“Bowling” automatic disapproved ads remover
Posted by Elad Ben-David, Nir Kalush, Dvir Kalev, Chen Yogev, Tzahi Zilberstein, Eliran Drucker
In light of the new policy that might cause accounts suspension, Bowling is a mitigation tool allowing clients to act and remove disapproved ads before risking account suspension.
The tool audits (and offers the option to delete) disapproved ads that may lead eventually to account suspension in perpetuity.
Starting Oct 2021 Google is introducing a new strike-based system to enforce against advertisers who repeatedly violate Google Ads policies (read more about the change here).
An advertiser’s first policy violation will result in a warning. If we detect continued violation of our policies advertisers will receive a notice they got a strike on the account, with a maximum of three strikes. The penalties applied with each strike will progressively rise. Temporary account holds will be applied for the first and second strikes, while the third strike will cause an account suspension.
Advertisers with hundreds of accounts and billions of search keywords lack the bandwidth to monitor each violation, thus might receive repeated strikes and get suspended.
“3 Strike Bowling” is an automated solution which identifies and gathers all relevant disapproved apps and includes the option to remove violating ads, in order to ensure compliance and avoid account suspension.
*The user can define an exclusion list of policy topics to ignore and not remove.
It’s a simple Python script, which can be run in either of the following modes:
- “Audit Mode”– export all the disapproved ads without deleting them;
- “Remove Mode” – delete all the disapproved ads and log the disapproved ads’ details.
There are a few output files (see here) which are saved locally under the “output” folder and optionally on BigQuery as well ( “google_3_strikes” dataset).
- Install technical prerequisites.
Google Products Used:
- Google Ads API
- BigQuery API (optional)
Estimated time to implement the solution: ~2h
Implementation instructions: View on github