server behavior without modifying the main httpd.conf file or restarting the server. Originally introduced in Apache 1.0 (1995), .htaccess remains the dominant configuration interface for shared-hosting environments where tenants don't have access to the main server config. Common uses: HTTPS redirects (force all traffic to secure), www-vs-non-www enforcement (canonical URL for SEO), Gzip / Brotli compression, browser caching headers (cache static assets long-term), custom error pages (404, 500), hotlink protection (prevent other sites embedding your images), 301 redirects (permanent URL changes preserving SEO juice), and IP / referer-based access control.

The generator outputs a properly-formatted .htaccess file based on your selected features: tick the boxes for the rules you want enabled, configure parameters (redirect mappings, cache durations, allowed/blocked IPs), and copy the result into your /public_html/.htaccess file (or wherever your site root is). Important warning: a malformed .htaccess takes the ENTIRE site down with a 500 Internal Server Error. Always test changes in a staging environment or a branch URL before deploying to production. Keep a known-good backup of your current .htaccess before making changes. Apache caches .htaccess parsing per request, so changes take effect immediately on next request — no server restart needed.

When .htaccess is the right tool: shared hosting where you don't control the main server config (most cPanel-based hosts, GoDaddy, HostGator, Bluehost, SiteGround shared plans). When it's NOT the right tool: dedicated servers or VPS where you have full server access (.htaccess is slower than main config because Apache has to read every directory's .htaccess on every request — main config is parsed once at startup), Nginx servers (Nginx doesn't support .htaccess; equivalent rules go in nginx.conf server blocks), Caddy or other modern web servers (their own config formats), and modern static-site hosts (Netlify, Vercel, Cloudflare Pages — those use _redirects files, vercel.json, or UI-based config instead). For most modern deployments, .htaccess is a legacy tool; it remains widespread because of shared hosting's long tail.

Embed this tool on your siteShow snippet

Paste this snippet into any page. Loads on-demand (lazy), no tracking scripts, and sized to most dashboards. Replace the height to fit your layout.

<iframe src="https://freetoolarena.com/embed/htaccess-generator" width="100%" height="720" frameborder="0" loading="lazy" title=".htaccess Generator" style="border:1px solid #e2e8f0;border-radius:12px;max-width:720px;"></iframe>

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How to use it

Tick which features you want: HTTPS redirect, www enforcement, Gzip, caching, error pages, hotlink protection.
For 301 redirects, enter old-url and new-url pairs (one per line).
For caching, set durations per file type (CSS/JS often 1 year; HTML often 1 hour).
Copy the generated config and save as .htaccess in your site root (note the leading dot).
Test in staging first — malformed .htaccess produces 500 errors that take the whole site down.
Keep a backup of your previous .htaccess before deploying changes.

When to use this tool

Shared hosting (cPanel, GoDaddy, HostGator, Bluehost) where you don't have main server config access.
Quick HTTPS / www-vs-non-www enforcement on legacy Apache sites.
Setting up 301 redirects for changed URLs (SEO preservation).
Compression and caching headers without server restart.
Hotlink protection on image/asset folders.

When not to use it

Nginx servers — .htaccess is Apache-specific; Nginx ignores it. Configure server blocks in nginx.conf instead.
Modern static-site hosts (Netlify, Vercel, Cloudflare Pages) — use their native config (_redirects, vercel.json, _headers).
Dedicated servers or VPS with main config access — modify httpd.conf or vhost files for better performance.
Production deployments without staging testing — malformed .htaccess takes the site down with 500 errors.

Common use cases

Verifying a number or output before passing it on
Quick generation during a typical workday
Pre-decision sanity-check on inputs and outputs
Educational use — demonstrating the underlying concept

Frequently asked questions

Does this work for Nginx?: No — .htaccess is Apache-specific. For Nginx, the equivalent rules go in your server block in nginx.conf. The intent is the same; the syntax differs significantly. There are .htaccess-to-nginx converters (online tools, winginx) that translate common rules — useful when migrating from Apache to Nginx hosting.
What if my changes take the site down?: Quick fix: rename or delete the .htaccess file via FTP / hosting panel — Apache will fall back to default behavior and the site comes back. To debug: check your hosting panel error logs for the specific syntax error, or comment out rules one by one. Always make changes via FTP/SSH where you can quickly revert; some hosting panels don't show the file readily.
How does .htaccess compare to nginx.conf?: Functionally similar but architecturally different. .htaccess: per-directory, parsed on every request (slower, slight performance hit), changes take effect immediately. nginx.conf: server-wide, parsed at startup (faster), requires nginx reload for changes. For high-traffic sites, server-config (Apache main config or nginx.conf) is preferred over .htaccess for performance reasons. .htaccess survives because shared-hosting tenants typically don't have main config access.
What's the most common .htaccess use?: WordPress sites: pretty-permalinks rewrite rules (almost universal). Static sites: HTTPS redirect, www-vs-non-www canonical enforcement, Gzip compression, browser caching headers. E-commerce sites: 301 redirects for renamed products, country-specific TLD redirects. Generally: anything that needs to happen at the request-routing layer before the application processes the request.
Will Apache stop supporting .htaccess?: No, .htaccess is core to Apache and not going anywhere. Performance criticism is real but the convenience for shared-hosting environments keeps it relevant. Apache 2.4+ added more granular AllowOverride directives so server admins can permit some .htaccess uses while restricting others. The trend is fewer features in .htaccess, not removal.
Should I use .htaccess for security?: For basic measures (deny IP ranges, password-protect directories with AuthBasic, prevent directory listing), yes — it's effective. For serious security (DDoS protection, application firewalling, malware scanning), use a dedicated WAF (Cloudflare, Sucuri, AWS WAF). .htaccess can't handle modern attack patterns; pair it with a CDN/WAF for production sites.

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