Data governance is a top priority for most digital marketing customers today. Given that, customers need control over the data that gets forwarded to AAM from Adobe Analytics. Implementing the [cm.ssf] context variable gives our customers the power to flag Analytics hits that should not be forwarded to AAM.
Let’s discuss a couple of use cases where the [cm.ssf] context variable has been used as a solution.
This use case was related to GDPR and user consent. If a site visitor has not provided consent, it is imperative that Analytics data not be forwarded to AAM. Please note, this solution does not capture user consent, however, if the customer has a consent management system or process, the [cm.ssf] context variable can be set to control the data sent to AAM via SSF.
Elimination of pixels on specific pages
This use case was related to eliminating all marketing pixels on specific pages of the site. Adding conditional logic to the page code to set the [cm.ssf] context variable based on a list of page names (or URLs) will prevent SSF to AAM and all AAM pixels from firing.
Implementing the [cm.ssf] context variable will require an update to your Analytics page code, however, it does not require upgrading your AppMeasurement library (AppMeasurement version 1.5+ is a requirement for SSF). While I am an advocate of using up-to-date code libraries (to take advantage of new features and bug fixes), in this instance I am using AM version 1.7 to ensure the solution will work for a client using an older library.
How the [cm.ssf] context variable works
On pages where Analytics data should be forwarded to AAM, the context data variable should be set to 0. It’s worth noting this is the default behavior. If the [cm.ssf] context variable is not implemented and SSF is implemented, data will be forwarded to AAM.
On pages where Analytics data should NOT be forwarded to AAM, the context data variable should be set to 1. The data will still be collected in Analytics but no data from that page will be forwarded to AAM.
The details below illustrate how I implemented this solution on a sample website.
How to implement [cm.ssf] context variable
I’ve created 2 sample pages: test_ssf.html and page2.html. A few details about my 2-page website setup-
Both pages include:
Data layer a data layer object named UDO.
To simulate user consent, I’ve added a data layer element of pageData.userConsent.
When a user has not provided consent, the data layer variable UDO.pageData.userConsent will have a value of “no”. When a user has provided consent, the data layer variable UDO.pageData.userConsent will have a value of “yes”.
a button that changes the value of the user consent when clicked. This button also fires a s.tl() call.
In the page code, I need to add logic to check the user consent, and appropriately set the [cm.ssf] context variable. For reporting purposes, I’m also setting a prop (s.prop5) to indicate if the data is being passed to AAM or not.
Below is the code snippet that is added on both test pages.
If user consent is “no”, the [cm.ssf] context variable should be set to “1”. Prop5 is set with the value of “Do NOT send to AAM via SSF”.
If user consent is “yes”, the [sm.ssf] context variable should be set to “0”. Prop5 is set with the value of “sending to AAM via SSF”.
Now that I’ve implemented the necessary changes, I can go to the browser to validate everything is working as expected.
Validating in the browser
The tools I will use for validation include:
Browser Developer Tools (I am using Chrome, but any browser will work)
On my sample webpage, where SSF has been configured (also the default behavior) and in this case the cm.ssf context variable has been set to “0”, the Analytics hit response shows a postback response with information. This indicates data is being server side forwarded to AAM and AAM is able to pass back information.
In the Analytics hit, you can see the [cm.ssf=0] context data variable get set.
For demo purposes, I do NOT want to share Analytics data with AAM on page2. The [cm.ssf] context variable value needs to be set to “1”.
Once I navigate to page2, where consent has NOT been provided, the Analytics hit response shows a postback response without information. A “status:SUCCESS” indicates server side forwarding is enabled for the report suite, however, data is NOT being forwarded to AAM. Also note, AAM pixels do not fire (ie. dest5.html pixel or URL destination pixels).
In the Analytics hit, you can see the [cm.ssf=1] context data variable get set.
For validating SSF, I’ve configured my report as shown below.
The Instances metric will provide a count of how often the cm.ssf variable values are set. My secondary dimensions are AAM test (s.prop5) and Page (s.pageName).
Validating in AAM
Keep in mind the reporting in AAM has a last day lookback, so you will not be able to validate in real-time.
Using the prop that I implemented, I configured 2 AAM traits – “CM.SSF Flag – sent” and “CM.SSF Flag – don’t send”, as shown respectively below.
In the General Reports (Analytics > General Reports), I can view the Unique Trait Realizations of both traits by selecting the two traits and running a report.
Since the prop will only be set to “do not send to aam via ssf” when the [cm.ssf] context variable is set to “1” (meaning SSF should not occur), the “CM.SSF Flag – don’t send” trait should never be realized or have any population.
AAM reports on unique devices or users, so as expected there is 1 unique trait realization based on my testing.
While, this solution will control the analytics data that is forwarded to AAM, it does not control Adobe Analytics segments that are shared to the Marketing cloud and leveraged in AAM. It is imperative that customers consider the composition of segments to ensure their data governance requirements are met.
The [cm.ssf] context variable can be used alone to control the data sent from Adobe Analytics to AAM via server-side forwarding, as discussed in this article. This solution can also be combined with other offerings (ie. Opt-in service, Visitor Service configurations, GDPR API) to provide Adobe customers additional levels of control and governance.
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