How to Redirect a URL Correctly

Redirects are one of those fundamentals that every web developer, marketer or technical person understands conceptually, but in practice, they’re often implemented inconsistently across stacks, platforms and environments.

Whether you’re maintaining a legacy application, deploying a new frontend or cleaning up URLs during a migration, knowing how to redirect a URL correctly is essential for performance, SEO and user experience.

This guide walks through redirect strategies across modern web stacks, highlighting where things commonly go wrong and how to avoid them.

 

Why Redirects Matter Beyond “sending traffic elsewhere”

At a basic level, a redirect tells a browser that a resource has moved. But from a systems perspective, redirects also:

• Affects how browsers cache URLs.
• Influence how search engines crawl and index pages.
• Impact latency and Time to First Byte (TTFB).
• Determine whether HTTP methods are preserved.

A misconfigured redirect can silently degrade performance or SEO long before anyone notices.

 

Understanding Redirect Types (quick refresher)

Most redirect issues stem from using the wrong status code.

• 301 — Permanent redirect (canonical for long-term URL changes).
• 302 — Temporary redirect (original URL remains canonical).
• 307 / 308 — Method-preserving versions of 302 and 301.

If you’re unsure which redirect type to use or how search engines interpret them, this guide on URL redirects covers the behavior of each in detail.

 

Server-level Redirects (Apache & Nginx)

For many developers, server-level redirects are still the most reliable option.

Apache (.htaccess)  

Redirect 301 /old-page https://example.com/new-page

Nginx

rewrite ^/old-page$ https://example.com/new-page permanent;

Pros

• Executes before application logic.
• Fast and predictable.
• Minimal overhead.

Cons

• Harder to manage at scale.
• Risky during frequent changes.
• Requires server access and redeployments.
• Requires technical knowledge.

Server-level redirects are best when URL patterns are stable and managed by experienced teams.

 

Application and Framework-level Redirects

Modern frameworks often handle redirects inside routing logic.

Examples:

• Next.js redirects innext.config.js.
• Express middleware redirects.
• Rails routing redirects.

Pros

• Easy to version control.
• Works well for dynamic conditions.

Cons

• Redirects only fire after the app loads.
• Adds latency.
• Harder to audit at scale.

For performance-critical paths, application-level redirects should be used sparingly.

 

Redirects in CMS and Hosted Platforms

Platforms like WordPress, Shopify or other CMS setups typically expose redirect management through UI tools or plugins.

Common use cases

• Content updates.
• Blog restructuring.
• Marketing campaigns.

Common pitfalls

• Redirect chains are created unintentionally.
• Plugins conflicting with server or CDN rules.
• Temporary redirects left in place indefinitely.

In these environments, having a clear redirect strategy is just as important as the tool itself.

 

CDN and Edge-level Redirects

Redirects configured at the CDN level execute before requests reach your origin, making them ideal for:

• High-traffic sites.
• Global audiences.
• Large-scale migrations.

Benefits

• Lower latency.
• Reduced origin load.
• Centralized control.

Challenges

• Regex and wildcard rules can be dangerous if misused.
• Often limited to more technical users.
• Hard to test without proper tooling.

Edge-level redirects are powerful, but they demand discipline.

URL Management Services

As redirect rules accumulate across servers, frameworks, CMS tools and CDN configurations, maintaining them directly in infrastructure can become difficult to audit and scale. Changes that should be simple often require coordinated updates across multiple systems.

URL redirect management services provide a centralized layer for defining and maintaining redirect logic. Redirect rules are managed outside of application code and applied consistently, often at the edge.

Pros

• Centralized visibility into all redirect rules.
• Reduced need to redeploy applications or modify server configs.
• Easier auditing and cleanup of legacy redirects.
• No technical ability required.

Cons

• Reliance on third-party.
• Ongoing subscription.

These services (such as urllo) are commonly used for managing permanent and temporary redirects, vanity URLs and campaign links at scale. Like other redirect approaches, they’re most effective when combined with clear ownership and disciplined rule management.

Best Practices you Should Follow

Regardless of where redirects are implemented, these rules apply universally:

• Redirect directly to the final destination (avoid chains).
• Match intent: permanent vs temporary.
• Preserve relevance (don’t redirect everything to the homepage).
• Update internal links after redirecting.
• Test redirects in production-like environments.

A single clean redirect is always better than a clever but fragile setup.

 

Final Thoughts

Redirects sit at the intersection of infrastructure, application logic, and SEO. Treating them as an afterthought often leads to subtle but costly issues, especially as sites scale.

By understanding how redirects behave across servers, frameworks, platforms, and CDNs, teams can implement them confidently and avoid the problems that typically surface months later.