Server-side tracking lets you take back control over what data gets shared. Before any request is sent to your partners, each parameter can be filtered or edited (such as IP address, user ID or user agent) during its transfer to the server-side TMS. This allows advertisers to comply with regulations, whether imposed by legislation or induced by internal privacy policies. Based on a standardized, unique measuring protocol on the client’s side, server-side tracking also reinforces control by centralizing the activation of partner requests. By removing piggybacking (i.e., a tag loaded onto a website by another tag), this process also increases transparency. New functionalities allow these modifications to be applied directly from the user interface, such as Transformations on Google’s server-side GTM or a similar feature on PlatformX’s Commanders Act. As brands face appearing and disappearing restrictions they must rapidly conform to, server-side architecture brings the necessary agility for teams to adapt their data collection techniques.
Complete control over data collection
Transparency and control against piggybacking
Aside from control over data, server-side architecture also allows for the enrichment of data collection. The specific data required for proper reporting or campaign optimization is not always available in a website’s code when a request is sent to a partner. This scarcity may be due to confidentiality (sensitive data such as client information or product margins) or complexity (architecture intricacy or a demanding tag updating process) issues. However, data collection can be enriched by the server-side TMS as the request travels, with information gleaned from the cloud or, more simply, from a spreadsheet. Thus, advertisers can activate advanced use cases, such as value-based bidding, by maximizing the generated margin.
Server-side tracking enrichment
As trackers become increasingly limited, especially 3rd party cookies, a major challenge faced by marketing teams is understanding the effectiveness of their active marketing levers. Browser-implemented cookie limitations complicate this process further as attribution is largely based on this data. Contrastingly, server-side architecture utilizes HTTP cookies, which are more resilient than their JavaScript counterparts. Deposited server-side, these HTTP cookies are also more durable. Leveraging this approved, reliable data allows for more flexible measuring and better understanding of marketing levers efficiency.
The upcoming disappearance of 3rd party cookies is forcing advertisers to rely on their 1st party data to assess activation success – a reliance made easier and more secure with server-side measurement (cf. #1,2).
Attribution window according to cookie type
While browsing advertisers' websites, the proliferation of javascript tags and associated requests increases web pages loading times. Server-side tracking streamlines these browser calls as each user action results in a single server-side TMS request, which feeds data collection for all partners. Decreasing the volume of triggered scripts on a website reduces loading times, ultimately improving user experience. As a result, advertisers can directly impact their website conversion rate by optimizing their data collection architecture.
Website performance optimization
Server-side architecture guarantees agility in uncertain times. Once integrated within cloud infrastructure, server-side tracking brings control, resilience, and flexibility. It allows for advanced measurement and activation use cases and for cookie-less readiness.
As of today, server-side measuring coexists with its client-side counterpart, but in the near future, it will establish itself as the gold standard for collection by providing:
Discover all the latest news, articles, webinar replays and fifty-five events in our monthly newsletter, Tea O'Clock.
.svg)
