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      1. Yeesshh Help Center
      2. For Publishers

      Publishers: How to Integrate with Shopping Intent Advertising

      Publishers can integrate via a smartCPA link or via Programmatic RTB to deliver Shopping Intent traffic including real-time bidding advertisers.

      Direct URL Integration / Smart CPA

      This method allows publishers to send traffic directly to yeesshh servers, that will overbid the already-sold traffic (or send it to the usual affiliate if not possible to overpass pricing). See more on SmartCPA here: https://smartcpa.yeesshh.com/

      • The bid amount can be passed in the URL or configured manually.

      • If we can’t overbid, traffic is sold under normal conditions to other advertisers.

      • This way, you do not have to choose between CPC or affiliation. You can just send to your aff link as always, but giving CPC a right to buy that traffic at a higher price. If CPC can't buy it, it will go to your aff link. If CPC can buy it higher, then you will get that CPC and it will go to the Yeesshh advertiser.

      How it works:

      1) As a publisher, check your eCPC (for instance, if you have 1 sale of $100 every 100 clicks, then your eCPC would be $1)
      2) Add this into your Yeesshh link as a "bid floor" parameter through &bf=1.0
      3) Set up the fallback to your affiliate link.
      The result looks like this:
      https://go.buysavings24.com/d?pk=YourPassKey&sid=subID123&brand=Nike.com&brandct=6&url={homepage_or_deeplink_at_nike.com}&bf=1.0&fb=https%3A%2F%2AffiliateLink%2Faff_c?offer_id=999&aff_id=99999

      Programmatic RTB Integration

      This model allows publishers to participate in our real-time bidding system via:

      • XML

      • JSON

      • OpenRTB (custom setup may be needed)

      How It Works

      1. Publisher sends a visit request via feed

      2. Our system replies with the best available bid

      3. If accepted, ad is served instantly

      OpenRTB integrations require technical alignment and should be discussed with our team for optimal setup.


      Both integration models are flexible and optimized for maximum yield.