Playable Ads

Playable ads are interactive HTML5-based advertisements that allow users to experience a simplified, playable version of a mobile game before downloading it, serving as both a user acquisition tool and a monetization mechanism within the mobile gaming ecosystem ¹. These mini-game experiences typically last 15-60 seconds and enable potential players to engage with core gameplay mechanics directly within the advertisement itself ¹. Playable ads have emerged as a critical component of game monetization strategies, addressing the dual challenge of acquiring high-quality users while providing existing players with engaging, non-intrusive ad experiences that generate revenue ¹. This format has gained prominence due to its superior conversion rates, improved user retention metrics, and ability to pre-qualify users who demonstrate genuine interest in the advertised game's mechanics ¹.

Overview

Playable ads emerged as a response to fundamental challenges in mobile game marketing, where traditional advertising formats struggled to communicate gameplay value effectively and often resulted in high user acquisition costs with poor retention outcomes ²³. The format evolved from the principle of "try before you buy," borrowed from traditional retail but adapted for the digital gaming context where the barrier to entry is app installation rather than monetary cost ¹. As the mobile gaming market matured and user acquisition costs escalated, developers needed more efficient methods to identify and attract genuinely interested players rather than simply maximizing install volume ³.

The fundamental problem playable ads address is the information asymmetry between advertisers and potential users—static images and video ads cannot adequately convey the tactile satisfaction and engagement of interactive gameplay ². By allowing users to directly experience core mechanics, playable ads enable self-selection, where only users who genuinely enjoy the gameplay proceed to installation ¹. This pre-qualification dramatically improves downstream metrics including retention and lifetime value ⁹.

Over time, the practice has evolved from simple demonstrations to sophisticated interactive experiences that balance authentic gameplay representation with optimized conversion mechanics ⁷. Early playable ads were often direct ports of tutorial levels, but contemporary approaches employ specialized methodologies including core loop extraction, aspirational gameplay showcases, and psychologically optimized engagement patterns ⁷. The technical infrastructure has also matured, with specialized development tools, standardized formats, and integration with programmatic advertising ecosystems enabling widespread adoption across the mobile gaming industry ⁸.

Key Concepts

Interactive Engagement Model

The interactive engagement model represents the fundamental shift from passive advertising consumption to active user participation, where potential customers directly manipulate game elements within the advertisement itself ¹. Unlike traditional video or static banner ads, playable ads require active user participation, creating an engagement-driven advertising model that fundamentally transforms the relationship between advertiser and potential customer ¹.

Example: When a user encounters a playable ad for a match-3 puzzle game while playing a casual mobile title, they can immediately swipe to match colored gems, experiencing the satisfying cascade animations and score feedback within the 30-second ad experience. This direct manipulation creates a sense of ownership and investment that a video demonstration cannot replicate, as the user's own actions produce the rewarding outcomes rather than passively observing someone else's gameplay.

Install-Per-Playable (IPP) Metrics

Install-per-playable (IPP) is a key performance indicator that measures conversion efficiency by calculating the ratio of app installations to playable ad interactions ¹. This metric provides more granular insight than traditional click-through rates because it specifically measures users who engaged with the interactive element rather than merely viewing the ad ¹.

Example: A mobile RPG running a playable ad campaign across multiple ad networks tracks that 10,000 users interacted with their playable ad (completing at least the first interactive action), and 1,200 of those users proceeded to install the game. This yields an IPP of 12%, which the user acquisition team compares against their video ad campaigns averaging 3-4% conversion from view to install, demonstrating the playable format's superior qualification of genuinely interested users.

Core Loop Extraction

Core loop extraction is a creative methodology that identifies the most compelling 10-15 second gameplay cycle within a game and builds the playable experience exclusively around this mechanic ⁷. This approach prioritizes mechanical accuracy over narrative or progression elements, focusing on the fundamental interaction that defines the game's appeal ⁷.

Example: The developers of a base-building strategy game identify that the most satisfying moment in their game occurs when players strategically place defensive towers and watch them automatically engage attacking enemies. Their playable ad extracts exactly this loop: users are presented with an incoming wave of enemies and a limited budget to place three tower types. Within 45 seconds, they experience the tactical decision-making and visual satisfaction of towers firing at enemies, without any of the resource management, upgrade systems, or narrative context present in the full game.

Aspirational Gameplay Methodology

The aspirational gameplay methodology showcases advanced game states or particularly exciting moments that new players will eventually reach, rather than the initial tutorial experience ⁷. Strategy games, RPGs, and builder games often employ this approach, displaying impressive bases, powerful character abilities, or complex strategic scenarios that create aspiration and curiosity ⁷.

Example: A fantasy RPG creates a playable ad that places users in control of a fully-leveled character with legendary equipment facing a dramatic boss battle, rather than showing the early-game experience of fighting basic enemies with starter gear. Users execute powerful combo attacks with spectacular visual effects, experiencing the aspirational end-game content. While this doesn't represent the initial player experience, it creates emotional engagement and curiosity about the progression journey required to reach that power level.

Playable Completion Rate

Playable completion rate indicates the percentage of users who finish the entire interactive experience from initial engagement through the final call-to-action screen ¹. This metric reveals whether the playable's difficulty curve, pacing, and engagement hooks successfully maintain user attention throughout the experience ¹.

Example: A puzzle game's playable ad analytics reveal that 78% of users who begin interacting complete all three puzzle challenges and reach the end card, while a competing creative with more complex mechanics shows only 34% completion. The user acquisition team identifies that the higher completion rate correlates with 2.3x higher installation rates, leading them to prioritize simpler, more accessible playable designs that ensure users experience the satisfying conclusion and call-to-action rather than abandoning mid-experience.

Attribution and Post-Install Measurement

Attribution and post-install measurement encompasses the technical infrastructure and analytical processes that connect playable ad engagement with downstream user behavior including retention rates, in-app purchase behavior, and calculated lifetime value (LTV) ⁴. This data feeds back into campaign optimization, creative iteration, and bid adjustment algorithms ⁴.

Example: A mobile game studio implements attribution tracking that follows users from playable ad interaction through installation and 30 days of gameplay. They discover that users acquired through playable ads showing their puzzle mechanics have 43% Day 7 retention and $4.20 average revenue per user, while users from playable ads emphasizing their narrative elements show 31% Day 7 retention and $2.80 ARPU. This insight drives a strategic shift to invest 70% of their playable ad budget in mechanic-focused creatives, optimizing for long-term user value rather than raw install volume.

Rewarded Playable Integration

Rewarded playable integration represents the implementation of playable ads as rewarded inventory within publisher games, where users voluntarily engage with interactive advertisements in exchange for in-game rewards ⁹. When used as rewarded ad inventory, playable ads often command premium CPM rates due to higher engagement and conversion performance ⁶.

Example: A casual mobile game offers players the option to watch an ad to receive extra lives or in-game currency. Instead of showing a standard 30-second video ad, the game presents a playable ad for a strategy title. The player interacts with the playable for 45 seconds, genuinely engaging with the advertised game's mechanics, then receives their reward. The publisher earns a $12 CPM for this playable impression compared to $6 CPM for standard video ads, while the advertiser benefits from highly engaged users who voluntarily chose to interact, resulting in superior conversion rates.

Applications in Mobile Game Marketing

User Acquisition Campaigns

Playable ads serve as primary user acquisition tools deployed across advertising networks such as Unity Ads, ironSource, AppLovin, and Google's AdMob, where they enter programmatic auction systems or direct placement agreements ⁴. Campaign configuration includes targeting parameters (geographic, demographic, behavioral), bid strategies, budget allocation, and frequency capping to prevent user fatigue ⁴. Industry data indicates playable ads deliver 30-60% higher Day 7 retention rates compared to traditional ad formats ⁶.

Example: A mid-core strategy game launches a global user acquisition campaign with a $500,000 monthly budget, allocating 60% to playable ad formats across tier-1 markets (US, UK, Japan, South Korea). They create five distinct playable variations testing different gameplay aspects—base building, tactical combat, hero collection, resource management, and alliance warfare. After two weeks of A/B testing across 200,000 impressions per creative, they identify that the tactical combat playable achieves a $2.80 cost-per-install with 47% Day 7 retention, compared to their video ads averaging $4.20 CPI with 29% retention, leading to a strategic reallocation of 80% of budget toward the top-performing playable creative.

Cross-Promotion Within Game Portfolios

Game publishers with multiple titles use playable ads for cross-promotion, displaying interactive ads for their other games to their existing user base ⁶. This application leverages the established trust relationship between publisher and player while providing engaging content that feels less intrusive than external advertising ⁶.

Example: A publisher operating ten casual mobile games implements a cross-promotion strategy where players of their match-3 puzzle game encounter playable ads for their newly-launched merge game during natural break points. Because these users already trust the publisher's quality standards and have demonstrated preference for casual mechanics, the playable ads achieve a 23% install rate—nearly 10x higher than external acquisition campaigns—while maintaining player satisfaction scores because the interactive ads provide entertainment value rather than feeling like interruptions.

App Store Preview Integration

Performance data from playable campaigns provides valuable insights into which gameplay elements resonate most strongly with target audiences, informing decisions about app store screenshots, preview videos, and feature descriptions ⁶. This creates a feedback loop between paid acquisition and organic discovery, enabling integrated growth strategies ⁶.

Example: A puzzle-adventure game tests six different playable ad variations emphasizing different aspects: pure puzzle mechanics, narrative story moments, character customization, level exploration, achievement systems, and social features. Analytics reveal that the pure puzzle mechanics playable achieves 3.2x higher engagement and 2.7x better conversion than other variations. The marketing team uses this insight to completely redesign their app store presence, leading with puzzle-focused screenshots and a preview video that mirrors the successful playable ad structure, resulting in a 34% increase in organic install conversion rate.

Monetization Inventory for Publishers

Publishers integrate playable ads into their games as premium monetization inventory, earning revenue when their players engage with interactive advertisements from other game developers ⁹. The dual role as both advertisers and publishers influences game design decisions, as developers increasingly consider how their mechanics might translate into effective playable ads during the conceptual phase ⁶.

Example: A hypercasual game with 2 million daily active users implements playable ads as 40% of their rewarded video inventory, maintaining traditional video ads for the remaining 60% to provide variety. Their analytics show that playable ads generate an average $14 CPM compared to $7 CPM for video ads, while player surveys indicate 68% of users find playable ads "more enjoyable" than video ads. This premium inventory generates an additional $180,000 monthly revenue compared to an all-video ad strategy, while actually improving player satisfaction and retention metrics because the interactive ads provide entertainment value.

Best Practices

Front-Load Engagement Within 3-5 Seconds

Capturing user attention within the first 3-5 seconds through immediate interactivity, clear visual communication, and satisfying feedback loops is essential for playable ad success ⁸. Tutorial elements should be minimal and visual rather than text-heavy, respecting users' limited attention spans and diverse language backgrounds ⁸.

Rationale: Users encountering ads have minimal patience and will abandon experiences that don't immediately demonstrate value or require extensive instruction to understand. The first moments determine whether users invest attention in the full experience or dismiss the ad entirely.

Implementation Example: A tower defense game's playable ad immediately presents users with a single enemy approaching their base and highlights a tower placement location with a pulsing visual indicator. The moment the user taps to place the tower, it fires automatically with satisfying visual and audio feedback, destroying the enemy. This entire sequence occurs within 4 seconds, requiring zero text instruction while teaching the core mechanic through direct interaction. Only after this successful first interaction does the ad introduce a second enemy type and additional tower option, progressively building complexity after establishing engagement.

Maintain Authentic Gameplay Representation

Effective playable ads emphasize authentic representation of actual gameplay to prevent user disappointment post-installation ¹⁷. Misrepresenting actual gameplay may drive strong initial conversion but results in poor retention and potential app store policy violations ⁸.

Rationale: While misleading playables might achieve higher short-term conversion rates, users who install based on false expectations immediately uninstall upon discovering the actual gameplay differs significantly. This creates poor retention metrics, wastes acquisition budget on low-quality users, and can result in negative app store reviews and policy enforcement actions.

Implementation Example: A narrative-driven match-3 game initially tests a playable ad featuring only puzzle mechanics with no narrative elements, achieving a 14% install rate. However, post-install analytics reveal that these users have only 22% Day 7 retention compared to 41% retention for users acquired through video ads showing the narrative-puzzle combination. The team redesigns their playable to include a brief story moment before the puzzle interaction and a narrative payoff after puzzle completion, reducing install rate to 11% but increasing Day 7 retention to 39% and improving 30-day LTV from $2.10 to $4.80, demonstrating that authentic representation attracts fewer but higher-quality users.

Implement Rapid Iteration and A/B Testing Cycles

High-performing teams test multiple creative variations weekly and make data-driven decisions about which concepts to scale ⁸. A/B testing frameworks compare different gameplay mechanics, visual styles, difficulty levels, and end card messaging to identify optimal combinations ⁸.

Rationale: Initial creative concepts rarely achieve optimal performance without extensive testing and refinement. The playable ad landscape is highly competitive, and continuous optimization based on performance data separates successful campaigns from mediocre ones. Small variations in mechanics, difficulty, or visual presentation can produce dramatically different conversion and retention outcomes.

Implementation Example: A role-playing game's user acquisition team operates on a weekly iteration cycle, launching three new playable variations every Monday and collecting performance data across 50,000 impressions per creative by Friday. In one cycle, they test variations featuring different character classes (warrior, mage, archer), identical mechanics but different visual styles (realistic, stylized, anime-inspired), and different difficulty curves (easy early success, moderate challenge, difficult skill demonstration). After analyzing engagement rates, completion rates, install rates, and Day 7 retention across all nine combinations, they identify that the mage class with stylized visuals and moderate challenge achieves the best composite performance, which becomes their primary creative while the next iteration cycle tests refinements to this winning formula.

Optimize File Size Without Sacrificing Core Experience

Playable ads must balance visual quality and interactive complexity against strict size limitations imposed by ad networks—typically 2-5MB maximum ⁸. Developers employ asset compression techniques, sprite atlasing, code minification, and progressive loading strategies to maximize experience quality within these constraints ⁸.

Rationale: Excessive file sizes cause loading failures, user frustration, and abandonment before the interactive experience even begins, particularly for users on slower network connections or older devices. However, overly aggressive compression that degrades visual quality or removes engaging elements reduces the playable's ability to showcase the game's appeal.

Implementation Example: A visually-rich puzzle game's initial playable ad weighs 8.2MB due to high-resolution artwork and multiple animation sequences, causing a 34% load failure rate and 12-second average load time on 3G connections. The development team implements a comprehensive optimization strategy: converting PNG assets to compressed WebP format (40% size reduction), implementing sprite atlasing to combine multiple small images (25% reduction), minifying JavaScript code (15% reduction), and removing a secondary animation sequence that testing shows has minimal impact on engagement (10% reduction). The optimized 2.8MB playable loads in 3.2 seconds on 3G with only 6% load failure rate, while A/B testing confirms that engagement and conversion metrics remain statistically equivalent to the original version.

Implementation Considerations

Tool and Format Selection

Creating performant playable ads requires technical proficiency in HTML5, JavaScript, and mobile-optimized development frameworks ⁵. Developers must understand file size optimization techniques, asynchronous loading patterns, touch input handling across diverse devices, and cross-browser compatibility challenges ⁸. Familiarity with specialized playable ad development tools such as Playable Factory, Luna Labs, or custom Unity/Unreal Engine export pipelines accelerates production while ensuring compliance with network-specific technical requirements ⁵.

Example: A game studio evaluates three development approaches for their playable ad program: building custom HTML5/JavaScript playables from scratch, using Luna Labs' cloud-based creation platform, or exporting from their existing Unity game build. After creating test playables with each approach, they determine that Luna Labs enables their designers to create variations without engineering support (reducing iteration time from 5 days to 1 day), while Unity exports produce larger file sizes (4.2MB vs 2.1MB) requiring additional optimization work. They adopt Luna Labs for rapid testing and iteration, reserving custom development for their highest-performing creatives that justify the additional engineering investment for maximum optimization.

Audience-Specific Customization

Campaign configuration includes targeting parameters (geographic, demographic, behavioral), bid strategies, budget allocation, and frequency capping to prevent user fatigue ⁴. Different audiences respond to different gameplay elements, visual styles, and difficulty curves, requiring customized playable variations ⁷.

Example: A strategy game creates distinct playable ad variations for different demographic segments based on performance data analysis. For users aged 18-24 in the US, they deploy a fast-paced, action-oriented playable emphasizing immediate tactical combat with modern visual styling. For users aged 35-50 in European markets, they use a more methodical base-building playable with strategic resource management and classical visual themes. For Asian markets, they create variations featuring alliance/social mechanics and anime-inspired character designs. Each variation uses identical core mechanics but different presentation and emphasis, with performance tracking showing that these customized approaches achieve 2.1x better conversion and 1.7x higher Day 30 retention compared to a single universal playable creative.

Cross-Platform Compatibility and Testing

Cross-platform compatibility issues arise from fragmentation in mobile browsers, operating system versions, and ad network rendering environments ⁸. Thorough quality assurance processes test playable ads across representative device matrices, identifying and resolving touch input inconsistencies, audio playback issues, and rendering anomalies ⁸.

Example: A puzzle game's playable ad performs excellently on iOS devices and newer Android phones but experiences critical failures on older Android devices running version 7.0 and earlier, which still represent 18% of their target market. Specific issues include touch input lag making the game feel unresponsive, WebGL rendering failures causing visual corruption, and audio playback conflicts with certain device manufacturers. The development team establishes a testing matrix covering 25 representative devices spanning iOS 12-17 and Android 7-14, identifying that implementing a fallback Canvas rendering mode for devices without WebGL support, increasing touch target sizes by 20%, and using HTML5 audio with fallback to silent mode resolves 94% of compatibility issues while maintaining acceptable performance across the device spectrum.

Analytics Infrastructure and Attribution

Attribution and analytics infrastructure must accurately track the complete user journey from playable engagement through installation and post-install behavior, enabling calculation of true return on ad spend ⁴. This requires integration with mobile measurement partners (MMPs) such as AppsFlyer, Adjust, or Singular, and proper implementation of tracking parameters ⁴.

Example: A mobile RPG implements comprehensive attribution tracking by integrating AppsFlyer's SDK and configuring custom event tracking for playable-specific metrics. They track not just whether users installed after seeing a playable ad, but granular engagement data including: time spent in playable, number of actions taken, whether the user completed the playable experience, which specific playable variation they encountered, and their behavior in the first 24 hours post-install. This data reveals that users who completed the entire playable experience and took more than 8 actions have 3.2x higher Day 30 LTV ($8.40 vs $2.60) compared to users who installed after minimal playable engagement, leading to bid optimization strategies that prioritize placements and networks delivering highly-engaged playable interactions rather than simply maximizing install volume.

Common Challenges and Solutions

Challenge: File Size Limitations vs. Experience Quality

Playable ads must balance visual quality and interactive complexity against strict size limitations imposed by ad networks—typically 2-5MB maximum ⁸. Developers face the challenge of creating compelling, visually appealing experiences that accurately represent their game's quality while meeting these technical constraints. Excessive file sizes cause loading failures and user frustration, while overly aggressive compression degrades the experience and reduces conversion effectiveness ⁸.

Solution:

Implement a systematic optimization workflow that prioritizes assets and features based on their impact on engagement metrics ⁸. Begin by identifying the minimum viable playable that demonstrates core gameplay, then progressively add elements only if they demonstrably improve conversion while remaining within size budgets. Use modern compression formats (WebP for images, compressed audio formats), implement sprite atlasing to combine multiple small assets, minify all code, and employ progressive loading where the essential interactive elements load first while secondary visual enhancements load asynchronously. A racing game studio reduced their playable from 6.8MB to 2.3MB by converting all textures to WebP (saving 2.1MB), removing background music in favor of essential sound effects only (saving 1.8MB), implementing aggressive sprite atlasing (saving 0.4MB), and simplifying particle effects (saving 0.2MB), while A/B testing confirmed these optimizations reduced conversion by only 3% while eliminating 41% of load failures.

Challenge: Misrepresentation and User Expectation Management

Some developers face pressure to create playable ads that maximize short-term conversion rates through misleading or exaggerated gameplay representations ⁷⁸. The "fail state" or "fake gameplay" approach presents deliberately challenging or misleading scenarios designed to provoke emotional responses, but this methodology has faced criticism for misrepresenting actual gameplay ⁷. While these approaches may achieve higher install rates, they result in poor retention, negative reviews, and potential app store policy violations ⁸.

Solution:

Establish clear creative guidelines that prioritize authentic gameplay representation and long-term user value over short-term conversion optimization ¹⁷. Implement a quality control process where playable ads must be approved by both marketing and product teams to ensure alignment between advertised and actual experiences. Use post-install cohort analysis to evaluate playable creative performance based on Day 7 and Day 30 retention rather than just install rates, creating accountability for user quality. A strategy game company implemented a policy requiring that any gameplay mechanic featured in a playable ad must appear within the first 10 minutes of actual gameplay, and that visual fidelity must reasonably represent the actual game's graphics. While this reduced their install rate from 16% to 12%, their Day 30 retention improved from 18% to 34%, and their cost-per-paying-user decreased from $42 to $28, demonstrating that authentic representation attracts fewer but dramatically higher-quality users.

Challenge: Cross-Device Performance Variability

Playable ads must perform acceptably across an enormous range of devices with varying processing power, screen sizes, operating system versions, and network conditions ⁸. A playable that runs smoothly on a new iPhone may experience critical failures on a three-year-old budget Android device, yet both represent legitimate target audiences. Testing across diverse devices and network conditions is essential but resource-intensive ⁸.

Solution:

Implement a tiered performance strategy with graceful degradation that detects device capabilities and adjusts the experience accordingly ⁸. Create a baseline playable optimized for lower-end devices that runs acceptably on 95% of the target device spectrum, then implement progressive enhancement that adds visual effects, animation complexity, and audio elements for devices with additional capabilities. Establish a representative device testing matrix covering the most common devices in target markets (typically 15-25 devices), and utilize cloud-based testing services like BrowserStack or AWS Device Farm for broader coverage. A puzzle game studio implemented device detection that served three experience tiers: a minimal version for devices with less than 2GB RAM using Canvas rendering and simplified animations, a standard version for mid-range devices with moderate visual effects, and an enhanced version for high-end devices with particle effects and advanced animations. This approach reduced their critical failure rate from 23% to 4% while maintaining strong conversion rates across all device tiers.

Challenge: Playable Ad Fatigue and Frequency Management

Users who encounter the same playable ad repeatedly experience diminishing engagement and may develop negative associations with the advertised game ⁴. However, determining optimal frequency caps requires balancing reach (showing ads to sufficient users) against user experience degradation from repetition. Ad networks' frequency capping mechanisms vary in sophistication and effectiveness ⁴.

Solution:

Implement multi-creative rotation strategies with network-level frequency capping and continuous creative refreshment ⁴⁷. Rather than relying on a single playable creative, develop 3-5 variations that showcase different gameplay aspects or visual approaches, rotating them to provide variety for users who encounter multiple exposures. Configure frequency caps at the network level (typically 1-2 exposures per user per 24 hours for the same creative, 3-4 exposures per week across all creatives), and monitor engagement rate degradation as a leading indicator of fatigue. Establish a creative refresh cycle where new playable variations are introduced monthly, retiring underperforming or aging creatives. A role-playing game implemented a five-creative rotation strategy featuring different character classes and gameplay modes, with frequency caps limiting users to one exposure per creative per day and four total exposures per week. They monitored engagement rates and observed that the first exposure achieved 34% engagement, the second 28%, the third 19%, and the fourth 12%, leading them to tighten frequency caps to three exposures per week, which maintained average engagement above 25% while still achieving their reach objectives.

Challenge: Attribution Accuracy and Post-Install Measurement

Accurately connecting playable ad engagement with downstream user behavior and lifetime value presents technical challenges due to attribution windows, cross-device user journeys, and privacy restrictions limiting tracking capabilities ⁴. Users may engage with a playable ad on one device or session, then install the game hours or days later, potentially from a different source, creating attribution ambiguity ⁴.

Solution:

Implement robust mobile measurement partner (MMP) integration with appropriate attribution windows and probabilistic modeling to capture the full impact of playable ad exposure ⁴. Configure attribution windows that reflect realistic user decision-making timelines (typically 24-hour click attribution, 1-hour view attribution for playable engagement), and utilize fingerprinting and probabilistic matching when deterministic tracking is unavailable. Establish cohort-based analysis that compares users acquired during playable campaign periods against baseline periods, controlling for seasonality and other variables. Implement deep linking from playable ads to specific in-app destinations that can be tracked as conversion events. A strategy game integrated Adjust as their MMP with custom event tracking for playable-specific engagement metrics, configured 24-hour click attribution windows, and implemented deep linking that directed users from playable ads to a specific tutorial flow tagged with campaign parameters. This infrastructure enabled them to accurately attribute 87% of playable-driven installs and track these users through their first 30 days, revealing that playable-acquired users had 2.1x higher LTV than users from other paid channels, justifying increased investment in playable ad formats.

References

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