Accelerated Mobile Pages (AMP)

Accelerated Mobile Pages (AMP) represent a framework by Google designed to construct web pages with the intention of improving loading speed and enriching the user experience.

What are accelerated mobile pages?

Introduced by Google in 2016, Accelerated Mobile Pages (AMP) stand as a dynamic framework for crafting web pages.

While the primary objective of accelerated mobile pages remains the augmentation of loading speed and user experience, there exist several accompanying obstacles that have hindered the widespread adoption of AMPs as a webpage model.

It’s worth noting that AMPs coexist alongside regular mobile pages, implying that content typically exists in two distinct versions. These two variants are subsequently linked using a specialized header tag. This tag is utilized by GoogleBot (and potentially other entities in the future) for indexing purposes.

Why are AMPs important?

For content creators, the appeal of accelerated mobile pages can be attributed to two core factors:

  1. Enhanced user experience owing to improved loading speeds.
  2. Attaining visibility on Google.

In an era where delayed page loading could translate to a permanent loss of potential new users, adopting AMPs elevates the status of your webpage significantly.

This is particularly pertinent for websites characterized by intricate and suboptimal code, or those that engage with other content as part of their platform.

Implementing AMPs demands minimal investment, while delivering a substantial enhancement to user experience, given that Google shoulders a substantial portion of the workload.

Conversely, if your website boasts a well-structured architecture and consistently delivers optimal performance, AMPs also play a pivotal role in amplifying visibility within Google search results.

Within the AMP Carousel, introduced shortly after the inception of the AMP framework, queries related to news are positioned prominently in the upper echelons of result pages. This preferential treatment can be attributed to the noteworthy endorsements of AMP by prominent entities, excluding Facebook and Apple.

Limitations of AMPs

Since their debut a few years ago, criticism from both the web development and publisher communities has been primarily directed at two key areas:

  1. “Diverted” Brand Traffic
  2. Limited Monetization Potential

Due to its relatively constrained framework, AMPs do not facilitate direct clicks on a publisher’s content from within the AMP itself. Instead, users are redirected back to Google search results, resulting in the potential diversion of a brand’s traffic. This redirection also poses challenges in measuring website performance over the long term.

Another substantial concern with AMPs is their intricate monetization process. The aforementioned diversion of brand traffic culminates in diminished visitor numbers and subsequently reduced revenue streams. Unfortunately, as numerous publishers adopted AMPs to capitalize on their visibility within Google search, they swiftly encountered these repercussions.

These factors have contributed to the gradual uptake of AMPs compared to other emerging technologies. While the benefits for user experience and page visibility are evident, the existence of numerous challenges necessitates concerted efforts before AMPs can truly rise to prominence in the realm of mobile web development.

Advertiser

A brand looking to promote or spread the message of their product or service with specific goals in mind, such as user acquisition. Advertisers purchase ad space from mobile publishers, sometimes through intermediaries.


Advertisers use data to quantify their ads’ performance and gauge the ROI(Return on Investment) of their ads in terms of user acquisition and revenue and to optimize their budget.

Ad Stacking

What is Ad Stacking?

Ad stacking is a deceptive practice in mobile advertising where multiple ads are layered or ‘stacked’ in a single ad space. In this scenario, only the topmost ad is visible to the user. However, a click or an impression is falsely registered for every ad in the stack. This deceptive practice leads advertisers to unwittingly pay for multiple, non-genuine impressions and/or clicks, even though the user only sees one ad.

Prevalence in Advertising Campaigns

This fraudulent tactic is particularly prevalent in Cost Per Mille (CPM) campaigns, where advertisers pay per thousand impressions. Ad stacking significantly inflates impression counts, thereby defrauding advertisers. In click-based campaigns, ad stacking often overlaps with click spam, another fraudulent activity where fake clicks are generated.

How Does Ad Stacking Work?

Ad stacking is executed in various sophisticated ways. One common method involves a fraudulent publisher’s script that, instead of serving a single ad, stacks multiple ads into one ad unit. To the user, only one ad is visible, while many others, set to near-zero opacity, are hidden behind it.

Another method involves using a static image as a placeholder that the user sees, while in the background, a video ad plays, continuously generating ad calls and thus impressions. Some fraudsters implement a rotating banner system, where invisible ads are continuously auctioned and swapped behind a visible ad. These ads, although never seen by the user, trigger the pixel count necessary for registering an ad impression, resulting in advertisers paying for these illegitimate impressions or clicks.

Impact and Ethical Considerations of Ad Stacking

Ad stacking poses significant ethical and financial challenges in the digital advertising industry. It not only leads to financial losses for advertisers but also undermines the integrity of digital advertising metrics. Detecting and mitigating ad stacking is crucial for maintaining transparency and trust in digital advertising ecosystems.

Ad Exchange

A technology platform that enables the buying and selling of media advertising inventory of ad networks. This technology-driven approach generally uses (RTB) to purchase or sell inventory, and prices are determined on an impression-by-impression basis.

What is an Ad Exchange?

An ad exchange is a real-time, online marketplace that enables advertisers and publishers to buy and sell advertising space and impressions. Advertisements such as display, video, and native ads can be bought and sold on ad exchanges, and can be displayed on both mobile and desktop platforms.

How do ad exchanges work?

Ad exchanges typically operate programmatically, automating much of the advertising buying process. Ad networks and other entities can directly purchase ad impressions that appear on websites or apps marked as ad space. Advertisers can use demand side platforms (DSP) to connect to ad exchanges and use audience data to determine whether the ad space is relevant to their campaign. They can then purchase the space in real-time and bid on it instantly. These decisions can be made manually, or automatically using algorithms that analyze demographic and user data to find the best value for advertisers.

Who uses ad exchanges?

Agencies, brands, and games are among the entities that use ad exchanges. Brands and games often have in-house programmatic buying teams that work directly with DSPs. Demand-side platforms are programmatic platforms that help agencies and brands efficiently buy ad space, acting as the “bidders” in the auction. They use sophisticated algorithms to determine what to pay and when to bid for ad space that meets the requirements of a campaign. Supply-side platforms, on the other hand, are specialized networks that focus on aggregating digital inventory and are traditionally responsible for holding programmatic auctions.

Why is an ad exchange important?

The supply path optimization (SPO) is the main value driver of an ad exchange, which is an industry-wide effort to bring demand as close to supply as possible. SPO removes irrelevant nodes in the chain, such as SSPs, agencies or even DSPs in some cases. This leads to removing margins and increasing brand buying power, resulting in less “specialized” players. DSPs now take on more of the capabilities of SSPs, while SSPs build out DSP capabilities, and publishers, such as ironSource, often act as SSPs.

Benefits of ad exchanges

Ad exchanges offer several benefits for advertisers, such as the ability to choose the best ad placements for their campaigns, run cost-effective advertising through price settings and advanced bidding capabilities, get control over ad frequency to avoid overexposure, and avoid ad inventory if they don’t want to be associated with a particular publisher.

Developers also benefit from ad exchanges by gaining control over ad placements and units, ensuring brand safety by getting transparency into ad fraud or offensive ads, setting minimum costs for ad space, and getting access to a large pool of agencies and advertisers looking to advertise in their app.

Ad exhcange vs. ad network

Ad networks and ad exchanges are different. Ad networks aggregate inventory from a range of publishers, while ad exchanges directly connect publishers and advertisers, allowing buyers to see the exact price for impressions.

Utilizing mobile attribution to optimize ad exchange strategies

As a mobile advertiser, you can leverage mobile attribution data to gain valuable insights into the effectiveness of your ad exchange purchases. This data provides you with indisputable and authoritative information that empowers you to allocate your budget more intelligently. By optimizing your app’s performance, return on ad spend (ROAS), and customer lifetime value (LTV), you can make the most of your ad spend and achieve your marketing objectives.

When exploring your ad exchange options, keep in mind that there is a foolproof way to maximize your investment in digital advertising. By identifying your most valuable and least valuable digital investments, you can allocate your budget more effectively and achieve better results.

Key takeaways from ad exchanges

An ad exchange is like a pool of ad impressions, where publishers upload their ad impressions and advertisers select the impressions they want to purchase. It helps to streamline the process of buying and selling ad space, making it more efficient and transparent while maximizing profitability. Advertisers can effectively reach their desired target audience with the most relevant, data-driven context, and publishers can receive the best price for their ad space.

An ad exchange has the ability to analyze real-time data from various sources such as user mobile identifiers, device type, ad position, demographics, and purchasing behavior to determine whether or not to bid on the impression and at what price. This enables advertisers to easily purchase ads across multiple sites instead of negotiating directly with specific publishers. In an ever-evolving and complex advertising market, an ad exchange offers a more streamlined and transparent solution for buying and selling digital advertising.

Ad Monetization

The concept that you can generate revenue through your app via either ads or in-app purchases by therefore converting traffic into revenue.

What is Ad Monetization?

Ad monetization is the process of generating revenue for mobile apps through advertising. While it may seem straightforward to insert ads into the app and collect revenue, maximizing ad monetization can be quite challenging for app businesses.

To calculate the total ad revenue, you need to combine the money earned from each source, which, when working on a large scale, will come from several ad networks that define views, clicks, and conversions in different ways. Furthermore, different creatives and placements provide varying revenue opportunities. Sophisticated mobile publishers also analyze their most valuable ad monetization users, their return on investment (ROI) of acquired users, and the lifetime value (LTV) of their users.

Since many app businesses also earn revenue through in-app purchases, these figures must be included to accurately determine the ROI of acquired users.

What are the uses of ad monetization?

For many free or freemium apps, ad monetization is their primary source of revenue. One of the most common types of ad monetization is in-app advertising (IAA), which relies on ad networks to connect developers and app businesses with advertisers. Ad monetization enables apps to monetize all users, not just the small fraction who will pay. In addition, advertisers can target users with personalized ads on platforms like Android (and pre-iOS 14 iPhone and iPad) to earn revenue for the apps.

Since apps collect first-party data on an opt-in basis, they can provide valuable targeting parameters like gender and age, making it easier for advertisers to reach their ideal audience. While that level of targeting may not always be possible with iOS 14.5 and SKAdNetwork, contextual targeting can be used instead.

There are four main types of in-app ads: rewarded video ads, interstitials, offerwall ads, and native ads. Rewarded video ads provide users with a reward for watching a video ad, while interstitials are push ads placed within an app’s interstices. Offerwalls are similar to rewarded videos and provide a reward for users completing a specific action. Native ads are in-app content that matches the form and function of the rest of the app.

To successfully monetize an app with advertising, app businesses must test and optimize each advertising option to determine the right mix for their audience. In many cases, native ads provide an optimal user experience as they fit seamlessly within the app experience. However, the other methods can also be effective for the right business. Many app businesses combine this revenue stream with other monetization methods to maximize their ROI.

CPM and CPA Pricing for Publishers

Cost per mile (CPM) and cost per action (CPA) are two widely used bidding models for ad monetization. CPM is a bidding model where publishers pay for every thousand ad views, regardless of whether or not users interact with it. CPM works well for branding campaigns, as it increases brand awareness. High-traffic platforms are best suited for this type of bidding as it makes ad monetization easier.

On the other hand, with CPA, publishers only get paid when users click on the ad or install the advertised application. This model is commonly used for performance campaigns, where ad strategy is crucial for revenue. Publishers earn money based on user clicks or form fill-outs, but not for actual product sales. Accurate targeting can result in more user actions and higher income.

What is a Good eCPM?

Effective cost per mile (eCPM) is a standard measurement system that publishers can use to assess the effectiveness of advertising. To calculate the eCPM while running a CPA ad, all paid CPAs need to be divided by 1000. For instance, if you pay $10 for every game installation, divide 10 by 1000 to get a cost of $0.01 for every impression. This number helps in calculating the general revenue from the running ad.

When running an app, publishers might experience low eCPM. Several reasons could contribute to this, including a lack of advertisers for traffic, slow website performance, or malfunctioning pages. Fixing these mistakes requires selecting an advanced Supply-Side Platform (SSP) that can optimize and check your ad.

Ad Mediation

An app monetization solution that lets app developers manage and optimize multiple ad networks in one place, with just one SDK integration. Ad mediation platforms give multiple ad networks access to an app’s inventory, creating an arena in which ad networks must compete for their ad to be served. Higher competition among ad networks means competitive eCPMs and more ad revenue for app developers.

How Does Ad Mediation Work?

Ad mediation works by routing ad requests to multiple ad networks, and then selecting the highest paying ad to display to the user. The ad mediation platform typically includes tools for optimizing ad performance and revenue, such as eCPM (effective cost per thousand impressions) optimization, ad network failover, and ad network waterfalls. When a user opens an app or website that is using ad mediation, the platform sends an ad request to multiple ad networks. Each ad network then returns an ad and the eCPM (effective cost per thousand impressions) they are willing to pay for it. The ad mediation platform then selects the highest paying ad to display to the user.

Additionally, ad mediation platforms can also use ad network failover, which allows it to route ad requests to backup ad networks in case the primary ad network is unavailable. They can also use ad network waterfalls which routes ad requests to multiple ad networks in a predefined order, based on the eCPM (effective cost per thousand impressions) offered by each network.

Ad mediation platforms also provide analytics and reporting features to help app and website publishers to track and optimize the performance of their ads, and make data-driven decisions about which ad networks to work with.

What are the uses of ad mediation and mediation platforms?

  • Promotion: Ad mediation platforms are used by app developers and mobile marketers to increase downloads and engagement with their apps through in-app advertising. This can be a cost-effective way to reach the right audiences and drive conversions.
  • Monetization: Ad mediation platforms permit app and website publishers to generate income from their content by exhibiting advertisements from multiple advertising networks. This can aid in augmenting advertisement sales and offer a more extensive selection of ad stock.
  • Analytics and reporting: Ad mediation platforms give analytics and reporting tools that enable website and app publishers to track and maximize the efficacy of their ads. This assists them in making knowledge-based choices regarding which ad networks to utilize.
  • In-app advertising: App developers and mobile marketers use ad mediation platforms to propel their apps via in-app advertising. This helps to raise app downloads and user involvement.
  • Header Bidding: Ad mediation platform may also be employed for In-app header bidding which permits multiple ad networks to tender for ad inventory in real-time, prior to the ad request is sent to the essential ad server. This increases rivalry for ad stock and leads to higher ad revenue for publishers.

What are the benefits of ad mediation platforms?

Ad mediation platforms can help app and website publishers in several ways:

Increased revenue: Ad mediation platforms can help boost ad income by optimizing ad performance, administering multiple ad networks, and furnishing access to a wider selection of ad inventory.

Simplified monetization: Ad mediation platforms can make the process of monetizing content easier by providing a single integration point for multiple ad networks.

Analytics and reporting: Ad mediation platforms provide analytics and reporting features that enable app and website publishers to track and enhance the performance of their advertisements. This can assist them in making decisions based on data about which ad networks to collaborate with.

In-app advertising: Ad mediation platforms can help app developers and mobile marketers to promote their apps through in-app advertising, which can augment app downloads and user engagement.

Header bidding and waterfall bidding: Ad mediation platforms can also bolster In-app header bidding and waterfall bidding which allows multiple ad networks to tender for ad inventory in real-time, before the ad request is sent to the primary ad server. This can increase rivalry for ad inventory and lead to higher ad revenue for publishers.

Ad Network failover: Ad mediation platform can also provide failover feature which allows it to send ad requests to reserve ad networks in case the primary ad network is inaccessible, which can ameliorate user experience and amplify the fill rate for ad inventory.

 
 

Ad Network

Aggregates ad space and supply and matches them with the corresponding demand via auctioning. The ad network act as a liaison between SSPs or DSPs and publishers and helps them scale up and optimize their reach.

Ad networks are an important aspect of digital marketing. They connect advertisers with publishers, who then display the ads on their websites or apps. In this guide, we will explain what ad networks are, how they work, and why they are important.

What is an Ad Network?

An ad network is a platform that connects advertisers with publishers. Advertisers pay ad networks to display their ads on websites or apps that are part of the ad network’s inventory. Ad networks provide a variety of targeting options, such as demographics, interests, and behavior, to help advertisers reach their target audience.

How do Ad Networks Work?

Ad networks work by collecting ad inventory from publishers and making it available to advertisers. Publishers can be websites or apps that have space available for ads. Advertisers can then bid on this inventory, and the highest bidder’s ad will be displayed on the publisher’s website or app.

Ad networks use a variety of targeting options to ensure that ads are displayed to the right audience. These targeting options include demographic information, interests, and behavior. Ad networks also use algorithms to optimize ad delivery and ensure that advertisers get the best possible return on their investment.

Why are Ad Networks Important?

Ad networks are important for both advertisers and publishers. Advertisers can use ad networks to reach a large and targeted audience, while publishers can use ad networks to monetize their websites or apps. Ad networks also provide a way for advertisers to manage their ad campaigns and track their performance.

Ad Networks Summarized

In conclusion, ad networks are a crucial component of digital marketing. They provide a platform for advertisers to reach their target audience and for publishers to monetize their websites or apps. By understanding how ad networks work, advertisers and publishers can make the most of this important tool.

Here is a diagram that illustrates the process of how ad networks work:

graph LR; A[Advertiser] –> B[Ad Network]; B –> C[Publisher]; C –> D[User];

The advertiser pays the ad network to display their ad on the publisher’s website or app. The ad network uses targeting options to ensure that the ad is displayed to the right audience. The user then sees the ad and can click on it, which generates revenue for the publisher and provides a return on investment for the advertiser.

Ad Podding

What is Ad Podding

Ad podding is a digital advertising technique where multiple advertisements are grouped together and played sequentially during a single break. This strategy is predominantly utilized by Over-The-Top (OTT) platforms and online content publishers to enhance fill rates and advertising revenue.

Usage in OTT Platforms:

Ad podding arranges a series of ads to play one after another during an ad break. This approach minimizes the need for multiple ad requests, streamlining ad delivery to the viewer. It’s applicable to various types of ad placements such as pre-roll, mid-roll, and post-roll.

Comparison with Traditional TV:

This method resembles traditional TV commercial breaks where ads are played back-to-back. The primary difference lies in its application, which is tailored for digital video content, especially for long-form Video on Demand (VOD) on OTT platforms.

Origin and Evolution of Ad Podding

 Introduced by the Interactive Advertising Bureau (IAB) in VAST 3.0 in 2012, ad podding initially saw slow adoption. However, its potential was soon recognized by OTT service providers and content owners, leading to widespread implementation, notably by YouTube in 2018. Now, it’s a common strategy used by established OTT platforms to optimize ad inventory and increase revenue from VOD and live streaming content.

Ad Pods vs. Ad Slots

An ad pod consists of several ad slots, each with a specific sequence for play. Publishers can auction each ad slot within a pod, often commanding higher prices for prime positions, like the first slot in the sequence.

Operational Mechanics

To viewers, ad podding appears as a straightforward sequence of ads. However, the process involves sophisticated mechanisms, including the use of a video CMS for setting up ad tags (each representing a slot in the pod) and managing them through Client-Side Ad Insertion (CSAI) or Server-Side Ad Insertion (SSAI). Tags are assigned unique sequence numbers for orderly play, and various scenarios are managed to ensure seamless ad delivery.

Why is ad podding important?

  1. Revenue Enhancement: By serving multiple ads in a single request, ad podding increases the ad fill rate and allows for strategic pricing of ad slots. This leads to maximized utilization of ad inventory and enhanced revenue generation.

  2. Improved Viewer Experience: Ad podding reduces repetitive ad play and enhances viewer engagement through creative deduplication and control over ad quantity and duration. This results in a more enjoyable viewing experience with lower latency and faster loading times.

  3. Benefits to Advertisers: Advertisers gain insights into ad inventory and have more control over ad placements. Techniques like competitor separation ensure diverse ad breaks, enhancing ad campaign performance and Return on Ad Spend (ROAS).

Customization and Bidding

Ad podding solutions offer customization in terms of pod length, the number of ads per pod, and individual ad duration. Publishers can use ad analytics to fine-tune these parameters. The bidding process for ad pods and slots enables both publishers and advertisers to optimize their strategies, with publishers setting floor prices to boost revenue.

When Not to Use Ad Podding

Ad podding may not be suitable for short-form content or when other monetization models like subscriptions or paywalls are in place. It’s most effective for long-form VOD and live streams.

Key Takeaways of Ad Podding:

  • Ad podding, first introduced in 2012, is a strategic approach to group ads for OTT platforms.
  • It maximizes revenue, enhances viewer experience, and benefits advertisers.
  • Best suited for long-form content, ad podding offers customization and effective ad inventory management.

Ad Tag

An ad tag is code publishers place on websites in order to sell ad space. It consists of two parts: 1) a URL and 2) a piece of HTML or JavaScript code. Working together, these two parts first request content (ads or other ad tags) from the URL and then instruct the browser how to display the content.

What is an ad tag?

An ad tag is a piece of code that is inserted into a website or app to display advertisements. When someone visits the website or app, the ad tag tells the ad server to serve up an ad, which is then displayed on the website or app. Ad tags can be used to display a variety of different types of ads, including banners, pop-ups, and video ads.

Who uses ad tags and why?

Ad tags are used by advertisers to reach specific audiences and to track the performance of their ad campaigns. Digital marketing advertisers use ad tags to display ads on websites and apps that have a relevant audience in the hopes of getting those users to take some desired action, such as clicking on the ad, making a purchase, or signing up for a newsletter..

Advertisers might use ad tags to display a variety of different types of ads, including banner ads, video ads, and rich media ads. They might also use ad tags to target specific audiences, such as users who have previously shown an interest in similar products or services.

Ad tags are also used by website and app owners to monetize their content. By inserting ad tags into their websites or apps, they can display ads and earn revenue from those ads.

Overall, ad tags are used by advertisers and website and app owners as a way to reach specific audiences and to track the performance of ad campaigns. They are an important tool in the world of digital advertising.

An example of an ad tag?

Below is an example of a simple JavaScript ad tag that could be used to display a banner ad on a website:

<script type=”text/javascript”>

  var ad_tag = ‘<!– Beginning of tag –>\

                <a href=”http://www.bigabid.com”>\

                  <img src=”http://www.bigabid.com/banner.jpg” alt=”Banner ad”>\

                </a>\

                <!– End of tag –>’;

  document.write(ad_tag);

</script>

This ad tag is written in JavaScript and is inserted into the HTML code of a website. When someone visits the website, the ad tag tells the ad server to serve up a banner ad, which is then displayed on the website. The banner ad is a clickable image that, when clicked, takes the user to the website specified in the ad tag.

How do ad tags work?

  1. An advertiser creates an ad campaign and selects the type of ad they want to display (e.g., banner ad, video ad, etc.).
  2. The advertiser creates the ad and generates an ad tag for it. The ad tag is a piece of code that contains information about the ad, such as the ad’s size, location, and target audience.
  3. The advertiser places the ad tag on a website or app, either by inserting it into the HTML code of the website or app or by using a third-party ad server like Google AdSense.
  4. When someone visits the website or app, the ad tag tells the ad server to serve up the ad. The ad is then displayed on the website or app.
  5. The ad tag tracks the performance of the ad, collecting data on how many people saw the ad, how many clicked on it, and how many took some other desired action (such as making a purchase).
  6. The advertiser can use this data to analyze the effectiveness of their ad campaign and to make adjustments as needed.

Are there different types of ad tags?

There are several different types of ad tags that can be used to display ads on a website or app. Below are a few examples:

  • JavaScript ad tags: These ad tags are written in JavaScript and are usually inserted into the HTML code of a website. They are often used to display banner ads and other types of display ads.
  • Video ad tags: These ad tags are used to display video ads on a website or app. They can be used to serve pre-roll, mid-roll, or post-roll ads, and can be inserted into the code of a video player or into the HTML of a website.
  • Rich media ad tags: These ad tags are used to display interactive multimedia ads on a website or app. They can be used to display ads with animation, audio, or other interactive elements.
  • Third-party ad tags: These ad tags are provided by a third-party ad server, such as Google AdSense or DoubleClick, and are used to display ads on a website or app.
  • Server-side ad tags: These ad tags are inserted into the code of a website or app on the server side, rather than on the client side. They are often used to serve personalized ads or to track the performance of ad campaigns.

ads.txt

An IAB-approved text file that aims to prevent unauthorized inventory sales.

What is ads.txt?

Ads.txt stands for Authorized Digital Sellers and is an initiative developed by the Interactive Advertising Bureau (IAB) to counter ad fraud, including domain theft, alleged domain hijacking, and illegitimate inventory arbitrage.

Ads.txt is a text file that publishers host on their web servers, listing companies authorized to sell their ad inventory. Advertisers and media buyers can use this information to validate sellers in a bid request, ensuring they don’t spend their ad budget on counterfeit ad inventory and unauthorized reselling.

Where can we find ads.txt?

The ads.txt file is located in the root directory of a publisher’s website (websitename.com/ads.txt). A publisher’s ads.txt file can be viewed by entering the URL into a browser. Google Ad Manager can also be used to verify if a seller has a valid ads.txt file.

Is ads.txt mandatory?

No, ads.txt is not mandatory. However, publishers are increasingly adopting ads.txt to have more control over who can sell ads on their sites, preventing counterfeit inventory from entering the market.

As more advertisers use ads.txt to validate a publisher’s reliability while protecting themselves from spoofing attempts or fraudulent inventory, we can expect more publishers to implement ads.txt on their sites to build trust and drive ad sales.

Why is ads.txt important?

Digital ad fraud cost advertisers worldwide $65 billion in 2021. Ads.txt helps verify sellers so brands can avoid spending their budget on counterfeit inventory, ensuring more money goes to legitimate publishers.

Ads.txt makes digital advertising more transparent by preventing unauthorized reselling in programmatic advertising. Buyers can verify which supply-side platforms (SSP) are authorized to sell a publisher’s inventory, down to the exact web spot. Advertisers and media buyers can also automate the process of screening dealers based on information in ads.txt files, minimizing the risks of doing business with unauthorized resellers.

Ads.txt helps brands protect their reputation by ensuring their ads only appear on trustworthy websites.

What types of ad fraud does ads.txt help prevent?

Ads.txt is an effective tool for combating ad fraud, specifically domain spoofing and inventory arbitrage. Domain spoofing occurs when a request originates from one site, but the ad is placed on another lower-quality website. With the help of ads.txt, advertisers can identify which Supply Side Platforms (SSPs) are authorized to sell what inventory, thereby avoiding fake impressions and improving inventory reporting accuracy.

Inventory arbitrage, while technically not ad fraud, is a dishonest practice that erodes trust in the industry. It involves a third party purchasing impressions and then repackaging and reselling them at a higher price. Ads.txt discourages inventory arbitrage by listing authorized resellers of a publisher’s inventory. This allows publishers to protect their reputation in the open market and maintain control over their partnerships.

Both domain spoofing and inventory arbitrage deceive programmatic advertising platforms, such as ad exchanges, into believing that high-quality inventory is being accessed, when in reality, the ads appear on dubious websites or are viewed through a covert application designed to generate fake impressions.

The benefits of using ads.txt

Apart from the benefits of cutting fraud, enhancing transparency, and building trust, ads.txt is a user-friendly tool. Publishers can implement an ads.txt file with minimal technical expertise, create and upload one in just a few minutes, and easily maintain it by adding or removing sellers at any time to keep information up-to-date.

The ads.txt process is secure since only website owners can upload and update the file. As a result, publishers can maintain control over their partnerships, prevent unauthorized reselling, and safeguard their reputation.

How does ads.txt work?

Ads.txt is a vital tool in the programmatic advertising ecosystem, serving as a public record of authorized digital ad sellers. Publishers upload the ads.txt file onto their website, confirming domain ownership and verifying partner accounts, such as ad exchanges and SSPs, eligible to sell their ad inventory. Programmatic platforms can also integrate ads.txt files to confirm which publishers’ inventory they are authorized to sell.

The IAB Tech Lab recently released a crawler that can efficiently pull ads.txt files from publisher websites, enabling media buyers and advertisers to validate a large amount of inventory information quickly, compile a list of authorized sellers, and streamline the verification process. When an advertiser receives a bid request from the publisher’s site, it can check the publisher’s account ID against the ads.txt file to ensure that the publisher and inventory are legitimate. If the advertiser can’t validate the publisher’s account, it may choose not to bid on the inventory to safeguard its budget.

For example, each domain publishes ads.txt on their web server and lists exchanges and advertisers that are authorized to sell their inventory, including the publisher’s seller account IDs within each of those advertisers.

How to use ads.txt

To use ads.txt with AdSense, publishers can sign in to their AdSense account and follow the instructions provided. To use ads.txt with Wordpress, publishers need to install and activate the Ads.txt Manager plugin, configure the plugin settings, and add lines to declare each authorized platform or reseller. For instance, publishers can add the following line to declare Google Adsense as authorized: google.com, pub-0000000000000000, DIRECT, f08c47fec0942fa0. It’s crucial to keep ads.txt files current to ensure their accuracy and effectiveness and prevent scammers from exploiting unaudited ads.txt files using the 404bot.

API

An application programming interface (API) is a language format, written in code, which allows programs and applications to communicate with each other and their respective operating systems. The language creates a standard of rules and protocols which programmers use to develop software that doesn’t conflict. In the mobile ad tech sector, API-powered mobile devices offer greater visibility into a user’s lifestyle, delivering data that can create marketing opportunities and inform strategic decisions.

App-ads.txt

Introduction to App-ads.txt

App-ads.txt is a text file integrated by app developers/publishers into their developer websites, serving as a comprehensive list of authorized vendors permitted to sell their inventory. This innovative tool addresses various challenges of programmatic advertising, such as opacity and security concerns.

Understanding App-ads.txt

Officially referred to as “Authorized Digital Sellers for Mobile Apps,” App-ads.txt provides app developers and publishers with the means to grant specific ad networks and supply-side platforms (SSPs) permission to sell their inventory. It is essentially a text document that enlists legitimate ad tech vendors who possess the authorization to distribute the publisher’s digital ad inventory.

Publishers can upload the app-ads.txt to their developer website, while developers can analyze the file by crawling the developer website. This process enables developers to evaluate bid requests from ad networks and SSPs listed within the file.

The Evolution of App-ads.txt for Transparency

The Interactive Advertising Bureau (IAB) Tech Lab introduced app-ads.txt in November 2018 as an extension of the ads.txt file to the realm of mobile in-app and OTT advertising. This release aimed to enhance transparency between buyers and sellers within programmatic advertising. Major app stores, such as Google Play and the Apple App Store, have embraced app-ads.txt due to its advantages for both publishers and advertisers.

Mechanics of App-ads.txt

Mobile app developers can either upload the app-ads.txt file to their developer website or utilize online hosting platforms specialized for app-ads.txt. Subsequently, they integrate the developer website URL into each app store listing.

Buyers and advertisers can navigate individual app stores to identify the developer website associated with a particular app. Armed with this URL, advertisers can explore the developer website to pinpoint vendors authorized to sell the publisher’s ad inventory. This process aids advertisers in making informed decisions when it comes to accepting or rejecting bid requests from ad networks or SSPs.

4 Benefits of App-ads.txt

1. Enhanced Security App-ads.txt acts as a formidable defense against ad fraud. By mitigating direct interactions between buyers, sellers, and ad tech vendors, this tool combats issues like unauthorized reselling, counterfeit inventory, and domain spoofing. Consequently, the programmatic advertising ecosystem becomes more secure, safeguarding publishers’ revenue and advertisers’ investments.

2. Amplified Transparency and Trust App-ads.txt fosters a transparent ad buying and bidding process. Advertisers can validate claims made by ad tech vendors by visiting the publisher’s developer website to ascertain their inventory access. Furthermore, this tool instills confidence and reliability in modern advertisers, as publishers providing the file earn their trust.

3. Ensured Brand Safety By adhering to app-ads.txt, advertisers guarantee that their campaigns run on legitimate and relevant ads, preserving their brand reputation. Publishers, in turn, prevent unauthorized access to their inventory and bolster their credibility.

4. Increased Revenue Efficient implementation of app-ads.txt eradicates concerns about revenue loss due to counterfeited apps or fabricated inventory. Publishers can access every dollar spent by advertisers on their inventory. Similarly, advertisers benefit from reduced risks associated with misleading ad tech vendors, ultimately enhancing their campaign performance and return on ad spend.

App-ads.txt: Implementation and Example

The app-ads.txt file comprises entries for various ad networks and SSPs, each encompassing ad system domains, publisher account IDs, account types/relationships, and certificate authority IDs. For instance, a record might look like this:

Google.com, pub-00000000000000000000, DIRECT, f08c47fec0942fa0

Publishers follow a series of steps to implement app-ads.txt effectively, which involve providing their website URL in app store listings, obtaining app-ads.txt records from vendors, compiling them into a file, and uploading it to their root domain.

Key Insights App-ads.txt, introduced by the IAB, elevates transparency and security in programmatic advertising. By extending the benefits of ads.txt to the mobile in-app and OTT advertising spheres, it ensures authorized sales, curbing ad fraud and bolstering trust. Advertisers can make informed decisions, publishers preserve brand integrity, and both parties reap the rewards of a secure and transparent ecosystem.

Implementing App-ads.txt The implementation of app-ads.txt requires careful execution to maximize its benefits for both advertisers and publishers. This process involves several key steps:

  1. Website Integration: Developers must provide their website URL within each app store listing. This step is essential for linking the app to its corresponding developer website.

  2. Vendor Collaboration: Publishers need to reach out to various vendors, including ad networks and SSPs, to request their app-ads.txt records. These records should follow the format of ad system domain, publisher ID, account type/relationship, and certificate authority ID.

  3. Record Compilation: Using a text editor, such as Notepad, publishers compile the received app-ads.txt records into a single file. Each record is typically listed on a new line.

  4. File Naming and Hosting: The compiled file is then saved with the name “app-ads.txt” and uploaded to the publisher’s root domain. The URL would resemble something like “https://example.com/app-ads.txt“.

App Retention Rate

What is App Retention Rate?

In the dynamic landscape of digital businesses, app retention rate stands out as a pivotal metric that determines the success and sustainability of any mobile application. App retention rate, often referred to as user retention rate, specifically measures the percentage of customers who continue to engage with and use a mobile app over a defined period. This metric is particularly significant for subscription-based services, offering crucial insights into customer satisfaction, product appeal, and revenue stability. This comprehensive guide will delve deep into the nuances of app retention rate, its importance, calculation methods, and strategies to enhance it.

Importance of App Retention Rate

Understanding the app retention rate is essential for businesses for several reasons:

  1. Revenue Stability: App retention rate directly influences a company’s revenue stream. Satisfied, retained customers are more likely to continue their subscriptions, ensuring a stable income for the business.

  2. Customer Satisfaction: High app retention rates are indicative of satisfied users. When users find value in an application, they are more likely to stay engaged, leading to positive reviews and word-of-mouth referrals.

  3. Cost-Efficiency: Acquiring new customers can be significantly more expensive than retaining existing ones. High app retention rates reduce the need for aggressive user acquisition strategies, saving valuable marketing resources.

  4. Product Improvement: By analyzing patterns within the app retention rate, businesses can identify specific features or stages where users tend to drop off. This valuable feedback aids in refining the user experience and enhancing the app’s overall appeal.

Calculating App Retention Rate

Calculating the app retention rate involves comparing the number of users at the beginning of a specific timeframe with the number of users at the end of that period. The formula is as follows:

App Retention Rate=(Initial Users−Churned UsersInitial Users)×100%App Retention Rate=(Initial UsersInitial Users−Churned Users)×100%

Here, “Initial Users” represent the number of users at the start of the period, and “Churned Users” represent the users who ceased using the app during the same period.

Strategies to Improve App Retention Rate

Enhancing app retention rate requires a strategic approach and a deep understanding of user behavior. Here are some effective strategies to boost app retention rates:

  1. Personalized User Experience: Tailoring the app experience based on user preferences and behavior fosters a sense of belonging and encourages prolonged engagement.

  2. Regular Updates: Continuous improvement and the addition of new features keep the app fresh and exciting for users, reducing the likelihood of them switching to competitors.

  3. Effective Onboarding: A seamless and intuitive onboarding process ensures that users quickly understand the app’s value proposition, reducing early churn rates.

  4. Push Notifications: Thoughtful and relevant push notifications can re-engage users, reminding them of the app’s benefits and encouraging return visits.

  5. Incentives and Rewards: Implementing loyalty programs, discounts, or exclusive content for long-term users creates incentives for continued app usage.

  6. Feedback Loops: Actively seek feedback from users, addressing their concerns, suggestions, and grievances promptly. Users who feel heard are more likely to stay loyal.

  7. Community Building: Encourage users to interact with each other within the app, fostering a sense of community. Social engagement often leads to higher retention rates.

Calculating App Retention Rate Using Cohort Analysis

Cohort analysis is a powerful tool for understanding app retention rates in specific user segments. By dividing users into cohorts based on criteria such as acquisition date or user behavior, businesses can gain valuable insights into user retention patterns.

  1. Acquisition Cohorts: Dividing users based on acquisition date helps in understanding the retention rate of users acquired during specific marketing campaigns or timeframes. This information is invaluable for refining marketing strategies.

  2. Behavioral Cohorts: Grouping users based on specific interactions within the app provides insights into which features or activities lead to higher retention rates. This data can inform app redesigns and marketing efforts.

In the competitive world of mobile applications, understanding and optimizing app retention rate is paramount to long-term success. By adopting data-driven strategies, staying responsive to user feedback, and continuously refining the user experience, businesses can not only retain existing users but also attract new ones through positive word-of-mouth and app store reviews. As the digital landscape evolves, businesses that prioritize user satisfaction and retention will undoubtedly emerge as leaders, shaping the future of the app economy.

App Store Analytics

App store analytics play a pivotal role in providing app owners with invaluable insights into the performance and reception of their applications.

What are App Store Analytics?

App store analytics encompass a spectrum of data insights crucial for gauging an app’s success. This data can be categorized into two primary tiers: basic insights readily available through app stores and more intricate analytics provided by third-party tools.

Basic app store analytics serve as an entry point, furnishing beginners with essential key performance indicators (KPIs) including download metrics, rankings, device demographics, geographical distribution, and revenue streams.

Third-party analytic tools, such as App Annie and Sensor Tower, offer a deeper dive into app performance. They enable app owners to conduct comparative analyses against competitors, employing various slicing and filtering mechanisms for enhanced granularity.

Key metrics measurable through advanced app store analytics encompass revenue streams, download rates, update frequencies, rankings, user reviews, and keyword-specific rankings.

Advanced app store analytics further facilitate comprehensive competitive analyses and vertical assessments. They provide in-depth reports and aggregated data tailored to individual app stores, making them indispensable for owners managing multiple applications or diverse app versions.

App Store Analytics Explained

App store analytics encompass a spectrum of data insights crucial for gauging an app’s success. This data can be categorized into two primary tiers: basic insights readily available through app stores and more intricate analytics provided by third-party tools.

Basic Insights:

Basic app store analytics serve as an entry point, furnishing beginners with essential key performance indicators (KPIs) including download metrics, rankings, device demographics, geographical distribution, and revenue streams.

Third-Party Tools:

Third-party analytic tools, such as App Annie and Sensor Tower, offer a deeper dive into app performance. They enable app owners to conduct comparative analyses against competitors, employing various slicing and filtering mechanisms for enhanced granularity.

Key Metrics:

Key metrics measurable through advanced app store analytics encompass revenue streams, download rates, update frequencies, rankings, user reviews, and keyword-specific rankings.

Advanced Insights:

Advanced app store analytics further facilitate comprehensive competitive analyses and vertical assessments. They provide in-depth reports and aggregated data tailored to individual app stores, making them indispensable for owners managing multiple applications or diverse app versions.

Utilizing App Store Analytics

Optimizing Performance:

App store analytics empower app owners to optimize their applications for better performance. By tracking KPIs such as user engagement, retention rates, and revenue generation, developers can make informed decisions regarding updates, feature enhancements, and marketing strategies.

Competitive Analysis:

Thorough competitor analysis is made possible through app store analytics. By benchmarking their apps against industry rivals, developers can identify strengths, weaknesses, and market trends, thus refining their own offerings for greater competitiveness and market penetration.

User Feedback Integration:

App store analytics allow for seamless integration of user feedback into app development cycles. By monitoring user reviews, ratings, and sentiment analysis, developers can address user concerns, improve user experience, and cultivate positive app perceptions.

App Tracking Transparency (ATT)

App Tracking Transparency (ATT) 

App Tracking Transparency (ATT), succinctly referred to as ATT, stands as Apple’s proactive privacy paradigm that mandates every iOS app to solicit user permission for data sharing. This is orchestrated through a pop-up interface, proffering users the choice to either authorize or decline data tracking.

What is App Tracking Transparency (ATT)?

 What exactly constitutes App Tracking Transparency (ATT)? Emerging subsequent to the iOS 14 launch (and enforced post iOS 14.5), the ATT privacy framework was introduced across the gamut of Apple devices. Its principal aim was to curtail the extent to which app developers could disseminate user data to external entities. This initiative has yielded consequential ramifications for the mobile advertising sector.

Preceding ATT, all iPhone users were involuntarily enrolled in data tracking, unless they had proactively opted out via the Limit Ad Tracking feature. In such instances, developers and marketers could access user-specific data and attribution through a distinct iOS advertising identifier labeled as IDFA.

Under the ATT umbrella, app users are compelled to actively opt into data tracking via a pop-up displayed by the app. Owing to the majority of users opting out, this has posed a considerable challenge for advertisers, publishers, and app developers alike, rendering the task of targeting precise demographics and refining campaigns based on high-performance user data significantly more onerous. Further elaboration on this will follow.

Visualizing App Tracking Transparency

 How does the interface of App Tracking Transparency manifest? The crux of ATT lies in the in-app pop-up, colloquially known as the ATT prompt. This interface queries users if they wish to “permit the app to track your activity across other companies’ apps and websites.” Users possess the liberty to abstain or assent, with the default setting being opt-out. While the wording of this prompt remains immutable, there exist strategies to augment opt-in rates, which we shall delve into later.

Not a Mandatory Fixture for Apps Apps aren’t under obligation to showcase the prompt since it functions on an opt-in basis. Should developers opt out of this display, they forego the collection of user-specific data. The ATT prompt serves as an avenue for apps to accumulate user-centric data, which in turn can augment performance and furnish insights for benchmarking, extrapolation, and more. Consequently, a substantial majority of apps (nearly 70%) opt to feature the prompt.

Pre-ATT Data Dynamics A Glimpse into the Pre-ATT Landscape 

Prior to Apple’s resolute focus on privacy, app developers and publishers reveled in unrestricted access to copious amounts of data. Apple operated on the Limited Ad Tracking (LAT) model, allowing users to renounce personalized advertising.

Though available to most users, a significant majority (around 70%) refrained from exercising the option to opt out of tracking. This facilitated publishers and advertisers in trading and disseminating user data among media companies, apps, and advertisers. This ecosystem engendered finely targeted ad campaigns based on behavior, demographics, and interests. Alas, optimization thrived at the expense of privacy.

ATT’s Ramifications on Advertisers 

Transitioning to ATT and Its Implications 

Although the shift from iOS’ opt-out model to an opt-in model did diminish tracking rates, global adoption of ATT still stands at a commendable 46%, albeit this figure pertains only to users who encountered the prompt. For advertisers, the crux of the challenge rests in the scarcity of IDFA attribution.

Navigating the Unfamiliar Data Terrain User-specific data and attribution have been pivotal for optimizing ad campaigns. Conversely, the dearth of data has proven detrimental for advertisers and publishers accustomed to working with granular user-level data, now rendered incapable of orchestrating finely targeted campaigns akin to the past.

In this context, it remains pivotal to acknowledge the ongoing industry transition. As we acclimate to the domain of aggregate-level data insights, the primary objective, innovation persists, and measurement is anticipated to be largely sustained. (Refer here for further insights.)

Unaddressed Segments in the Equation

 The initial challenge arises from a substantial user segment that eludes tracking. Users who previously opted out of personalized advertising (LAT users) are automatically classified as ‘denied’ to advertisers today, constituting over 30% of global iOS devices.

Moreover, 14% of Apple users employ restricted devices designated for minors, unknown age demographics, or educational purposes. Additional limitations on tracking could emanate from certain corporate-owned devices.

Navigating User Experience Concerns 

Certain app developers express apprehension regarding the intentionally unwelcoming verbiage (“allow app to track your activity across other companies’ apps and websites”), which could potentially exacerbate user churn and impede user experience.

Friction Arising from Dual Consent 

A noteworthy stumbling block involves dual consent when advertising across different apps. Users are required to provide consent twice for user data exchange between two distinct entities, effectively sealing the attribution loop. Consent must emanate both from the advertiser and the publisher. This dual opt-in dynamic significantly contributes to the diminished IDFA attribution rates, despite relatively high ATT opt-in rates.

Enhancing Opt-In Rates Strategies to Bolster ATT Opt-In Rates 

Having delineated the prevailing challenges presented by ATT, let’s embark on a journey through methodologies to elevate opt-in rates.

The keystone catalyst for elevated ATT opt-in rates is trust. An app with an established presence or a brand with inherent credibility garners greater user trust, rendering users more amenable to entrust their data. For nascent apps, cultivating a secure and trustworthy user experience is imperative.

Exploring Pre-Prompt Tactics

 Experimentation with diverse pre-prompt messaging emerges as a plausible approach. This involves an antecedent popup preceding the ATT prompt. Tailoring the messaging to accentuate the advantages of personalized advertising for users is pivotal. Conciseness, sincerity, and clarity should remain focal.

Strategizing Prompt Display: 

No universal panacea exists for determining the optimal prompt display timing. The decision hinges on user behavior and the value proposition your app extends. Identifying the funnel stage that aligns with your objectives is paramount.

Prompt Strategies Across Funnels 

Early Funnel: Inception of app usage, preliminary app session, early stage completion, initial app revisits Displaying the ATT prompt during the early funnel phase offers access to a substantial audience. This strategy gains efficacy when accompanied by high opt-in rates, substantiated by data indicating negligible churn or attrition due to ATT. However, this approach could be perceived as intrusive by new users.

Mid Funnel: Account establishment, app’s inaugural value juncture, meaningful engagement Positioning ATT prompts within the mid funnel hinges on user actions within the app. This could coincide with a pivotal “AHA!” moment when users discern the app’s intrinsic value. Timing the ATT prompt during this felicitous phase could capitalize on the positive user experience.

Lower Funnel: In-app purchases and beyond While this targets a narrower audience, engaging users in the lower funnel entails reaching a highly-trusted cohort. These individuals have already recognized the app’s utility, evident through their purchases.

The optimal choice hinges on your objective, audience profile, and their familiarity with your brand or app. A singular best practice remains elusive, with trade-offs between audience scope, timely campaign optimization, and distinctive opt-in rates.

Android’s Terrain: A Glimpse Unpacking Android’s Trajectory Apple’s proclamation was promptly followed by Google’s announcement in June 2021. This announcement heralded heightened privacy measures for all Android devices, a policy slated for Android 12 and beyond.

Parallel to Apple’s precedent LAT model, Google’s update empowers users to disengage from personalized advertising.

With Google poised to sunset cookies in 2023, conjecture mounts that Google might eventually curtail user-level data exchange via its GAID (Google Advertising ID), akin to iOS’ IDFA. Nonetheless, the constraints are anticipated to be comparatively less stringent than Apple’s stipulations.

Salient Insights for Users Equipping Users with Practical Insights

 Now that we’ve unraveled the nuances and significance of ATT, let’s delve into its implications for users. For iPhone, iPad, and tvOS users, evading ad tracking necessitates no action on their part.

Apple has enriched their informational guide “Day in the Life of Your Data,” elucidating the benefits of ATT for ordinary users.

Enabling ATT on Your Device

 On your iPhone, access Settings, followed by Privacy. A conspicuous orange icon denoting Tracking will appear. Clicking on it reveals a toggle labeled “Allow Apps to Request to Track.”

The master toggle dictates universal app tracking settings. Alternatively, users can independently designate tracking permissions for specific apps.

Revising App Tracking Choices

 Should users alter their preference, it’s seamless to inhibit the ATT prompt from appearing on iOS or iPadOS devices. The process mirrors activation, with the difference being the selection of the tracking toggle under Settings, Privacy, and Tracking. Simply toggling tracking on or off orchestrates the desired changes.

Crux of the Matter In a nutshell: App Tracking Transparency (ATT) necessitates iOS 14.5+ apps to secure user consent through a pop-up before sharing their data. Pre-ATT era enabled app developers and publishers to access copious user-level data. Although ATT opt-in rates are commendable, dual consent requisites and user experience hurdles pose challenges for attribution and campaign measurement. Strategically selecting the prompt display timing hinges on the app’s value proposition and user behavior. Parallel to Apple, Google’s Android is adopting augmented privacy measures, permitting users to opt out of data tracking. Armed with the insight into ATT’s implications and mechanics, users can navigate their privacy preferences with greater clarity and control.

Average Revenue per Daily Active User (ARPDAU)

What is ARPDAU?

ARPDAU, or average revenue per daily active user, serves as a crucial key performance indicator (KPI) that evaluates app monetization for each active user on a daily basis. This metric is valuable for detecting the impact of app changes on its user monetization potential.

Understanding ARPDAU

ARPDAU employs earnings derived from in-app purchases (IAP), subscriptions, and advertisements to compute the daily revenue per active user of the application.

Whether your app undergoes updates, launches new campaigns, or introduces promotional events, ARPDAU provides a high-level overview of the app’s revenue trends in response to these modifications.

Primary Benefits of ARPDAU

ARPDAU functions as a metric enabling app developers and marketers to gain real-time insights into their app’s monetization capabilities, delving into the finest details.

For instance, imagine your app offers special benefits to its paid users. You decide to decrease the price of the paid version to attract more subscriptions. Utilizing ARPDAU, you can assess whether this price reduction effectively increases paid subscriptions and overall revenue.

This metric benefits app developers because:

  1. Regular Analysis for Maximizing Monetization Efforts Frequent evaluation guarantees optimal utilization of monetization strategies.

  2. Visibility and Balance in Advertising Strategy ARPDAU provides evidence of a balanced and visible advertising strategy.

Limitations of ARPDAU

While many app developers use ARPDAU to compare monetization trends over time, they are aware that ARPDAU is a short-term metric and possesses some limitations. This is primarily due to the fact that lifetime value (LTV) serves as a superior metric for long-term monetization performance evaluation.

So, what challenges or constraints are associated with using this metric?

Consider an app that is a two-player game. Player one is active from 8 am to 11 am daily, spending $1 each day. Player two is active from 10 pm to 1 am and also spends $1 daily. In this scenario, the average revenue per day amounts to $2, resulting in an ARPDAU of $1.

Now, what happens if player two skips a day? Given that they cross the midnight/day boundary, how does this impact their ARPDAU?

This example highlights a significant flaw in the calculation, underscoring why LTV serves as a more accurate metric.

ARPDAU solely focuses on daily active users, limiting data and overall comprehension of the effectiveness of the monetization strategy over an extended period.

Calculating ARPDAU

The formula for calculating ARPDAU is straightforward:

ARPDAU = Total daily revenue / Total active daily users

For instance, if a popular social media app boasts 11 million daily users, generating $5 million in daily revenue, the calculation appears as follows:

ARPDAU = $5,000,000 / 11,000,000 = 45 cents

In this case, the ARPDAU amounts to 45 cents, implying that, on average, each active user spends 45 cents daily on the app.

Strategies to Boost ARPDAU

Enhancing the average daily revenue per user is a feasible endeavor, with actionable strategies to implement that yield immediate effects on user spending.

  1. Elevating Ad Engagement with Offerwalls Encouraging users to engage by offering rewards, such as in-game currency or extra lives, through techniques like offerwalls can yield positive outcomes. Displaying enticing ads increases the likelihood of improved revenue.

  2. Captivating Users with IAPs, Special Offers, or Exclusive Deals By offering specific user segments IAPs, exclusive deals, or special offers, you can stimulate clicks and purchases, thereby augmenting revenue.

ARPDAU vs. ARPU: Choosing the Right Metric

ARPU, or average revenue per user, calculates the mean revenue generated per user within a specific timeframe. This metric is preferable when targeting new users across various channels.

Essentially, ARPU per channel or platform provides insights into the platforms or channels with the highest potential for generating app income.

Key Insights

Despite its lengthy acronym, ARPDAU is easily comprehensible as a digital marketing metric.

Key points about ARPDAU:

ARPPU (Average revenue per paying user)

The revenue a single paying user generates during a specific period. An example of a paid action is subscribing, making in-app purchases, or paying for a download. Using this metric, users who have not paid for anything can be removed from the equation. The calculation formula is total revenue divided by the number of paying users.

What is ARPPU (Average revenue per paying user)?

ARPPU, or average revenue per paying user, measures how much money a user spends on a product or service in the gaming and software industries. It is calculated by dividing the total revenue generated by the number of paying users. This metric can be helpful for businesses because it allows them to understand how much money they are generating per user, and can be used to identify trends and make decisions about pricing and marketing strategies.

How is ARPPU calculated?

To calculate ARPPU, you need to know two things: the total revenue generated by a product or service and the number of paying users. The formula for ARPPU is simple:

ARPPU = Total Revenue / Number of Paying Users

For example, if a game generates $100,000 in revenue and has 1,000 paying users, the ARPPU would be $100. This means that, on average, each paying user spends $100 on the game.

How is ARPPU used in mobile app marketing?

In the mobile app industry, ARPPU is often used as a key performance indicator (KPI) to measure the effectiveness of marketing campaigns and the overall success of an app. By tracking ARPPU over time, app developers and marketers can identify trends and make decisions about how to improve the app’s monetization strategy.

For example, if an app has a high ARPPU, it may indicate that it is popular among a certain demographic or that its pricing strategy is effective. In this case, the app’s developers and marketers may want to focus on targeting the same demographic and maintaining the current pricing strategy. On the other hand, if the ARPPU is low, it may indicate that the app is not appealing to users or that the pricing strategy is ineffective. In this case, the app’s developers and marketers may want to consider making changes to the app’s features or pricing to increase revenue.

Overall, ARPPU is a valuable metric for app developers and marketers because it provides insight into how much money users are spending on an app, and can be used to make data-driven decisions about how to improve the app’s performance and generate more revenue.

How do I improve my ARPPU?

To improve ARPPU, you need to focus on two things: increasing the amount of money that users are spending on your product or service and increasing the number of users who are paying for it. Here are some strategies you can use to do this:

  1. Adjust your pricing strategy: Another way to increase the amount of money that users are spending on your product is by adjusting your pricing strategy. For example, you could offer different pricing tiers for your product, with each tier offering a different set of features and benefits. This can make your product more appealing to a wider range of users, and may encourage more users to pay for it.
  2. Offer premium features or add-ons: One way to increase the amount of money that users are spending on your product is by offering premium features or add-ons that are only available to paying users. For example, if you have a mobile game, you could offer additional levels or characters that can only be accessed by users who pay for the game.
  3. Improve the user experience: A great user experience can be a powerful motivator for users to pay for your product. By making your product easy to use, intuitive, and enjoyable, you can increase the chances that users will want to pay for it.
  4. Invest in marketing and advertising: Finally, investing in marketing and advertising can help you reach more users and increase the number of paying users. By promoting your product and highlighting its value, you can attract more users who are willing to pay for it.

Overall, improving ARPPU involves a combination of strategies that focus on increasing the amount of money that users are spending on your product, and increasing the number of users who are paying for it. By implementing the strategies above and tracking your ARPPU over time, you can make data-driven decisions that will help you improve your product’s performance and generate more revenue.

ARPI (Average revenue per install)

The total revenue your app generates on average across all installs .
The calculation formula is you take the total revenue generated during a period and divide it by the number of installs during the same period.

What is ARPU (Average revenue per user)?

The metric ARPU, short for Average Revenue Per User, is a ratio calculated by dividing a business’s total revenue for a specific time frame by the average number of users during that same period.

How to Calculate ARPU?

ARPU (Average Revenue Per User) is calculated by dividing the aggregate earnings produced by a company for a certain interval by the mean figure of users for that same duration. The equation for ARPU is:

ARPU = Total Revenue ÷ Average Number of Users

For example, if a subscription-based business made $100,000 from customers in January, their ARPU for that month would be determined by dividing the total revenue by the average number of users:

ARPU = $100,000 ÷ 1000 = $100

Therefore, the ARPU in this example is $100. Monitoring ARPU over a time period can help companies in gauging the financial potential of their product or service and take steps to increase revenue.

The Importance of ARPU

ARPU is a vital statistic for businesses as it supplies an understanding of the average income earned from each user within a certain period of time. This knowledge is invaluable to marketers, product supervisors, and executives.

For marketers, ARPU can guide their decision-making by displaying the revenue garnered from both their highest and lowest value customers. With this information, they can optimize their marketing tactics according to which campaigns are performing well and which are not succeeding. By using ARPU as a measurement, marketers can evaluate their marketing channels and campaigns and make decisions to augment their return on investment (ROI).

In relation to mobile user acquisition, ARPU is a complementary metric to cost of media metrics such as cost per install (CPI) or cost per action (CPA). Comparing ARPU with these metrics can help identify a marketing budget’s return on ad spend (ROAS) and ascertain if the marketing dollars are being spent judiciously.

3 Ways to Improve ARPU

There are several approaches to improving ARPU. Among the most effective are:

Modifying Pricing Plans

Businesses offering subscription-based services can improve ARPU by revising price plans. This could involve introducing superior features to incentivize users to purchase higher-priced plans, or offering a reduced rate for annual payments.

Emphasizing Retention

Focusing on retaining valuable users can significantly raise ARPU. Retention is typically less expensive than acquiring new customers. Analyze user behavior to find trends in churn and launch targeted campaigns to re-engage them. One effective way to retain users is by offering loyalty plans, such as discounted rates for an e-commerce business or complimentary in-game bonuses for a gaming app.

Optimizing User Acquisition Campaigns

Measuring ARPU related to user acquisition strategies can highlight which channels, creatives, or campaigns are yielding the most valuable users. In the mobile space, you can also compare the value of different advertising networks. By focusing on strategies that bring in the highest ARPU, you can increase investment and gain a greater return for your business. Conversely, if a campaign is delivering a low ARPU, you can reallocate your resources to other areas.

ARPU (Average revenue per user)

The total revenue your app generates on average across all users .
The calculation formula is you take the total revenue generated during a period and divide it by the number of users during the same period.

What is Average revenue per user (ARPU)

Average Revenue Per User, or ARPU, is a key indicator that organizations use to measure success. Fundamentally, it is a measure of how much revenue a business is generating on a per-user basis. ARPU is determined by taking the total income of a company and dividing it by the number of users. It is an essential metric for any business that has a direct connection with its clients, such as a SaaS company or a mobile app. It can also be utilized by subscription-based businesses to measure the revenue generated per subscriber. ARPU assists businesses to comprehend how much money they make from each customer and help make data-driven decisions about product development, marketing strategy, and customer acquisition.

Who Uses ARPU?

ARPU is a crucial metric for any business with a direct relationship with its customers, such as a software as a service (SaaS) company or a mobile app. It can also be used by subscription-based businesses, such as streaming services or gyms, to measure the revenue generated per subscriber.

Why ARPU is Important

ARPU is important because it allows companies to discern the amount of money they are earning from each individual customer. This data can be utilized to make key decisions regarding product advancement, marketing plans, and customer procurement. For instance, if a company realizes that its ARPU is low, it may have to concentrate on obtaining more lucrative customers or creating new products and services to produce more income per user.

How to calculate Uses Average Revenue Per Unit (ARPU):

Calculating ARPU is relatively straightforward. The formula is:

ARPU = Total Revenue / Number of Users

For example, let’s say a company has a total revenue of $100,000 and has 10,000 users. To calculate the ARPU, you would divide the total revenue by the number of users:

ARPU = $100,000 / 10,000 = $10

In this example, the company’s ARPU is $10 per user.

It’s also important to note that you can calculate ARPU for a specific time period, such as monthly or annually. To do this, you would use the same formula but with the revenue and user numbers for that specific time period.

For example, if a company has a monthly revenue of $25,000 and has 2,500 users, the monthly ARPU would be:

ARPU = $25,000 / 2,500 = $10

In this example, the company’s monthly ARPU is $10 per user.

What’s the difference between ARPU and LTV?

ARPU and LTV (lifetime value) are often used in tandem but they are not interchangeable. LTV represents the aggregate income earned from a client throughout their lifespan. Conversely, ARPU refers to the revenue obtained per user within a short time frame. It is essential to remember that while LTV is a long-term metric, ARPU is a short-term one.

How to Improve your company’s ARPU

Improving your ARPU can be done in multiple manners, such as selling more to current customers, obtaining premium clients, or forming novel products and services that will bring in more income per user. In addition, businesses can put emphasis on augmenting the life span of their customers through loyalty plans or other upkeep techniques.

Overall, ARPU is an essential statistic for any corporation that desires to interpret its expansion and make decisions based on data. It is basic for any entrepreneur or financier to recognize and monitor ARPU to make well-informed decisions about the destiny of their business.

ASO (App store optimization)

The process of optimizing mobile apps to rank higher in the app store’s search results to drive more traffic to your app’s page so searchers can perform a specific action such as downloading an app.

What is App Store Optimization (ASO)

App Store Optimization (ASO) is a critical process that involves optimizing and enhancing an app’s visibility in an app store. It can be considered as the mobile app version of Search Engine Optimization (SEO).

The main goal of ASO is to improve your app’s ranking and visibility in the app store. Each app store provides guidance on ASO best practices, as well as tools such as advertising, which can help improve an app’s ranking and visibility.

How to improve your app store ranking and visibility with ASO?

Although the exact algorithm used by app stores is unknown, several factors that drive ASO have been identified. Ongoing optimization can significantly enhance your ranking, increase organic installs, and ultimately drive more traffic to your app store page, leading to more free installs.

As with web SEO, the strategic placement of keywords is crucial to being easily discovered in the app stores. Other contributing factors include the app’s title, description, and use of images and videos. When crafting your app’s description, it is essential to consider how your target users might describe your app and what they use it for. Additionally, highlighting your competitive advantage can set your app apart from others.

Analyzing your competitors’ keywords and choosing less popular, yet still descriptive, ones can give you an edge. Running A/B testing, localizing your listing for different countries, and measuring every possible ASO KPI related to your app’s visibility can all improve your page metrics.

Finally, it’s crucial to pay attention to your competitors’ progress in the app stores and how they achieve their results. Since most app downloads are still organic, a well-executed ASO strategy can benefit your brand visibility and business metrics significantly.

Attribution

The process by which user interactions are identified and measured. It’s a way in which marketers garner a better understanding of how certain events lead users to a desired outcome, referred to as a conversion. Attribution quantifies an ad’s ability to influence a consumer’s purchasing decisions, providing marketers with a way to compare the effectiveness of various marketing campaigns.

What is mobile attribution?

Mobile attribution is a process that connects app installs to marketing efforts. It is a critical tool for marketers as it enables them to link their actions to results. Mobile app marketers rely heavily on attribution insights to measure and optimize their user acquisition campaigns and marketing performance. Additionally, attribution helps marketers understand how in-app events affect their efforts.

Investing in Marketing Budget

When it comes to investing in marketing budget, it’s important to choose the right attribution provider. Attribution providers are classified into two categories: biased and unbiased. Biased attribution providers include data selling or buying and selling of mobile ad media in their business model, which creates potential conflicts of interest and partial business practices.

On the other hand, unbiased attribution providers focus solely on attribution as their core business. They ensure impartiality and independence as a reliable third party, measuring and reporting campaign performance, and resolving any reporting discrepancies on both the buy and sell sides of mobile advertising.

Building Trust

Providing attribution data as a service relies heavily on building trust with customers and partners. The trust that an attribution provider builds with its clients and partners is the foundation of its business. When this trust is broken, the attribution provider’s products and services can no longer be seen as reliable. Recovering from such a problem is extremely difficult for an attribution provider.

Attribution Modeling

What is Attribution Modeling?

Attribution modeling involves a framework for assessing which touchpoints receive acknowledgment, and to what extent, during the journey towards a conversion.

Defining Attribution Modeling in the Mobile Ecosystem

Attribution modeling within the mobile ecosystem pertains to utilizing various approaches to identify the origins of non-organic installations.

Attribution modeling provides advertisers with a system to attribute and quantify the impact of diverse marketing strategies across different channels. This subsequently informs decisions about budget allocation and overall strategies for mobile marketing.

As attribution modeling revolves around assigning value to specific advertising actions performed by users within a defined time frame, advertisers can more accurately pinpoint which channels are most effective in alignment with the company’s objectives.

In essence, attribution modeling serves as a navigational guide for both advertisers and advertising networks. It aids in gauging the user journey and generating revenue from user interactions with advertisements.

3 Types of Attribution Modeling

Given that users often interact with multiple ads on various channels, there are several attribution modeling types:

  1. Last Touch Attribution This is the prevailing standard for attribution modeling. It occurs when an installation or re-engagement is linked to the last interaction, or touchpoint, in the user’s journey within the attribution window. The advertising network responsible for the last touch receives the credit and payment.

    For instance, if the cost per install in the user journey costs $2, the media source that was the last touch—network C—receives full credit.

  2. Multi-Touch Attribution Also referred to as fractional attribution, this approach identifies multiple touchpoints throughout a user’s journey that contribute to a conversion, whether it’s an installation, purchase, or another designated in-app action.

    Multi-touch attribution can occur within a single channel (across one device), span multiple channels (across devices like mobile, desktop, or TV), or even encompass offline interactions.

    In multi-touch attribution, networks A and B in the given example would be credited as assisting in the installation, while network C would receive credit for the installation.

    This form of attribution assigns weighted credit to media sources that indirectly contributed to the conversion. Although it’s not widely used currently, it’s considered a potential future alternative due to its detailed analysis and crediting process.

    The idea is that all media sources involved in the user’s journey prior to the last touch will receive a portion of the payment.

  3. Other Attribution Models The attribution ecosystem determines the specific attribution modeling method used for measurement and payment. Besides multi-touch attribution, other models like U-shaped/position-based attribution and W-shaped attribution adhere to similar principles.

Significance of Attribution Modeling

Attribution modeling enables advertisers to ascertain how to attribute and quantify the performance and value of their media sources in marketing endeavors.

Without a robust attribution model, advertisers lack a comprehensive understanding of user acquisition and revenue generation. This includes detailed insights into specific media sources, user interactions, ad traffic, user quality (retention and lifetime value), and long-term return on advertising spend (ROAS) and return on investment (ROI), among other metrics.

In relation to multi-touch attribution modeling, the multiple touchpoints leading to installations provide a more comprehensive insight into how and why a user converted. This information significantly influences decisions regarding future budget distribution.

Attribution modeling not only supports advertisers’ marketing efforts but also ensures accurate and equitable crediting and payment for installations on the network side. An impartial third-party attribution provider is vital for establishing a reliable, transaction-based attribution reporting system. This mechanism assigns both credit and accountability to networks as warranted.

In summary, attribution modeling serves as the framework within which attribution for mobile installations occurs. It maintains equilibrium and dynamism within the mobile ecosystem for both advertisers and media sources in the long run.