Types of Web Links You See Every Day (And How They Work)

web links examples

Recent Trends

Over the past few years, web links have evolved far beyond the standard blue underlined text. Shortened links from services like bit.ly are common in social media, while deep links now connect directly to app content. Link previews—rich cards with images and summaries—have become standard in messaging apps. Meanwhile, “link-in-bio” tools have surged among creators, turning a single profile link into a mini landing page. The trend is toward making links more informative and actionable without the user leaving the current platform.

Background

At its core, a web link is a hypertext reference (href) that points to a resource—usually a URL. Early links were static and led only to other web pages. Today, several distinct types exist:

• Standard hyperlinks – Navigate to another URL, often with an anchor element.
• Relative links – Point to resources within the same domain without the full URL.
• Anchor links – Jump to a specific section within the same page using an ID.
• Deep links – Open a specific screen inside a mobile app rather than a website.
• Email and phone links – Using mailto: or tel: protocols to trigger default apps.
• JavaScript links – Execute code when clicked (e.g., javascript:void(0)), often used for interactive UI.
• Shortened links – Created by URL shorteners that redirect via a minimal alias.
• Tracked links – Include UTM parameters or redirect chains for analytics.

How they work: when clicked, the browser or OS interprets the protocol (HTTP, HTTPS, mailto, etc.), resolves the domain via DNS, and fetches the resource. For deep links, the OS checks if the target app is installed; if not, it may fall back to a web page.

User Concerns

As link types multiply, so do worries about security and transparency:

• Click safety – Shortened and tracked links can obscure the final destination, raising phishing risks.
• App vs. web – Deep links sometimes force-open apps the user may not want, or fail if the app is missing.
• Privacy tracking – UTM and click-tracking links can reveal user behavior across sites.
• Link rot – Relative or deep links break when site structure changes or apps are updated.
• Accessibility – Poorly described links (e.g., “click here”) harm screen-reader users and SEO.

Experts generally advise users to hover over links before clicking to preview the URL, and to be cautious with shortened links from unknown senders.

Likely Impact

The proliferation of link types affects both everyday browsing and web development. For users, deeper integration between apps and websites can streamline tasks—like opening a map link directly in a navigation app. However, the fragmentation of link behavior may increase confusion: a link that works on one device might not on another. For businesses, tracked links are essential for campaign measurement but risk user distrust if not clearly labeled. Over the next few years, expect more standardization around universal links (Apple) and Android App Links, which aim to make app deep linking seamless and secure.

What to Watch Next

• Link attribution – New privacy-focused methods like Private Click Measurement may replace traditional trackers.
• Link previews – Platforms may tighten control over how link previews are generated to reduce misinformation.
• Disappearing links – Ephemeral messaging apps are experimenting with links that expire after one view.
• AI-generated links – Chatbots may produce dynamic links that adapt based on user context.
• Regulation – Link tracking could face stricter consent requirements under data privacy laws.

As linking technology evolves, the line between a simple hyperlink and a rich, interactive gateway will continue to blur. Understanding the basics of how each type works remains key to navigating the web safely and efficiently.