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Retention and LTV in OEM Traffic: What Really Happens After the Install

OEM traffic is often described in simple terms: clean installs, low fraud, strong early metrics. And in many cases, that’s true. But if you’ve actually scaled OEM campaigns, you know that installs are only the beginning. The real questions start later: Who stays? Who churns? And which OEM users are worth scaling for long-term value? This is where most misconceptions around OEM retention and LTV appear. The Setup: Why OEM Retention Is Easy to Misread Most teams look at OEM traffic the same way they look at paid social or in-app networks. CPI goes down, D1 looks strong — everything seems fine. Then someone opens a D7 or D30 report and the doubts begin. At that point, OEM traffic often gets labeled as “short-term” or “good for volume, not for quality”. In practice, the issue is not OEM traffic itself.The issue is how early OEM users are introduced to the product. On-device placements — setup flows, preloads, system recommendations — surface apps before users have fully formed their daily habits. That gives OEM traffic a unique advantage in scale, but it also changes post-install behavior. Expecting these users to behave exactly like social or search cohorts is where the mismatch starts. The Climax: What Retention and LTV Actually Look Like in OEM Why D1 Is Often Strong — and Why That’s Not the Full Story Strong Day-1 retention is one of the most common OEM patterns. Users install, open the app, maybe complete onboarding. From the outside, it looks great. But the install decision in OEM often happens with less deliberate intent. The user didn’t search, didn’t compare screenshots, didn’t read reviews. They accepted a recommendation at a moment of convenience. What we often see in data: This doesn’t mean OEM traffic is “low quality”. It means intent is distributed unevenly — and averages hide that. Formats Matter More Than Most Teams Expect Not all OEM formats create the same type of user. From real campaign data, the pattern is consistent: Calling all of this simply “OEM traffic” misses the point.Retention lives at the format level, not the channel level. Why OEM-Level Segmentation Is Non-Negotiable Another mistake we see often: evaluating OEM performance as one blended source. Different OEM ecosystems attract different users, device tiers, and usage patterns. The same app can show completely different LTV curves depending on where the install comes from. Some ecosystems skew toward: When OEM data is blended, good cohorts subsidize weak ones, and decisions get distorted. Teams that segment by OEM × format × entry point see much clearer signals — and scale with far more confidence. Cheap Install vs. Valuable User Low CPI is one of OEM’s strongest selling points — and one of its biggest traps. A cheap install usually means: A valuable OEM user shows up later: The difference only becomes visible in cohort analysis. If you’re not looking past install and D1, OEM will always feel confusing. The Resolution: How We See OEM Retention Done Right From the perspective of a traffic source, OEM works best when it’s treated as a long-game channel, not a CPI arbitrage tool. What consistently works for advertisers who scale OEM successfully: OEM traffic introduces users early. That’s its strength — and its responsibility. Products that can anchor themselves into daily behavior benefit disproportionately. Products that rely on delayed or unclear value struggle. Conclusion OEM traffic doesn’t have a retention problem.It has a timing problem — and timing cuts both ways. When OEM is treated as just another install source, it disappoints. When it’s treated as a system-level discovery channel with its own logic, it delivers users that other channels simply can’t reach at the same scale. The teams that win with OEM in 2026 won’t be the ones chasing the lowest CPI.They’ll be the ones who understand which OEM users stay — and why.

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OEM Traffic Is Not One Channel: Why the Same Format Performs Differently Across OEM Ecosystems

OEM advertising is often discussed as a single performance channel. Preloads, on-device recommendations, alternative app stores — all grouped under one label: OEM traffic. But in practice, treating OEM as a unified source is one of the most common mistakes in mobile user acquisition. The same preload format can deliver radically different retention, engagement, and LTV depending on the OEM ecosystem behind it. Understanding why is critical for advertisers and UA managers who want predictable, scalable results. Same Format, Different Reality At first glance, OEM campaigns look standardized.A preload is a preload. A recommended app tile is a recommended app tile.The buying logic, the KPI model, and even the creative specs often appear identical. This creates a dangerous assumption:if the format works on one OEM, it should work on another. In reality, a preload on Xiaomi behaves very differently from a preload on Vivo, Transsion, or Samsung devices. Not because the format changes but because the ecosystem around it does. Why OEM Ecosystems Produce Different User Quality 1. OS Layer Shapes User Intent Each OEM controls its own Android-based OS layer: These interfaces define how and when users interact with recommendations. On MIUI, users are heavily accustomed to system-level suggestions and app discovery modules. On One UI, recommendations are more conservative and often perceived as utility-driven. On HiOS/XOS, first-time smartphone users interact with the device very differently — often accepting recommendations with lower initial friction but less long-term intent. The result:The same placement triggers different psychological responses. 2. Device Demographics Change Everything OEMs dominate different price segments and regions: This directly impacts retention and monetization. A fintech app may see strong D1 installs on Transsion but weaker LTV.A productivity app may underperform on budget devices but overperform on Samsung.A casual game may scale aggressively on Xiaomi but struggle with churn on Vivo. Same format. Different audience economics. 3. User Maturity and App Discovery Behavior OEM ecosystems attract users at different stages of mobile maturity: This affects not just installs, but post-install behavior: OEM traffic is “clean”, but clean does not mean uniform. 4. Retention Is a Function of Context, Not Just Acquisition Many UA teams evaluate OEM performance primarily on CPI and D1.This is where misinterpretation happens. On some OEMs, preloads deliver: On others, installs are slower, but retention curves stabilize earlier. Without OEM-level segmentation, these differences get averaged out — leading to false conclusions like “OEM retention is weak” or “OEM traffic scales badly”. The issue is not OEM traffic.The issue is treating fundamentally different ecosystems as one channel. How UA Teams Should Work With OEM Traffic in 2025 For advertisers and UA managers, the takeaway is clear: OEM traffic is not a channel. It is a collection of ecosystems. That changes how OEM should be planned, tested, and scaled. Practical implications: Teams that treat Xiaomi, Vivo, Samsung, and Transsion as interchangeable sources inevitably hit performance ceilings. Teams that respect OEM differences unlock predictable scale and better long-term value. Conclusion OEM advertising is one of the most powerful growth levers in mobile today but only when approached with ecosystem-level thinking. A preload is never just a preload. It is an interaction shaped by OS design, device economics, regional behavior, and user maturity. For advertisers and UA managers in 2025, the real competitive advantage is not buying OEM traffic, but understanding which OEM ecosystem you are actually buying into. That’s where quality — not just volume — is determined.

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App Store Decentralization: How OEM Ecosystems Are Reshaping Global App Distribution

The mobile ecosystem is undergoing one of its most significant shifts since the introduction of Google Play and the Apple App Store. Regulatory pressure, alternative app stores, and rapidly expanding OEM ecosystems are driving app-store decentralization, a structural change in how apps are discovered, installed, and monetized. According to verified industry sources including The Verge, AP News, Business of Apps, Omdia, Adjust, and Epic Games’ legal disclosures, OEM marketplaces and device-native surfaces are emerging as powerful distribution hubs that increasingly compete with and complement traditional app stores. The Regulatory Shock That Opened the Door For years, distribution was dominated by two players: the Apple App Store and Google Play. But a series of antitrust decisions has altered the landscape. In Epic Games v. Google, a U.S. jury found that Google had illegally monopolized Android app distribution. Subsequent rulings “including Judge James Donato’s injunction and the Supreme Court’s refusal to block enforcement” require Google to: These changes mark the beginning of a more open, multi-store Android environment. Meanwhile, in Europe, the Digital Markets Act (DMA) is forcing Apple to support third-party app marketplaces on iOS. Epic reports that simplifying installation flows dramatically increased user adoption of alternative stores. Regulators have effectively mandated that app distribution cannot remain centralized. OEM Ecosystems Become Distribution Platforms OEMs: Samsung, Huawei, Xiaomi, OPPO, vivo, Transsion – have capitalized on this structural shift by expanding their own app stores and device-native discovery systems. According to Business of Apps and AVOW, OEM app stores now collectively reach over 1.5 billion monthly active users. Key players include: The rise of OEM stores is fuelled by several factors: Across APAC, MENA, LATAM and Africa, alternative stores and OEM platforms are becoming the primary discovery points for millions of mobile-first users. Beyond App Stores: OEM Ecosystems as Multi-Surface Discovery Networks The decentralization trend extends beyond alternative stores. OEMs have evolved into full-stack distribution ecosystems that integrate: Business of Apps notes that OEM ads now appear during key intent moments, such as device activation or system-app interaction; touchpoints that traditional in-app ads or store listings cannot access. This device-native integration turns OEM ecosystems into continuous distribution channels, not just storefronts. Why Developers and Marketers Are Adopting Multi-Store Distribution Verified sources such as Adjust, REPLUG, Business of Apps and Forasoft highlight several key reasons behind the shift: 1. Better economics Alternative stores and OEM ecosystems often offer reduced fees, flexible billing, and more favorable revenue share models. 2. Improved visibility With thousands of apps launching each month on centralized stores, alternative marketplaces provide more curated exposure and paid placement opportunities. 3. Access to new markets Omdia and AVOW show strong OEM dominance in regions like India, Southeast Asia, LATAM, Africa and the Middle East, where OEM stores frequently outperform Google Play in user reach. 4. Platform resilience Multi-store distribution protects developers from unilateral policy changes, commission shifts or algorithmic volatility in a single store. 5. Performance and discoverability OEM discovery surfaces: dynamic preloads, lock-screen recommendations, OEM search enhance performance beyond what centralized stores alone can deliver. The New Reality: A Decentralized Distribution Stack Pulling insights from The Verge, AP News, Business of Apps and global OEM partners, the app-store landscape is now shifting toward: App distribution is no longer defined by a single icon on the home screen, it is becoming a multi-layered, OEM-driven ecosystem spanning app stores, search, browser surfaces, and device-level recommendation systems. Conclusion App-store decentralization is no longer theoretical, it is happening now. Regulatory mandates, OEM ecosystem expansion and shifting developer priorities are creating a multi-store, multi-surface distribution environment that challenges the long-standing dominance of Apple and Google. For developers and marketers, this decentralization offers new reach, improved economics, and greater resilience. OEM ecosystems, once considered secondary, are emerging as central pillars of modern app distribution. As the industry moves into this multi-channel future, companies that embrace decentralized distribution will be positioned to capture global audiences across a broader and more dynamic ecosystem.

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The Evolution of OEM Advertising: From Preloads to Fully Integrated Device-Ecosystem Experiences

OEM advertising has undergone a rapid transformation. What began with simple preinstalled apps and alternative app stores has evolved into a sophisticated, multi-layered ecosystem of device-integrated ad formats embedded directly into system UI, OEM browsers, search surfaces, and first-party apps. Today, OEM inventory has become a strategic channel for mobile marketers, bridging app discovery, user acquisition, and on-device engagement within the manufacturer’s ecosystem. From Preloads to Alternative App Stores: The First Generation of OEM Ads The earliest OEM advertising formats were defined by static factory preloads and basic featuring inside alternative app stores. Preload campaigns placed app icons on the device before a user even turned it on, ensuring high visibility from day one. Industry documentation from Digital Turbine and AppsFlyer describes these placements as “first-touch” formats that positioned an app at the heart of initial device onboarding. At the same time, major manufacturers launched their own app stores, including Huawei AppGallery, Xiaomi GetApps, and Samsung Galaxy Store. These stores offered early OEM ad formats such as search ads, featured listings, and app-store banners. Although powerful at the time, these formats largely remained siloed within a single storefront. This era marked the foundation of OEM advertising, but the ecosystem was only beginning to expand. The Shift to On-Device & Dynamic Formats As mobile competition grew, OEM partners introduced dynamic and contextually timed formats that extended far beyond static preloads. A major turning point was the adoption of dynamic preloads, including Google Play Auto Install (PAI), which downloaded apps during the device setup flow. Industry case studies describe these placements as high-intent moments that outperform traditional installs by leveraging the user’s onboarding journey. On-device partners such as Digital Turbine advanced the model further with SingleTap™, enabling frictionless app installation directly from ads across the mobile web and apps, powered by OEM software embedded at the system level. This innovation bypassed friction points in traditional app-store flows, improving conversion rates and install velocity. Simultaneously, OEM ecosystems expanded placements across smart folders, OEM browsers, system apps, and lock screens, providing consistent visibility across daily interactions, not just during device activation. REPLUG’s 2025 OEM guide highlights formats such as browser ads, lock-screen cards, notifications, and recommendation folders that allow marketers to reach users through built-in device surfaces. These UI-level integrations signaled a shift from single-point placements to ongoing, lifecycle-driven advertising. Fully Integrated OEM Ecosystems: The New Era of Device-Native Advertising The latest phase of OEM advertising is defined by ecosystem-wide, multi-surface ad platforms that integrate directly into the manufacturer’s system UI and first-party apps. Huawei Petal Ads is a prime example, connecting ad delivery across AppGallery, Petal Search, Huawei Browser, and lock-screen surfaces. This cross-surface orchestration aligns ad formats with user intent, device behavior, and first-party data within a closed ecosystem. Xiaomi’s system-level advertising framework (MSA / HyperOS System Ads) takes a similar approach, enabling ads in built-in system apps, lock screens, notification panels, and theme interfaces. Independent tech publications confirm that these ads originate from an OEM-controlled system service, illustrating how deeply OEM placements have become embedded within the OS layer. Additionally, OEM-focused agencies highlight broader portfolios that now include: These formats form a device-native advertising environment, where OEMs provide consistent visibility from first boot through daily usage, far beyond what traditional in-app channels can offer. What This Evolution Means for Marketers OEM advertising is no longer a niche channel. It has matured into a fully integrated ecosystem that offers: 1. High-intent placements Ads now appear during device setup, search, browsing, and daily UI interactions — reaching users at meaningful moments. 2. Cross-surface orchestration Integrated platforms like Petal Ads unify placements across search, browsing, app discovery, and lock screens. 3. Deeper device-level engagement System UI surfaces provide exposure that traditional app networks cannot replicate. 4. Competitive performance economics OEM formats often deliver high engagement and competitive acquisition costs, especially in Android-dominant markets. 5. Strategic alignment with emerging markets OEM-driven ecosystems are strong in Asia, MENA, Africa, and Latin America, regions where new users are primarily mobile-first. Conclusion OEM advertising has evolved from straightforward preinstalled apps to a robust ecosystem of device-native, cross-layer advertising solutions. Modern OEM platforms connect app discovery, install acceleration, and on-device engagement within unified, system-level environments. As mobile platforms face increasing privacy changes and attribution challenges, OEM advertising provides a differentiated path to reach users directly within the device ecosystem. For brands focused on sustainable mobile growth, OEM inventory is no longer supplemental, it is becoming a core pillar of performance strategy.

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Why Consumer Spending on Mobile Apps Hit $150B in 2024: A Brand’s Take on Sensor Tower’s Latest Findings

As mobile usage deepens across global markets, spending habits are shifting users are investing more money even when they install fewer apps. Our brand closely tracks these trends, and Sensor Tower’s State of Mobile 2025 reveals that consumer spending on in-app purchases, subscriptions, and premium apps hit $150 billion in 2024, a 13 % year-over-year increase marking a pivotal moment in mobile monetization. Sensor Tower’s State of Mobile 2025 report delivers a clear message: mobile monetization continues to strengthen even as growth in downloads and time spent decelerates. Downloads across iOS and Google Play were essentially flat at 136 billion, and total hours spent rose to 4.2 trillion (+5.8% YoY). Yet despite this moderation in engagement growth, consumer spending surged.  What’s powering this disconnect between usage and spending? The answer lies in non-gaming apps, subscription models, and emerging verticals like AI. Non-games saw a +23% YoY increase in revenue, far outpacing the +4% rebound in gaming. Within non-games, film & TV streaming and social media led the charge with $11.9 billion and $11.7 billion in spend, respectively. Perhaps most striking is the rise of AI-powered apps. Spending in this subgenre soared to nearly $1.1 billion, a 200% YoY increase. Users spent ~7.7 billion hours in AI apps, and “AI” apps were downloaded 17 billion times. These shifts reflect a deeper trend: users now expect intelligence, utility, and integration from the apps they pay for. Regionally, the U.S. remained the dominant spender with $52 billion in IAP revenue, growing by 16%. Europe outpaced global averages, posting ~24% growth in app spending. But it’s not just the usual markets driving momentum Sensor Tower flags retail as a competitive battleground, with global brands like Temu and SHEIN pushing into mobile commerce and influencing app spend trends. For us as a brand, these insights reshape our priorities. The growth isn’t coming from acquiring more users that game is saturated. The real upside lies in monetization, retention, and strategic vertical plays. Investing in subscription models, AI features, and vertical monetization (e.g. streaming, social, commerce) offers more upside than chasing downloads alone. Moreover, experimenting with premium tiers, hybrid models (freemium + paid), and personalized upsells becomes vital. As the mobile landscape matures, so must our approach. The numbers from Sensor Tower reinforce what many of us already sense: the war for attention hasn’t ended, but the battlefield has shifted. Brands that lean into monetization, not just user growth will emerge as winners in 2025 and beyond.

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Key traffic channels in mobile eCommerce 2025: Why OEM is rising

As a brand operating in mobile commerce, we recognize that in 2025, mastering traffic acquisition channels is not just about volume, it’s about precision, diversification, and leveraging new frontiers. Below is our expert-driven perspective, grounded in industry data, on which channels are working in mobile eCommerce today and why OEM advertising is emerging as a strategic pillar. The mobile commerce imperative Smartphones now drive the majority of online retail activity: mobile commerce is projected to account for 59% of total e-commerce sales in 2025. Mobile traffic as a share of website sessions already exceeds 60%, and for eCommerce, mobile can reach over 70%. In other words, mobile is not the “channel of the future” it is the channel of right now. As a mobile-first brand, we focus on traffic channels that not only bring users but bring the right users, those who convert, retain, and deliver lifetime value. In 2025, that means optimizing across a multi-channel portfolio: search, social commerce, marketplaces, app engagement, affiliate/partner traffic and increasingly, OEM advertising. What channels are performing in 2025? Some metrics are striking: OEM stores are projected to represent 25% of global app downloads in 2025, and in certain regions like Eastern Europe and MENA, OEM marketplaces may reach 40%. Brands are increasingly exploring OEM as part of their UA mix not to replace existing channels but to diversify and hedge risk. OEM advertising also presents benefits in privacy alignment, lower friction, and access to users less saturated with standard network ads. Climax: Why OEM matters and when It beats the usual suspects The tension in 2025 is this: traditional channels (search, social, marketplace) are saturated, bidding costs are inflating, and performance ceilings are emerging. In that environment, OEM advertising offers an alternate frontier. It’s not a silver bullet, but it has unique advantages: But to succeed, brands must calibrate: When done right, OEM advertising can shift from “experimental” to “core channel” status in high-growth mobile commerce stacks. Resolution: A balanced, future-forward traffic strategy In 2025, mobile eCommerce traffic is no longer won by chasing scale alone. It’s about building a balanced acquisition ecosystem that combines proven channels with emerging ones. Search, social commerce, marketplaces, app engagement, and partnerships remain essential but as competition intensifies, brands must adopt OEM advertising as a strategic pillar to diversify, optimize, and sustain growth. As we continue scaling and refining our traffic mix, OEM channels will not be an afterthought they will be a foundational element in future-proof mobile commerce strategies.

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V-Appstore expanded to 16 more countries: How to rethink OEM geo priorities

Vivo quietly widened the reach of its Android storefront this summer: V-Appstore expanded to 16 additional countries/regions on June 19, 2025. For growth teams, that’s not a footnote it shifts where on-device/OEM budgets can scale with store-level intent and native featuring. When an OEM store grows, it doesn’t just add inventory; it concentrates high-intent discovery (browse, search, and editorial featuring) inside a closed loop that converts faster than generic in-app display. With V-Appstore now live in more markets and with a free “V-Star” featuring program and standard AppsFlyer integration, early movers can capture cheaper installs and stronger D1/D7 before auctions crowd in. What changed and why It matters for UA The official developer communications confirm the June expansion, positioning V-Appstore as a parallel distribution rail on vivo devices worldwide. Practically, this means more store-adjacent placements where users are already in “install mode,” plus new chances to stack paid bursts with editorial featuring to compound rank and retention. For teams that buy to value (CPE/CPO, D7 ROAS) instead of CPI alone, OEM stores tend to deliver cleaner first sessions because the path from ad → store → install → open is short, consistent, and expectation-matched. Where to point budgets first Prioritize India and big SEA markets where vivo’s footprint is strongest and Android growth remains healthy. Recent market reads show India rebounding in Q2’25, with multiple trackers noting vivo at or near the top of brand share; that mix supports value-based bidding on store inventory. In Southeast Asia (Indonesia, Vietnam, Thailand, Philippines, Malaysia), vivo maintains meaningful share and user familiarity with OEM stores, fertile ground for store browse/search and featuring. If you buy LATAM or EMEA, phase in country-by-country pilots where Android price bands are dominant and vivo penetration is material, then scale only where D7 ROAS holds. How to adapt your OEM Playbook Treat V-Appstore product pages like conversion-optimized landers: localize title and short description, lead with outcome-first screenshots, and keep a 6–10-second looped demo aligned to your ad promise. Submit to V-Star to line up free featuring, then time your paid bursts to the featuring window to stack ranking signals. Configure vivo Ads as an integrated partner in AppsFlyer so paid, featured, and organic store flows attribute cleanly; pass post-install events (onboarding complete, first purchase) to benchmark D1/D7 against your in-app baseline. Keep deep links set to “resume task” so first opens land on the exact action you advertised: scan, book, play, top-up, which is the strongest leading indicator for retention in store-adjacent channels. Measurement and Guardrails In new V-Appstore geos, prove incrementality before full rollout: run geo holdouts versus your incumbent in-app mix and compare incremental new users and incremental ARPU rather than last-touch. Expect lower variance in cost per engaged open versus broad display when you stay inside store browse/search. As you scale, track uninstall rate alongside D1/D7: OEM store paths usually reduce “what is this?” opens, but you should demote markets or surfaces that lift CPI without improving stickiness. (AppsFlyer’s standard partner setup for vivo Ads covers view-through windows and postback mapping; use it to keep cohorts clean.) Bottom line The 16-country V-Appstore expansion makes OEM stores a first-class lane for Android growth, not a side experiment. Lead with India and major SEA, buy to CPE/CPO or D7 ROAS, stack V-Star featuring with paid bursts, and measure incrementality, you’ll capture store-level intent while the channel is still underpriced. Teams that reweight their geo plan now will bank both cheaper installs and better retention curves as OEM distribution becomes a larger slice of Android UA.

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OEM Advertising as a Hedge Against Saturated Channels: Why OEMAD & Major Aggregators Matter

As CPIs climb, auctions tighten, and performance signals blur across major channels, many app marketers are turning to OEM advertising to diversify risk. On-device inventory preloads, setup flows (OOBE), OEM app store placements, native system surfaces, lock-screen experiences; provides earlier, higher-intent touchpoints. Tools like OEMAD, Digital Turbine, Unity Aura, Moloco↔Xiaomi, Huawei’s Petal Ads, Glance, AVOW, and Appnext are making OEM traffic easier to buy, measure, and scale in 2025-26. Why OEM Advertising Offers a Real Hedge OEM sources reach users at natural, high-engagement moments: setting up a new device, browsing built-in app stores, or interacting with system surfaces. Because the user is already “closer” to installing or opening an app, the path from impression → install → first open tends to be shorter and cleaner, often improving early retention compared to generic feed-based display. OEMAD reports that all their traffic comes from real device environments across Xiaomi, Transsion, Oppo, Vivo, Huawei, and Samsung. Their machine-learning platform optimizes in real time for in-app events, ensuring advertisers aren’t just paying for installs but for quality engagement.  Supply is growing. Digital Turbine’s latest calculations show “On-Device Solutions” (preloads, setup discovery) as a major growth vertical. Unity Aura claims integration on over 2 billion devices. Moloco’s deal with Xiaomi actively opens up store-adjacent and lock-screen supply. OEMAD provides “one window” to access a broad set of OEM sources with event-based optimization. These trends together make OEM channels a credible hedge to saturation elsewhere. Spotlight on OEMAD: What Differentiates Them OEMAD is a specialized aggregator for OEM traffic. Key features that make them worth considering: Because of these, OEMAD can act both as a “first contact” solution like OEM store discovery, and as part of a performance mix where quality (retention, post-install events) matters, not just raw install volume. How to Mix OEMAD & Other Aggregators into a UA Strategy Here are tactical suggestions for using OEMAD alongside other OEM supply aggregators to hedge saturation: 1) Define value KPIs beyond CPI. Use KPIs like CPE (cost per engaged open), CPO (key in-app action), or D7 ROAS. OEMAD supports optimizing toward these event-based goals; similarly check that Digital Turbine, Unity Aura, etc., can feed post-install and engagement events. This helps avoid buying cheap installs that drop off. 2) Deploy multi-line campaigns. For each target geography, run parallel lines: Compare performance for each line (install, retention, payback) to see which works best per geo and vertical. 3) Monitor supply & price pressure. As OEM traffic becomes more popular, expect inventory in premium OEM placements or exclusives (OEMAD.UNIQUE etc.) to experience rising cost. That’s exactly why OEMAD’s real-time ML optimization helps maintain ROAS when costs move. Also keep an eye on CPMs/OCPMs across OEM vs feed channels to see where saturation starts impacting margins. 4) Measurement & transparency. 5) Creative & UX alignment. Creative that works in OEM contexts tends to be simpler, more trust-driven, outcome-oriented. For example, use native-style layouts, match store or system themes, deep-link to the promised “task” (registration, trial, purchase). OEMAD’s creatives often benefit from matching the OEM’s visual standards, users trust system surfaces more. Also consider localizing store metadata, screenshots, etc., especially for OEM stores or browse surfaces. Risks & Things to Watch OEM advertising is more than just a fallback; it’s a powerful hedge when traditional UA channels saturate. Aggregators like OEMAD bring real value, simplified operations, ML-powered optimization, source transparency, and scale across OEM ecosystems. When combined thoughtfully with other OEM supply sources (Digital Turbine, Unity Aura, Glance, etc.), OEM traffic can deliver shorter payback, higher retention, and improved margins. If your 2025 strategy leans heavily on social/search/display, adding OEM lines via OEMAD and peers isn’t optional, it’s essential for resilience and growth.

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DMA Choice Screen in the EEA: What UA Managers Must Change on Android in 2025

The Digital Markets Act (DMA) has made the Android “choice screen” a standard part of device setup across the European Economic Area. In practice, this means new Android phones and tablets distributed in the EEA must display search and (in most cases) browser choice screens during onboarding, forcing a user to actively pick their defaults. Google confirms that OEMs are required to incorporate the DMA choice-screen software into all new device releases in the EEA as of March 6, 2024; Pixels received it via update, with ongoing rollout across OEMs. What exactly changed Why this matters for UA (beyond compliance) A practical playbook for Q4 2025 The DMA choice screen isn’t just a legal checkbox it reshapes first-touch distribution on Android in the EEA. Treat “choice-originated” users as a separate storefront in your UA plan: tag them, benchmark them, and bid to intercept them with OEM and on-device media close to setup. Teams that adapt their measurement and OEM mix now will capture the most predictable CAC and faster payback from Europe’s next Android cohorts.

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OEM advertising in 2025: why UA teams should prioritize on-device traffic (LATAM/MEA/SEA data inside)

Where a few vendors dominate shipments, on-device inventory is dense and cheaper to scale. Q2-2025 shipment data shows exactly those conditions: Why this matters: OEM advertising is not just “another network. It’s on-device media defined by the vendor’s software surfaces (preload, recommendations, app store, lock screen). Treat it as a distinct storefront in your UA plan. Economics are improving for on-device New surfaces = higher intent moments On-device discovery is getting more shoppable. Glance × Samsung launched opt-in AI shopping on Galaxy lock screens in the US (app + lock-screen experience, ~50M devices), turning first-look moments into commerce. For UA, these surfaces act as high-attention paths to first open and increasingly, to purchase.  A practical OEM-first playbook for UA managers In 2025, OEM traffic is the lever for efficient Android scale. Shipment concentration in LATAM, MEA, and SEA, better store rev-share, expanding OEM storefronts (V-Appstore), and new lock-screen commerce make on-device buys the most reliable way to keep CPI predictable and ROAS rising. If your plan still treats OEM as an afterthought, you’re leaving reach and unit economics on the table.

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