5 Effective Strategies for Publishers to Bypass Ad Blockers

Publishers lose billions to ad blockers, as many users install them by default to remove ads. As a result, publishers that rely on advertising need to revise their monetization models to protect revenue. Here are five steps you can follow to save your revenue stream.

Ad blocking remains a major revenue challenge for publishers.

According to Cropink report, nearly 43% of internet users worldwide now block ads, and overall ad blocker users reach 912M. In markets like the US, roughly 32% of users block ads, with a trend toward mobile blocking overtaking desktop. Users cite poor online experience, annoying ads, and privacy concerns as primary reasons.

As a result, publishers may face an estimated $54 billion in lost revenue, roughly 8% of global digital ad spend, if ad blockers remain unaddressed.

In this article, we're going to figure out a workaround to protect your yield and see if bypassing ad blocker detection is possible in 2026.

How Do Ad Blocking Browser Extensions Block Ads?

Ad blockers and modern delivery issues mean that a significant share of ads never reach users.

Industry data shows that around one in four digital ads globally are never seen: either because they fail viewability requirements or are blocked before rendering. For most sites, such placement invisibility is what causes a loss of potential impressions and value for publishers.

Ad-blocking tools exist to reduce intrusive advertising, limit tracking, and protect site visitors from malware. They appear either as:

• Browser-level filtering, e.g., Chrome blocking ads on sites that violate Better Ads Standards;
• Browser extensions, such as AdBlock or AdBlock Plus.

When a website page loads, an ad blocker scans its code based on predefined filter lists, scripts, and user-defined rules. Using these criteria, it prevents certain resources from loading or hides them after the page renders.

• Blocking Ads: The primary function of an ad blocker is to ensure uninterrupted browsing. Thus, they are meant to shut down flashy banners, primarily pop-ups, autoplay videos, and interstitials.
• Element Blocking: These browser extensions can also disable particular website elements, such as large media assets or third-party typefaces, from appearing on the page.
• Disabling tracking: Blocks tracking scripts, pixels, and cookies to limit behavioral data collection and guarantee better privacy.
• Domain Blocking: Ad blocking software maintains "blocklists" of ad-serving and tracking domains, plus some known malicious ones, and blocks requests to them.

Certain ad blockers, most notably Adblock Plus, allow “Acceptable Ads” to be shown by default unless the user opts out, sharing a portion of revenue with the adblock provider.

Publishers facing the low viewability issue due to these browser extensions need monetization approaches that adapt to them, reducing reliance on easily blocked formats while recovering value through alternative delivery methods.

Strategy #1: Adopt Server-Side Ad Insertion

Server-side ad insertion (SSAI) is a technology that stitches video ads into the content stream on a server, so the player receives one continuous stream and the browser makes no separate ad calls.

For example, different users view different ads on the OTT platforms, even if they’re watching the same content on the same day. A stitching service (such as AWS MediaTailor) requests the ads from an ad server, inserts them into each viewer’s stream, and delivers it through the CDN. The ad server decides which ad plays; the stitcher does the insertion.

Because ads are inserted server-side, ad blockers have limited ability to identify and block ads. This makes SSAI one of the most effective ways to bypass ad blockers, especially those designed to detect client-side ad requests. In short, SSAI removes traditional browser-level ad calls, reducing exposure to ad block detection.

The trade-off: tracking moves to server-side beacons, so the ad server needs the viewer’s IP address and user agent passed along to keep targeting and invalid-traffic checks accurate.

SSAI has been around for years, but publisher interest has grown as ad blockers became more widespread across websites and ad platforms. Today, it’s widely used to bypass ad blocker detection in video environments like OTT and connected TV. If you run a streaming service and want to prevent ad blocking on streams, our guide to server-side ad insertion explains how a stitcher and an ad server work together.

Overall, SSAI delivers a smoother viewing experience, reduces ad blocking impact, and helps website owners protect revenue from their video content without relying on heavy ad block detection scripts.

Strategy #2: Acceptable Ads to Recover Blocked Impressions

Acceptable Ads is an industry initiative that allows non-intrusive banners to pass through ad blockers unless users opt out. Instead of trying to bypass ad blockers entirely, this approach works within their rules to recover a portion of otherwise lost impressions. It’s the most direct way to monetize adblock traffic without working against users’ settings.

The program is operated by ad-blocking vendors and applies clear standards around advertisement sizes, placement, labeling, and behavior. Banners that comply are allowed to display to users who haven’t switched Acceptable Ads off in their blocker or browser.

In practice, this means:

• Lighter, clearly labeled images are shown instead of disruptive formats
• User experience is preserved, reducing the incentive to block ads entirely
• Publishers recover part of the blocked inventory without changing site behavior

As of a recent industry report, Acceptable Ads reaches hundreds of millions of people globally, and more than 90% of users of supported browsers and blockers keep it switched on. This makes it one of the few scalable ways to monetize users who would otherwise see no ad content at all.

What Publishers Should Know in 2026 About Acceptable Ads

Acceptable Ads is not a full monetization replacement. CPMs are typically lower than standard web programmatic demand.

Large domain publishers may be required to pay service or licensing fees, which changes the revenue math. So this way only partially protects your revenue, not as a primary monetization channel.

Formats and standards evolve over time, but the core principles remain: non-intrusive, script-free, transparent, and user-first.

Strategy #3: Use More Reader-Friendly Native Ads

As ad blockers keep cutting into standard banners, more publishers lean on native placements — ads that blend inside regular website content.

Native budgets are still rising. In the US, native display ad spend is forecast to reach $147.98B in 2026 (+13.1% YoY), according to Emarketer's December 2025 forecast.

Native ads are paid placements designed to match the look, feel, and function of the surrounding content. Many websites usually label them as Sponsored or Promoted instead of advertisements.

Some reliable native formats publishers use:

• In-feed sponsored cards: homepages, category pages, content feeds
• Sponsored content: links to articles that look editorial
• Recommendations: content-style placements
• Short advertorial videos: stories or reels format on Instagram, Facebook, TikTok.

Why native helps when ad blockers are a problem:

• Native units are often less likely to be removed than obvious banners, because they’re integrated into page structure. This is not guaranteed, yet in practice, it tends to be more resilient than standard display.
• Native usually drives higher engagement than ignored banner inventory, which supports better pricing over time.

Native is not “immune” to ad blockers. But it's a strategy to increase your chances of bypassing ad blockers with better placement design and more control over user behavior.

Also, native ads can be served via server-side integration, meaning no ad tags have to be inserted into the web page.

In Epom Ad Server, this works through the placement’s API: the publisher’s server calls Epom with the visitor’s IP address and user agent (both required for server-to-server requests) and renders the returned ad as part of its own page. No ad request leaves the browser, so an ad blocker has nothing to catch on the request side. The same API option exists for site, mobile site, non-standard and app placements.

Strategy #4: Detect Ad Blocking and Make Delivery More Stable

This strategy focuses on detecting ad blockers, understanding user behavior, and protecting site stability when ad elements are restrained.

Many publishers use adblock detection to understand when banners fail to load. This is usually done with lightweight detection scripts running in the browser.

How Ad Block Detection Works in Practice

First, detection scripts check if ad loads. A common method is to create simple “bait” elements (e.g., files named like ads.js). If these elements are hidden, the site assumes an ad blocker is active.

When blocking is detected, publishers can track those visits as a separate data group instead of mixing them with normal traffic. This improves data collection accuracy and prevents these impressions from distorting performance metrics.

Then, you can analyze user behavior. Instead of forcing hard walls or opt-in pop-ups, many publishers observe how users interact with content for accurate attribution: time on page, scroll depth, and return visits. This helps determine whether to offer alternatives, such as lighter formats.

Because client-side scripts may be blocked, some publishers rely on server-side tracking to maintain basic analytics and revenue visibility.

Large publishers sometimes use third-party ad blocker detection services, while smaller sites rely on simple scripts. Both approaches aim to answer the same question: which revenue loss is due to standard demand, and which is blocked delivery?

This strategy doesn’t bypass ad blockers. Instead, ad blocker detection improves reporting accuracy and campaign performance, and keeps sites usable even when ads are removed.

Adblock vs. Incognito Mode vs. Reader Mode Difference

Not all missing banners are caused by ad blockers. Incognito mode and reader mode also affect how tracking behaves, and they need to be understood separately.

Incognito (Private Browsing)

Creatives usually load normally, but data about that load is limited. Cookies and local storage are cleared at the end of each session, which affects frequency capping, user recognition, and long-term targeting.

For publishers, this means:

• Banners still render
• Targeting is weaker
• CPMs may be lower due to reduced data
• Performance metrics can look worse if this traffic is not separated

Reader Mode

When a browser’s reader mode is activated, the site is stripped down to text and essential images.

In practice:

• Banners do not render at all
• Ad block detection scripts usually don’t run
• The page layout is controlled by the browser, not the website

Reader mode traffic can’t be monetized. It behaves similarly to AdBlock, but without reliable detection signals.

From an optimization and tracking standpoint, publishers typically see three types of traffic:

• Normal traffic where ads load and data is available
• Low-signal traffic (incognito), where banners load but targeting is limited
• No-render traffic (ad blockers or reader mode) where banners don’t appear

Ad-block detection identifies only the last group.

Strategy #5: Bypass Common Delivery Paths with Direct Serving

Most ad blockers do more than remove banners. They interfere with known delivery patterns. They target popular serving domains, long third-party request chains, and standard banner containers.

That’s why inventory delivered through large networks and widely used tools (including Google tags) is more likely to be filtered, regardless of whether the campaign is direct or programmatic.

A practical strategy for publishers is to shift delivery to first-party, publisher-controlled infrastructure and reduce reliance on delivery tools that are widely listed on blocklists.

Using a direct ad server like Epom lets publishers control the whole delivery process.

Your own serving domain instead of a shared network’s

Serve ads from your own domain instead of a shared ad network’s, which removes the most common blocklist match.

It isn’t permanent: a domain helps only until it lands on a filter list. And it doesn’t cover creative assets hosted elsewhere, such as advertiser or DSP files, trackers and VAST files, which are blocked wherever the tag came from. Epom Ad Server narrows that gap by downloading creatives supplied as links and serving them from the ad server instead of the advertiser’s host.

This doesn’t make monetization immune to blockers, but it prevents overuse of filtered scripts and domains.

Ownership over website layout and ad elements

Owning delivery also means knowing where ad elements live in the website structure and detecting how pages behave when banners don’t load. This reduces layout shifts and user frustration, which are major drivers of ad blocker adoption. In Epom Ad Server, each slot can carry fallback markup for when no ad loads, and the hosted header bidding tag hides empty containers so the layout doesn’t break.

To sum up, this strategy means reduced reliance on commonly listed infrastructure, more stable delivery, and cleaner reporting. However, it's not a guarantee to bypass ad blockers once and for all or force impressions despite the user's decision to use them.

Frequently Asked Questions (FAQs)