Ad Mediation Latency &
Yield Leakage Grader.
Sequential waterfalls introduce call latency that causes users to exit before ads can cache. Analyze latency overhead and estimate the revenue lost to auction price dilution.
Mediation Inputs
Mediation Yield Outcomes
The anatomy of ad mediation friction.
Ad networks yield high eCPMs only if the client-side device can fetch, cache, and render the creative before the user moves to another screen or exits the app.
Waterfall Traversal Delays
In manual cascades, each mediation hop requires an API call that blocks the queue. With 12 networks and 180ms pings, traversing the waterfall takes over 2.1 seconds, creating a massive load bottleneck.
Early Session Exits
Session lengths follow exponential decay distributions. If a user only opens an app for a brief 30-second loop, a 3-second lazy-load delay guarantees that they will exit before the ad displays.
Sequential Floor Inefficiencies
Waterfalls run on historical floor prices. A network at position #5 might have a real-time bid of $25.00, but if network #1 at a historical $18.00 floor fills the slot, the publisher loses $7.00 in yield.
Trigger Policy Friction
Lazy-loading ads only when the user reaches a specific checkpoint cuts the loading window down to a few seconds. Pre-caching on start buys the SDK mediation layer the entire session to preload ads.
Stop losing 15%+ of your ad revenue.
Mediation stacks are regularly misconfigured, creating sequential latency bottlenecks that silently destroy impression volume. We auditing SDK network calls, migrating waterfalls to unified real-time bidding, optimization floor prices, and fixing client-side loading triggers to maximize your yield margins.