Use Google demo ad units or test devices to test ad formats without invalid-activity risk.
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AdSense, AdMob, SDK verification & policy diagnostics
Use Google demo ad units or test devices to test ad formats without invalid-activity risk.
Google demo ad units is one of the main checkpoints for AdMob Test Ads and Test Device Setup. App identity, ad unit identity, SDK initialization, privacy, network, mediation and inventory must be isolated instead of treated as one generic failure.
Then verify Android emulator test device. Prove the base integration with Google test ads first, and only then compare LoadAdError, ResponseInfo and Ad Inspector output with production behavior.
During development use test ad units or test devices instead of interacting with live ads. This produces cleaner diagnostics and avoids unnecessary invalid-activity risk.
Android emulator test device is one of the main checkpoints for AdMob Test Ads and Test Device Setup. App identity, ad unit identity, SDK initialization, privacy, network, mediation and inventory must be isolated instead of treated as one generic failure.
Then verify logcat device ID. Prove the base integration with Google test ads first, and only then compare LoadAdError, ResponseInfo and Ad Inspector output with production behavior.
During development use test ad units or test devices instead of interacting with live ads. This produces cleaner diagnostics and avoids unnecessary invalid-activity risk.
logcat device ID is one of the main checkpoints for AdMob Test Ads and Test Device Setup. App identity, ad unit identity, SDK initialization, privacy, network, mediation and inventory must be isolated instead of treated as one generic failure.
Then verify UI test device. Prove the base integration with Google test ads first, and only then compare LoadAdError, ResponseInfo and Ad Inspector output with production behavior.
During development use test ad units or test devices instead of interacting with live ads. This produces cleaner diagnostics and avoids unnecessary invalid-activity risk.
UI test device is one of the main checkpoints for AdMob Test Ads and Test Device Setup. App identity, ad unit identity, SDK initialization, privacy, network, mediation and inventory must be isolated instead of treated as one generic failure.
Then verify mediated test mode. Prove the base integration with Google test ads first, and only then compare LoadAdError, ResponseInfo and Ad Inspector output with production behavior.
During development use test ad units or test devices instead of interacting with live ads. This produces cleaner diagnostics and avoids unnecessary invalid-activity risk.
mediated test mode is one of the main checkpoints for AdMob Test Ads and Test Device Setup. App identity, ad unit identity, SDK initialization, privacy, network, mediation and inventory must be isolated instead of treated as one generic failure.
Then verify Test Ad label. Prove the base integration with Google test ads first, and only then compare LoadAdError, ResponseInfo and Ad Inspector output with production behavior.
During development use test ad units or test devices instead of interacting with live ads. This produces cleaner diagnostics and avoids unnecessary invalid-activity risk.
Test Ad label is one of the main checkpoints for AdMob Test Ads and Test Device Setup. App identity, ad unit identity, SDK initialization, privacy, network, mediation and inventory must be isolated instead of treated as one generic failure.
Then verify production replacement. Prove the base integration with Google test ads first, and only then compare LoadAdError, ResponseInfo and Ad Inspector output with production behavior.
During development use test ad units or test devices instead of interacting with live ads. This produces cleaner diagnostics and avoids unnecessary invalid-activity risk.
production replacement is one of the main checkpoints for AdMob Test Ads and Test Device Setup. App identity, ad unit identity, SDK initialization, privacy, network, mediation and inventory must be isolated instead of treated as one generic failure.
Then verify 24h possible test-device propagation. Prove the base integration with Google test ads first, and only then compare LoadAdError, ResponseInfo and Ad Inspector output with production behavior.
During development use test ad units or test devices instead of interacting with live ads. This produces cleaner diagnostics and avoids unnecessary invalid-activity risk.
24h possible test-device propagation is one of the main checkpoints for AdMob Test Ads and Test Device Setup. App identity, ad unit identity, SDK initialization, privacy, network, mediation and inventory must be isolated instead of treated as one generic failure.
Then verify Google demo ad units. Prove the base integration with Google test ads first, and only then compare LoadAdError, ResponseInfo and Ad Inspector output with production behavior.
During development use test ad units or test devices instead of interacting with live ads. This produces cleaner diagnostics and avoids unnecessary invalid-activity risk.
Capture the exact error text
Check account/site/app status
Validate the base request in test mode
Separate code from policy/privacy
Inspect logs and response data
Change one layer and retest
Monitor production behavior carefully
ca-app-pub-3940256099942544/1033173712Send the site/app, platform or SDK version and exact error text. Do not send passwords initially.
Send the website/app, platform or SDK version, exact error text and screenshots. Do not send passwords initially.
No. Technical implementation can be fixed, but approval, policy, serving and revenue decisions are made by Google.
Yes, when authorized source access and the required technical environment are available.
Sometimes, but logs, HTTP responses, LoadAdError/ResponseInfo or source code can provide a more reliable diagnosis.
No. The first stage uses public information, error text and technical output to define scope.