Vingle already had features such as "Related Interest" and "Search" to allow users to have a more seamless experience. However, these tools were underutilized by the user base. This complicated the process for users to transition between various interest communities.
In order to consume content on the platform, users predominantly scrolled through the newsfeed of their respective interests. Vingle's algorithm rewarded interest communities with higher levels of engagement by placing them higher on the newsfeed. Therefore, interests with less participation were relegated to the bottom of the page.
Consequently, the platform's users were limited regarding the amount of interest communities they could participate in. This reduced the exposure to communities which were less popular.
We found that 85% of the users stayed on the home page. They recognized this feed as the main source for content consumption, which hindered the transition into various interest communities. Therefore, we listed the interests on the top of the home page, which ultimately encouraged users to explore new interests and transition into them.
With two client developers, a back-end developer, and a data scientist, I reached a consensus on how to tackle the various issues, which included the necessary base work and methods to maintain the advertisement section on the page. Then we distributed the updates to 20% of the user base for a/b testing and continued to optimize our design solutions.
Group3 positioned in the top of the homefeed with a random sampling of users' followed interests showed the highest Click-Through Ratios. On the other hand, Group1, Group2, and Group4 were positioned in 5-6th place with various algorithms that aimed to increase curiosity of users.
Interestingly, users in 20s and 30s recorded significantly low average CTRs of Interest Preview serving QnA and Talk. The results led us to un-weighted the contents for the particular age groups.
Recommend interest for users that they may like. Create more exposure to users by implementing elements like ranking as it should be a page that users should be able to search or browse new contents or interests.
Apparently, each gender groups showed different behaviors given similar sets of cards. While males recorded
a higher average read count, females were more active in the sense that they read more diverse sets.
Two histograms represent users who decided to vertically scroll down in the screen and the corresponding Click-Through Ratio on contents at each position. Counts position 1 was naturally high and the CTR was spiked up in position 3.