Bidease is a fully managed AI-powered programmatic demand-side platform (DSP) built for mobile app user acquisition and in-app retargeting. Rather than a self-serve tool, it operates as a managed service: Bidease’s team and AI technology run campaigns on behalf of advertisers, handling setup, optimization, and ongoing management.
The platform’s core technology is a proprietary neural network that identifies high-value inventory and optimizes bids in real time across the mobile programmatic ecosystem.
How it works
Bidease’s neural network explores programmatic inventory and identifies supply that competitors often overlook. During the exploration phase, the system can reduce CPIs by up to 60% compared to conventional approaches. As data accumulates, the model continues improving targeting precision and spend efficiency.
Real-time optimization adjusts targeting, creative delivery, and bidding as campaign signals come in. The managed service structure means advertisers don’t need in-house programmatic expertise to run effective campaigns.
Ad formats
Bidease supports playable ads, interstitial video, and SDKOverlay placements. SDKOverlay is distinct from a standard interstitial: it overlays the creative on the app interface without fully interrupting the session, giving the ad more presence than a banner with less disruption than a full interstitial. In-app bidding and multi-call waterfall setups improve fill rates and return per impression.
Campaign goals and measurement
Bidease optimizes toward the advertiser’s specific objective: installs, in-app events, or ROAS. The platform integrates with AppsFlyer and other leading mobile measurement partners for attribution. Campaigns run across iOS and Android with global reach across the Americas, Europe, and APAC.
Who it’s for
Bidease suits app marketers who want programmatic-level performance without the operational overhead of managing a DSP in-house. It’s particularly effective for performance-focused app campaigns in gaming, fintech, and e-commerce, where CPI efficiency and downstream event quality both matter.