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31.03.2026

Programmatic OEM Advertising: How Real-Time Bidding Is Transforming On-Device Inventory

For a long time, buying OEM traffic looked very different from buying media on traditional ad exchanges. If you wanted access to on-device advertising inventory, the process usually involved direct negotiations with OEM partners, manual insertion orders, and campaign management through account managers. However, the landscape is changing quickly. Over the past two years, many Android manufacturers have started opening their ecosystems to programmatic buying and real-time bidding (RTB). This shift is transforming how advertisers access OEM placements and is gradually integrating device-level inventory into the broader programmatic advertising ecosystem. For UA teams, this means OEM traffic is becoming easier to scale, automate, and optimize using the same technology stack already used for other programmatic channels. Why Programmatic Is Entering the OEM Ecosystem The main driver behind programmatic OEM advertising is the need for efficiency and scalability in mobile user acquisition. As advertisers increase spending on Android growth, manual buying models become difficult to scale across multiple device manufacturers. Programmatic technology solves this challenge by allowing advertisers to purchase inventory through automated auctions instead of direct negotiations. In a real-time bidding environment, each ad impression is sold through an automated auction where demand-side platforms (DSPs) evaluate the value of the impression and place bids instantly. Modern OEM advertising platforms are now adopting OpenRTB standards, particularly the OpenRTB 2.5 specification, which is widely used across digital advertising exchanges. This allows OEM inventory to communicate with DSPs and programmatic infrastructure in a standardized format. As a result, advertisers can access on-device placements using the same tools they already use for programmatic media buying. How Real-Time Bidding Works in OEM Advertising In a programmatic OEM environment, the process follows a familiar structure used across digital advertising. When a user interacts with an OEM surface, such as a system recommendation panel or device setup screen, the system generates an ad request. This request contains information about the device, location, placement type, and other targeting signals. That request is then sent to an exchange where multiple advertisers can participate in an auction. Demand-side platforms evaluate the opportunity and submit bids based on targeting criteria and campaign goals. The highest bid wins, and the advertisement is delivered to the user. Because this process happens in milliseconds, advertisers can dynamically adjust their bids depending on user signals and predicted conversion value. Which OEM Ecosystems Support Programmatic Buying Programmatic capabilities are still evolving across the OEM ecosystem, but several major vendors have already started supporting real-time bidding access to on-device inventory. Examples include: Xiaomi (Mi Ads) Xiaomi has introduced RTB support through exchange integrations that allow advertisers to bid programmatically on placements across its ecosystem. OPPO and vivo ecosystems These vendors have opened APIs that allow demand-side platforms to connect directly to their ad inventory through real-time bidding frameworks. Transsion (Eagllwin platform) Transsion’s advertising ecosystem has started experimenting with programmatic access, with beta implementations designed to support formats such as interstitial and rewarded placements. As more OEM partners adopt standardized bidding protocols, the gap between OEM advertising and traditional programmatic media buying is rapidly shrinking. New Advertising Formats Available for Programmatic OEM Buying Programmatic access to OEM ecosystems is unlocking a variety of device-level ad formats that were previously only available through direct deals. Some of the most important formats include: Setup wizard placements Ads that appear during the initial configuration of a smartphone, when users install essential apps. OEM app store promotions Sponsored placements inside manufacturer app stores, such as featured listings or search ads. System recommendation feeds App suggestions displayed in folders like “Hot Apps” or “Recommended Apps.” Lock-screen and push placements Notifications or lock-screen promotions that introduce apps to users directly through the device interface. Native discovery units inside system apps Inventory within built-in applications such as browsers, file managers, or device assistants. Because these formats appear directly within the device interface, they often deliver high engagement and strong install conversion rates compared with traditional display inventory. Why Programmatic OEM Buying Matters for UA Teams The introduction of programmatic buying into OEM ecosystems has several important implications for mobile marketers. First, it dramatically reduces the operational complexity of running OEM campaigns. Instead of negotiating separate deals with each manufacturer, advertisers can access multiple OEM inventories through a single programmatic interface. Second, real-time bidding enables algorithmic optimization. Machine learning models can adjust bids dynamically based on predicted install rates, post-install behavior, or lifetime value signals. Third, programmatic access improves transparency and measurement. Standardized protocols allow advertisers to verify device identifiers, placement types, and supply chains, which helps reduce fraud and improve campaign reporting. Together, these improvements make OEM traffic more compatible with modern performance marketing workflows. The Future of Programmatic OEM Advertising The adoption of programmatic technology is likely to accelerate over the next few years as more OEM vendors integrate their ecosystems with ad exchanges and DSP infrastructure. Several trends are already shaping this evolution: As these systems mature, OEM inventory will increasingly behave like other programmatic supply sources. The difference is that it still retains one key advantage: direct access to users inside the smartphone environment. Conclusion Programmatic technology is gradually transforming how advertisers access OEM traffic. What was once a manually managed channel is evolving into a real-time, automated advertising ecosystem where on-device placements can be bought through the same infrastructure used across digital media. For user acquisition teams, this change opens the door to scalable and data-driven access to OEM advertising inventory across multiple Android ecosystems. As more device manufacturers adopt real-time bidding frameworks, programmatic OEM advertising is likely to become a core component of the mobile growth stack.

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20.02.2026

When Android App Stores Replace Ads: Organic Growth Inside OEM Ecosystems

For most UA teams, growth still starts with paid traffic. Budgets go up, installs follow. Organic growth is treated as something that happens later, usually inside Google Play. OEM ecosystems challenge that assumption. Inside OEM app stores, growth can happen without ads at all. Featuring, system recommendations, and curated collections increasingly act as acquisition channels on their own. For UA teams, the question is no longer whether OEM stores can drive organic installs, but whether they know how to influence that process. The Setup: Why Organic Growth Is No Longer Just About Google Play Google Play has trained the market to think of organic growth as a function of ASO. Rankings, reviews, keyword optimization. OEM app stores work differently. In OEM ecosystems, discovery is often guided, not searched. Users do not always look for apps. Apps are shown to them. This shifts organic growth from being keyword-driven to being system-driven. The store becomes an extension of the device, not a neutral marketplace. As a result, organic installs inside OEM stores behave less like classic “organic” and more like earned distribution. UA teams that only optimize for Google Play miss this layer entirely. The Climax: How OEM Stores Generate Installs Without Ads Featuring Is the New Reach OEM stores rely heavily on editorial and algorithmic featuring.Top charts matter less than: When an app appears in these surfaces, it benefits from immediate visibility without competing in an auction. For the user, this does not feel like advertising. It feels like guidance. This is where OEM stores start replacing ads. The distribution happens before any paid impression is needed. Recommendations Are Triggered by Context, Not Keywords Unlike search-based discovery, OEM recommendations often react to context: That makes them powerful and unpredictable at the same time. For UA teams, this means organic growth is no longer passive. It is influenced by how well the app fits into the ecosystem. Apps that clearly communicate their category, use case, and value are easier for the system to place and recommend. Vague positioning makes featuring harder. Clear utility makes it easier. System Collections Shape Demand OEM stores actively shape demand through system collections.“Essential apps,” “Recommended after setup,” “Apps you might need next.” These placements do not respond to bidding or CPI. They respond to relevance. Once an app enters these collections, organic installs often arrive in waves. Growth feels sudden, even though no campaign was launched. From the outside, it looks like luck. In reality, it is alignment. The Resolution: How UA Teams Can Influence Organic OEM Growth Organic growth inside OEM ecosystems is not random. It is influenced by decisions UA teams already make. What actually moves the needle: UA teams often think of OEM stores as something that “just exists.” In practice, they respond to signals, just like any other distribution system. Why Paid OEM Traffic Often Unlocks Organic OEM Growth There is a quiet connection between paid and organic inside OEM ecosystems. Paid OEM traffic can: Once those signals are strong enough, organic placements often follow. In that sense, paid OEM traffic acts less like direct acquisition and more like activation fuel for organic growth. This feedback loop is specific to OEM ecosystems and does not work the same way in Google Play. The New Role of UA in OEM Ecosystems In OEM environments, UA teams are no longer just traffic buyers.They are distribution strategists. Their job expands to: Ignoring this role means leaving growth on the table. When Distribution Becomes the Advantage OEM app stores are not replacing ads everywhere. But in certain moments, they reduce the need for them. When an app earns visibility inside OEM ecosystems, installs arrive without bids, without auctions, and without constant optimization. That is a different kind of growth. It is quieter, but often more sustainable. The Real Opportunity Organic growth inside OEM ecosystems is not about “getting lucky” with featuring. It is about making the app easy for the system to recommend. In 2026, the strongest Android growth strategies will not rely solely on paid traffic or classic ASO. They will treat OEM app stores as active distribution channels where organic growth can be influenced, accelerated, and protected. When that happens, ads stop being the only engine of scale. Sometimes, the store itself does the work.

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16.01.2026

How OEM Ads Are Changing the App Discovery Journey

For years, app discovery followed a familiar script: users saw an ad in an app, tapped, landed in an app store, and made a decision on the store page. OEM advertising is changing that script by moving discovery upstream into the device itself. Setup flows, lock screens, OEM stores, and on-device recommendation surfaces are becoming discovery engines, while “frictionless install” mechanics compress the time between awareness and install. The result: a new app discovery journey that can outperform traditional paths: if UA teams adapt their creative, measurement, and post-install experience. The Setup: Discovery Is No Longer “In-App → App Store” OEM campaigns aren’t just another placement. They represent a structural shift in where discovery happens. Measurement leaders now explicitly define “preload campaigns” as partnerships with OEMs, mobile carriers, and app discovery platforms that preload apps at the factory or trigger downloads at first device activation, before the user has settled into their usual app habits. That timing matters. If you reach users during device setup, you’re influencing decisions when the user is still building their “default app set”— which changes both conversion dynamics and downstream engagement patterns. What the New OEM Discovery Journey Looks Like 1) Setup-Time Discovery Becomes a First-Class Moment Dynamic preloads and onboarding prompts are effective precisely because users are highly engaged during setup, and recommendations can be aligned to preferences and context. Industry guides describe dynamic preloads as more flexible than static factory preloads and emphasize that setup is a uniquely high-attention window. What this means for UA: You’re not only competing with other ads, you’re competing with the user’s desire to “finish setup fast.” Your message must be instantly clear, and your value proposition must be obvious in seconds. 2) “Frictionless Installs” Shrink the Discovery Funnel A major OEM-driven change is reducing store friction. Some flows let users trigger an install without a traditional app store redirect. What this means for UA: When install friction drops, “cheap installs” become easier to generate but intent can be thinner. Your first-session experience (onboarding + deep links) becomes the real make-or-break step. 3) Lock Screen Moves From Passive Surface to Discovery Channel OEM ecosystems are turning lock screens into high-visibility discovery inventory. Glance’s OCI flow is a concrete example of how a lock screen can function as an install initiation surface rather than merely a notification layer. What this means for UA: Lock screen discovery favors bold simplicity: one idea, one visual, one CTA. “Ad-like” clutter tends to lose. 4) Alternative OEM App Stores Are Becoming Discovery Engines OEM advertising isn’t only about setup and lock screens. OEMs also operate their own app stores (e.g., Galaxy Store, GetApps, AppGallery). Industry guides highlight alternative app stores as less crowded environments where users are actively browsing for apps and where advertisers may see different cost and conversion dynamics compared to the main stores. What this means for UA: You need a store strategy beyond Google Play: creative sets optimized for OEM store layouts and merchandising logic, plus the operational readiness to publish/maintain builds where required. (Glance’s OCI notes, for example, that some OEM devices require apps to be hosted on specific OEM stores like GetApps for certain flows.) 5) Measurement Has Matured: OEM Is Now a Real Performance Discipline One reason OEM has become more performance-friendly is that attribution infrastructure has improved dramatically. What this means for UA: OEM can be measured cleanly but only if your SDK setup, partner configuration, and attribution rules are correct (lookback windows, priority, raw-data interpretation). 6) Deep Linking Becomes Mandatory When the Install Gets Easier If the install happens in fewer steps, you have less time to educate the user before first opening. That shifts the burden to post-install routing. What this means for UA: In OEM, deep linking isn’t a “nice-to-have.” It’s how you keep promise integrity when the user installs without spending time on a store page. How UA Teams Should Adapt in 2026? OEM ads are changing app discovery in one fundamental way: Discovery is becoming device-native; embedded in the OS journey, not just in apps and stores. To win in this new journey, advertisers and UA managers should operationalize OEM as its own discipline: Closing The classic app discovery journey “ad → store page → install” is no longer the only default. OEM ads are building new discovery paths inside the device experience: setup-time recommendations, lock screen install initiation, alternative store merchandising, and frictionless installs supported by deterministic attribution. For performance teams, this is both an opportunity and a responsibility: the upside is real, but success requires OEM-native creative, correct measurement, and post-install journeys that deliver on the promise fast.

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21.11.2025

Geographic Diversification of OEM Traffic: Why Brands Are Expanding into Latin America, APAC, MENA and Beyond

As traditional advertising networks become increasingly saturated and competitive, brands are turning to OEM traffic as a strategic lever to reach mobile-first audiences in high-growth regions. Industry reports from AVOW, Digital Turbine, Business of Apps and Omdia show a clear trend: marketers are expanding their OEM investments across Latin America, Southeast Asia, Africa, India and the Middle East, where device-level placements and alternative app stores offer scale, cost efficiency and audience reach that mainstream ad channels can no longer provide. OEM Traffic as a Path Beyond Saturated Networks According to Business of Apps, mobile OEM partners now offer advertisers access to more than 1.5 billion monthly active users worldwide, many of whom sit outside the reach of traditional networks like Meta, Google or major SDK ad exchanges. AVOW highlights this advantage directly, noting that OEM channels provide access to “user audiences beyond the reach of traditional networks,” powered by alternative app stores and on-device placements. This shift is driven by a simple market reality: in regions where mainstream ad auctions are highly competitive, OEM ecosystems remain relatively unsaturated, offering better reach and often lower cost per install. Latin America: OEM Advertising Gains Momentum Formal case studies and partner reports show rapid adoption of OEM channels in Latin America, one of the world’s fastest-growing mobile regions. AVOW’s industry analyses emphasize LATAM as a priority geography for OEM-powered growth across gaming, e-commerce and travel. OEM placements are used to reach mobile-first audiences and to localize campaigns around regional events, such as Carnival, to increase conversion efficiency. Digital Turbine’s case study with Funvent Studios provides concrete evidence: leveraging on-device products such as DT Preloads and App Select, the company achieved 500,000 installs in Latin America in just three weeks. This campaign showcased how OEM/carrier partnerships can unlock scale that traditional UA channels struggle to deliver in this region. APAC & Southeast Asia: High-Intent Users Through OEM Ecosystems In Asia-Pacific, OEM platforms have become foundational to user-acquisition strategies. AVOW reports deep partnerships with vivo in Southeast Asia, where device-level placements are used to reach mass-market Android audiences. In India, Xiaomi’s Mi Ads platform has appointed AVOW as a core partner for user growth – reflecting the central role of GetApps and Xiaomi’s system-level surfaces in one of the world’s largest app markets. Additionally, the expansion of alternative app stores such as ONE Store (South Korea’s second-largest marketplace) into North America, Europe and LATAM via a 2024 Digital Turbine partnership underscores the growing globalization of OEM distribution systems. MENA & Africa: Mobile-First Regions Where OEMs Lead Device Penetration OEM advertising is also gaining traction across the Middle East and Africa, where mobile devices are often the primary gateway to the internet. AVOW notes that OEM campaigns in MENA support e-commerce, travel and fintech apps by providing direct device-level access to mobile-first consumers. Africa presents a unique opportunity: Transsion Holdings (TECNO, Infinix, itel) dominates smartphone adoption, holding over 40% market share across African markets. Transsion’s ad ecosystem, designed specifically for Africa, South Asia and the Middle East, includes rewarded and native ad placements inside Phoenix Browser, PalmPlay, and other OEM surfaces, providing scalable reach for advertisers targeting these regions. This dominance makes Transsion-powered OEM inventory one of the most effective channels for brands expanding into African mobile markets. Why Brands Are Diversifying Geographically into OEM Traffic Across all regions, a consistent set of benefits drives OEM adoption: 1. Access to mobile-first audiences OEM platforms collectively reach 1.5B+ monthly active users, many of whom do not interact heavily with traditional Western ad platforms. 2. Lower saturation and more efficient UA economics OEM channels provide new supply outside of crowded auctions, often resulting in stronger cost efficiency and higher install volumes. 3. Regional dominance of specific OEMs In markets where manufacturers such as Xiaomi, vivo, Samsung or Transsion dominate device share, OEM ads offer unmatched reach into the everyday experiences of local users. 4. Cross-border scalability Platforms like AVOW, Nativex and Digital Turbine package OEM inventory across APAC, LATAM, MENA, Africa and Europe; turning OEM ads into a globally coordinated growth channel. Conclusion The global shift toward geographically diversified OEM advertising is now unmistakable. Brands are expanding into Latin America, Southeast Asia, India, Africa and the Middle East to tap into mobile-first users at scale, bypass auction saturation and leverage device-native placements across alternative app stores and on-device UI surfaces. In markets where traditional networks face rising costs and decreasing inventory efficiency, OEM channels have become a core strategic asset, providing reach, efficiency and competitive advantage in some of the world’s fastest-growing digital economies.

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24.10.2025

TOP OEM Advertising Companies in 2025: A Brand-Level Perspective

As a mobile brand navigating the evolving landscape of user acquisition, we see OEM advertising rising from niche tactic to foundational channel. In 2025, a handful of OEM ad platforms are leading the charge: Xiaomi’s Mi Ads, Huawei’s Petal Ads, OPPO’s HeyTap Ads, Vivo Ads, and Transsion’s network among them. Understanding their strengths, reach, and placements is critical to making OEM a core part of our growth stack. In recent years, OEM advertising placing ads natively within device ecosystems at the manufacturer level has gained momentum as global app markets saturate and conventional channels turn costly and competitive. As described in Business of Apps’ “Top OEM Advertising Companies (2025)”, OEM platforms now offer massive reach, deep device-level placement, and lower friction for users. The rise is reinforced by publishers and platforms positioning OEM inventory as a strategic growth injection. Based on multiple industry sources, the leading OEM advertising companies that brands should prioritize in 2025 are: There are a few common strengths that elevate these OEM platforms: However, OEM advertising is not a panacea. Key challenges include: From our vantage as a brand, the imperative is clear: OEM advertising in 2025 is not experimental, it is a strategic frontier. By building a diversified acquisition stack that includes Xiaomi, Huawei, OPPO, Vivo, and Transsion OEM channels, we hedge dependency on saturated networks and gain access to native, high-intent surfaces. Brands that systematically test, measure, and iterate OEM campaigns will convert early mover advantages into sustainable gains. OEM may not yet dominate every market, but in many regions, it is already among the top channels. As more advertisers adopt OEM, those of us already in that space will gain compounding scale and intelligence. For 2025 and beyond, OEM advertising isn’t just part of the media mix, it’s a pillar of growth strategy.

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