MGID
Feb 13, 2026 • 18 min read

Gone are the days when ad blocking was simply about hiding banners and skipping pre-rolls. In 2026, it has become a mainstream way for users to take control over privacy, performance and their online experience. According to eMarketer and YouGov data, nearly half of US consumers and more than half of users globally have installed or used ad blockers, and those numbers have stabilized at scale.

What’s changed is why people block ads. Intrusive formats, excessive tracking and shrinking trust in digital platforms have turned ad blocking into a defensive habit rather than a technical choice. Platform crackdowns have pushed users toward smarter tools and privacy-first browsers that are harder to detect and even more difficult to counter.

For advertisers, this creates a serious problem. Ad blocking impacts reach, tracking and attribution long before it shows up in performance reports. In 2026, the question is whether advertising can evolve fast enough to work with user expectations instead of against them.

This article explores how ad blocking is evolving, what it changes for performance marketing and which strategies help advertisers stay visible in 2026.

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Table of contents

Click on any chapter to scroll directly to it.

Chapter 1

What is Ad Blocking and How Do Ad Blockers Work?

Ad blocking is any tool or setting that prevents ads or the trackers that deliver them from loading in a user’s browser, app or network. In 2026, ad blocking is less about preventing banners ads from loading and more about controlling data, speed and attention.

For advertisers, ad blocking can be detrimental because they see fewer visible impressions, analytics get fuzzy and affiliate links or tracking pixels can be disrupted. Therefore, understanding what ad blocking is and how ad blockers work is the first step toward real ad blocking solutions for advertisers.

Type Where it runs What it blocks best
Browser extensions Desktop & mobile browsers Display ads, scripts, pixels
Browser-level built-ins The browser itself Ads + trackers by default
Network / DNS blockers Router or network Entire ad domains
Corporate / proxy blocking Server-side Ads before they reach users
Tracker-specific tools Browser or OS level Cookies, fingerprinting

Takeaway: Not all blockers are the same. That’s why ads not blocked by ad blockers still exist (e.g., server-rendered native content). The deeper the blocker operates (browser vs. network), the harder it is to detect or bypass ad blockers legally.

Chapter 2

How Ad Blockers Actually Work

Ever wondered how ad blockers actually work? It’s simpler than it looks. Here’s what happens when a user with an ad blocker loads a page:

Ad Blocking Process
1️⃣ A user opens a webpage: The browser starts loading page content and sending requests for images, scripts and third-party resources.
2️⃣ The ad blocker scans outgoing requests: Every request is checked against filter lists, rules or built-in browser policies.
3️⃣ The blocker identifies ad-related patterns: This can include known ad domains, tracking URLs, script behavior or element structure.
4️⃣ The blocker stops or modifies the request: Ad scripts may be blocked entirely, tracking calls canceled or elements prevented from rendering.
5️⃣ Blocked elements never load: The ad doesn’t appear, the tracker doesn’t fire and the impression is never recorded.
6️⃣ The page finishes loading without those assets: The user sees faster load times, fewer distractions and reduced data collection.
7️⃣ Blocking rules update continuously: Modern blockers refresh lists or adapt using AI models as new ad formats appear.

So, why does understanding this flow matter for advertisers?

  • Ads can be blocked before they’re visible.
  • Tracking can be blocked even if the ad loads.
  • Analytics may underreport reach and conversions.
  • Some formats survive because they don’t trigger this flow at all.

Understanding how ad blockers work is a strategic requirement for anyone thinking about advertising without ad blockers, native formats or privacy-first advertising.

Chapter 3

Why People Use Ad Blockers

Let’s be clear: people block ads because the modern ad experience often feels noisy, invasive and unfair.

In 2026, ad blocking is a self-defense strategy. Users want control over what loads on their screens, how fast pages open and how much data about them is being collected.

The 3 Core Reasons Behind Ad Blocking

1. Intrusive Formats and Ad Fatigue

Pop-ups, autoplay videos, interstitials and high-frequency retargeting campaigns are still the fastest way to push users toward ad blockers. Years of social ad saturation have trained people to scroll, ignore and actively avoid anything that looks forced.

2. Privacy and Data Tracking Concerns

Users are far more aware of tracking, fingerprinting and data sharing than they were even a few years ago. For many, installing a blocker is the simplest solution to limit data collection without reading privacy policies or managing dozens of consent pop-ups.

3. Performance, Speed and Mobile Data

Ad-heavy pages load slower, drain batteries and consume mobile bandwidth. On mobile devices, this alone is enough to justify ad blockers even for users who don’t feel strongly about privacy.

👤 User perspective 📢 Advertiser assumption
“There are too many ads” “We need more frequency”
“Ads slow everything down” “The creative is optimized”
“I don’t trust how my data is used” “Targeting improves relevance”
“Some ads are fine” “Users hate all ads”

This misalignment between user and advertiser explains why technical fixes rarely reduce ad blocking. The problem is perception.

A Key Ad Blocking Shift in 2026

Earlier waves of ad blocking were driven by annoyance. In contrast, expectation drives today’s wave.

People expect:

  • fewer interruptions;
  • more relevance;
  • clear limits on data usage;
  • ads that fit the environment instead of hijacking it.

When those expectations aren’t met, ad blocking becomes the default setting.

Ad blocking is deeply entrenched: once users install blockers, they rarely remove them. That means the real challenge is designing advertising that doesn’t trigger the motivation to block in the first place. Which leads directly to the next question: what has changed in ad blocking and why does 2026 feel different?

Chapter 4

How Ad Blocking Has Evolved

Ad blocking in 2026 looks nothing like it did a few years ago. In fact, since 2020, ad blocking has evolved drastically. Back then, most blockers focused on hiding banners and stopping pop-ups. Today, ad blocking is baked into browsers, operating systems and network infrastructure, and it’s driven by privacy.

The big shift: blocking moved closer to the user and further away from the advertiser.

A Quick Timeline: 2020 → 2026

2020–2021: Blocking the obvious
🔹 Focus on display ads, pop-ups, autoplay video
🔹 Heavy reliance on browser extensions
🔹 Blocking mostly visual and script-based ads
🔹 Tracking still worked in many cases

During this time, ad blocking was noticeable, but often easy to work around.

2022–2023: Privacy enters the mainstream
🔹 Growing awareness of data tracking and consent
🔹 Safari and Firefox tighten default privacy settings
🔹 Third-party cookies begin to disappear
🔹 Tracker blockers gain popularity

In the following years, ad blocking and privacy started to merge into one user decision.

2024–2025: Platforms push back
🔹 YouTube escalates its ad blocker crackdowns
🔹 Google introduces Manifest V3 limitations
🔹 Some ad blockers lose power on Chrome
🔹 Users migrate toward privacy-first browsers

This phase made one thing clear: platform enforcement redistributes blocking.

2026: Blocking becomes infrastructure
🔹 Browser-level blocking grows (Brave, Opera, Arc)
🔹 Network and DNS-based blocking increases
🔹 AI-powered blocking rules adapt in real time
🔹 Analytics and tracking are blocked alongside ads

At this stage, ad blocking is no longer a tool; in fact, it is an integral to how the modern internet is configured.

These shifts are most visible at the browser level, where default blocking behaviors now shape what advertising even reaches users.

Browser Blocking approach Why it matters
Chrome Extension-limited, platform-controlled Weakens some blockers, but not blocking itself
Safari Privacy-first by default Tracking breaks even without blockers
Firefox Full extension support Attracts power users
Brave Built-in ad & tracker blocking Hard to detect, harder to counter
Arc / Opera Native privacy features Blocking without extensions

Smarter Blockers, Fewer Signals

Instead of following static lists, modern ad blockers now:

  • Detect script behavior;
  • Identify fingerprinting attempts;
  • Block analytics calls tied to ad delivery;
  • Adapt filters using AI and heuristics.

For advertisers, this means:

  • Ads may load, but tracking doesn’t.
  • Impressions may exist, but aren’t measured.
  • Attribution becomes less observed and more modeled.

This is a major reason why the impact of ad blocking on advertising feels bigger than dashboards suggest. Much of the impact is invisible, and that’s what makes it so dangerous for performance-driven teams.

The Strategic Shift Advertisers Often Miss

Ad blocking vs. privacy regulations isn’t a fight advertisers can win. Blocking aligns with user expectations, platform defaults and regulatory pressure, all at once.

The biggest change to how advertisers combat blocking is one rooted in a shift in philosophy. A few years ago the question was “How do we bypass ad blockers?” Now it’s “How do we design ads that don’t trigger blocking?”

Chapter 5

Which Ad Formats Are Most Affected by Ad Blocking

In 2026, blocking is highly selective and very predictable. Formats that interrupt, auto-play or rely heavily on third-party scripts are still the first to disappear. If an ad looks like an ad and behaves like an ad, chances are it is getting blocked.

Formats most likely to be blocked:

  1. Display banners and pop-ups: Classic display units remain the easiest targets for blockers. They are loaded via known ad networks, rely on recognizable scripts and sit outside the core content flow. For users, these ads feel annoying or disruptive. For blockers, they’re simple enough to detect.
  2. Autoplay video and interstitials: Autoplay video, especially with sound, is one of the strongest drivers of ad blocking growth. Interstitials that cover content or delay access are treated the same way. These formats combine high intrusiveness and heavy scripts, which makes them top-priority targets for modern blockers.
  3. Retargeting-heavy ads: Retargeting depends on trackers, pixels and user profiling — exactly the signals privacy-first blockers are designed to stop. In a post-cookie environment, retargeting not only performs worse, it also triggers blocking behavior faster, reinforcing the cycle.

Formats Under Pressure, But Not Always Blocked

Not all damage from ad blocking is visible. Some formats still load, but lose effectiveness silently. Damage may include:

  • Ads load, but tracking pixels don’t fire;
  • Frequency caps break;
  • Attribution becomes incomplete;
  • Affiliate conversions go unattributed.

This is where ad blocking affects advertisers without being obvious.

What Still Works and Why

Ads that live inside content feeds rather than outside them, such as in-feed and content-aligned formats, are less likely to trigger blocking rules.

Why?

  • Fewer third-party scripts
  • Server-side rendering
  • Contextual relevance instead of behavioral targeting

Moreover, these formats look like part of the page, making them less likely to be blocked.

Ad format Blocking risk Why
Pop-ups / interstitials 🔴 Very high Strong user rejection
Autoplay video 🔴 Very high Intrusive + heavy
Display banners 🟠 High Easy to detect, low value
Retargeting ads 🟠 High Tracker-dependent
In-feed ads 🟡 Medium–low Blended into content
Native advertising 🟢 Low Contextual, server-side

The closer an ad is to content, the safer it is from blockers.

Chapter 6

Native Advertising vs. Ad Blockers: Why It Works in 2026

In a world where users actively defend their attention, native ads work because they don’t behave like ads in the first place. What makes native advertising uniquely positioned to combat against ad blockers?

  • Native ads are integrated into editorial or feed-based layouts.
  • Native ads often load server-side.
  • Native ads rely on context.
  • Native ads avoid aggressive formats entirely.

As a result, most ad blockers don’t flag them because they don’t violate blocking rules. This answers a common question directly: do ad blockers block native ads? In most real-world cases, the answer is no.

Why Users Respond Differently to Native Ads

Users install ad blockers to avoid forced attention, irrelevant messaging and aggressive tracking. Native ads give users choice: they can scroll past or engage without interruptions.

That’s also why native formats perform well in:

  • affiliate marketing;
  • content-driven funnels;
  • upper-funnel discovery;
  • privacy-first environments.

Native Advertising as an Ad Blocking Solution

In 2026, native ads are one of the few scalable ways to:

  • Reach audiences that use ad blockers;
  • Preserve tracking via first-party signals;
  • Avoid triggering privacy defenses;
  • Align with advertising without ad blockers principles.

Native advertising succeeds by eliminating the behaviors that cause ad blocking.

Chapter 7

Role of AI in Reducing Ad Blocker Impact

In 2026, the goal of AI in advertising is to facilitate less noise, better timing and higher relevance, which tackle the very things that drive users to block ads in the first place.

How AI Actually Helps in a Blocker-Heavy World

AI delivers the most value before ads are blocked, as opposed to after performance drops appear in reports.

1. Smarter Audience Selection

AI helps identify audiences that are more sensitive to intrusive formats, repetition and aggressive delivery. These users are more likely to block ads when friction appears. By recognizing these patterns early, advertisers can adjust formats, placements and tone to match user expectations instead of pushing harder.

2. Creative Optimization to Avoid Fatigue

Ad fatigue remains one of the strongest triggers of ad blocking. AI helps limit that fatigue by rotating creatives earlier, detecting performance decay and introducing variation before repetition can cause resistance. With fewer repeated impressions, AI lowers blocking pressure.

3. Predictive Format Selection

Instead of optimizing only for conversion, AI evaluates blocking risk by format. This evaluation of risk shifts spend toward native, in-feed and contextual units that are less likely to be filtered out and more likely to feel natural within content.

4. Real-Time Adaptation

AI continuously analyzes user signals such as scroll speed, session depth, interaction history and engagement patterns. When friction indicators increase, delivery can be adjusted instantly, reducing frequency or pausing exposure altogether. This proactive adaptation minimizes irritation before it escalates into ad blocking behavior.

Chapter 8

Privacy-First Advertising Strategies for 2026

Privacy-first advertising has become a core performance driver in 2026. As ad blocking and privacy expectations rise together, advertisers who align with privacy-first principles see better trust, higher engagement and fewer delivery issues.

What’s important to understand is that privacy-first advertising reshapes how performance is achieved.

What Privacy-First Advertising Really Means

Privacy-first advertising is often misunderstood. It doesn’t eliminate targeting, personalization or measurement. Instead, it changes how advertising is done.

Rather than relying on constant surveillance, privacy-first approaches prioritize:

  • less intrusive data collection;
  • clear transparency around data use;
  • a fair value exchange between brands and users.

When users understand why they see an ad and what they get in return, resistance drops.

Core Privacy-First Strategies That Actually Work

Contextual Targeting Over Behavioral Tracking

Instead of following users across the web, contextual targeting places ads based on what people are engaging with at the moment. This approach avoids third-party cookies, aligns naturally with content and carries significantly lower blocking risk while maintaining strong relevance and brand safety.

First-Party and Zero-Party Data

What data users willingly share, such as email signups, subscriptions, preferences and purchase history, has become more valuable than ever. It is more accurate, more trusted and far less likely to be blocked or restricted by platforms and browsers.

Consent-Driven Personalization

Personalization still works when it’s understandable and expected. Clear consent signals reduce privacy resistance, lower ad blocking motivation and minimize platform enforcement risk. In many cases, transparent personalization outperforms opaque targeting simply because users don’t feel watched.

📊 Traditional advertising 🔐 Privacy-first advertising
Cross-site tracking Context-based relevance
Third-party cookies First-party data
Opaque data usage Transparent value exchange
High blocking risk Lower blocking pressure

Privacy-first advertising is one of the most reliable ways to maintain reach, performance and user trust at the same time.

Why This Matters in Ad Blocking 2026

In 2026, ad blocking and privacy regulations are unstoppable forces and push advertising in the same direction: toward fewer intrusive ads and clearer data practices.

  • Privacy-first advertising:
  • Aligns with browser defaults;
  • Survives post-cookie environments;
  • Reduces dependence on fragile tracking;
  • Supports advertising without ad blockers.

Takeaway: Respect for attention, privacy and context defines the safest advertising in 2026. AI helps scale that approach, and privacy-first strategy makes it sustainable.

Chapter 9

What Advertisers Should Stop Doing

By 2026, ad blocking isn’t new, but many advertiser habits haven’t changed.

First, it’s time to stop relying on intrusive formats that create resistance faster than results. Pop-ups and other types of advertising that we have already talked about actually teach users to block more aggressively.

Another habit advertisers need to refrain from is repetitive retargeting. Overloading the user with the same message across sites and devices no longer feels relevant. In a post-cookie environment, it often feels invasive and unreliable, increasing the likelihood of ad blocking instead of conversions.

Advertisers also need to stop treating UX as someone else’s problem. Heavy ad stacks, slow page loads and layout shifts make ad blocking feel like a performance feature.

Finally, brands should stop blaming users for blocking ads:

  • forcing “disable your ad blocker” messages;
  • restricting content access;
  • framing blocking as unfair or unethical.

These tactics rarely rebuild trust and usually push audiences away.

Once these habits are dropped, the path forward becomes clearer.

Chapter 10

What Advertisers Should Do Instead

Improving advertising quality is the only sustainable path forward.

Start by shifting toward formats that survive ad blocking:

  • native advertising;
  • in-feed placements;
  • contextual and server-side delivered ads.

These formats align with content rather than interrupt it. Many advertisers operationalize this shift by working with native advertising platforms like MGID, which focus on in-feed, context-driven placements designed for privacy-first environments.

Creative strategy matters just as much. To reduce ad fatigue and resistance:

  • refresh creatives more frequently;
  • cap frequency earlier;
  • prioritize clarity over cleverness.

Another key shift is value exchange. Ads should earn attention by offering something useful, whether that is insight, relevance or entertainment, instead of demanding it.

Most importantly, advertisers need to design for privacy-first expectations. Clear consent, limited data use and transparent messaging reduce the motivation to block ads in the first place.

Chapter 11

Long-Term Outlook: Will Ad Blocking Kill Advertising?

Ad blocking won’t kill advertising, but it will continue to eliminate formats that rely on forced attention.

Over time, advertising is moving from interruption to integration. Sooner than you think, ads that disrupt content will be filtered out, and ads that behave like content will be accepted.

This is why native advertising, contextual targeting and privacy-first advertising are actual adaptations. Now that consent defines how advertising works, performance marketing relies more on relevance and trust than on perfect tracking.

Takeaway: To create advertising not susceptible to ad blockers, it should align with how people want to experience the internet.

Chapter 12

Conclusion

Ad blocking has redrawn the rules of digital advertising. Brands that respect attention, privacy and context will still reach people while brands that rely on force and repetition will slowly disappear from view.

The next era of advertising belongs to those who know how to fit in, not stand in the way.

Chapter 13

FAQ

What is ad blocking and why is it still growing in 2026?

Ad blocking is the use of software or browser features to prevent ads from loading. Its growth continues due to privacy concerns, intrusive ad formats, and poor user experience

Do ad blockers block all types of ads?

No. Most ad blockers target traditional display, pop-ups and scripts. Native advertising and server-side delivered ads are less affected

How does ad blocking affect affiliate marketing?

It reduces visible impressions, disrupts tracking and can lower attribution accuracy, making performance optimization harder

Is native advertising affected by ad blockers?

Native ads are significantly less affected because they are integrated into content and usually delivered server-side

How should advertisers prepare for ad blocking in 2026?

They should adopt privacy-first strategies, reduce intrusive formats, invest in native advertising and use AI to optimize relevance and user experience