Diagnosing an engagement decline and designing personalized contest recommendations for an African DFS platform.
Squads is a Daily Fantasy Sports (DFS) platform where users draft real athletes into short-term contests for prize pools. This work covered three fronts: the strategic and regulatory landscape of DFS expansion, a data-driven approach to diagnosing a decline in engagement, and a full product specification for a personalized recommendation feature designed to lift conversion.
DFS sits in a regulatory grey area between skill gaming and gambling, demanding robust age/geolocation controls and responsible-gaming safeguards. On top of that, the platform faced a decline in engagement with no clear root cause — acquisition, retention, a technical payment failure, or a weakness in the contest offering itself? And growth depended on expanding beyond football into new sports without alienating a price-sensitive, trust-cautious user base.
Mapped the DFS model, its key risks (regulatory compliance, responsible gaming) with concrete PM mitigations, and built a sport-expansion strategy prioritising basketball then cricket against demand, data availability, and regulatory factors.
Defined a prioritised metric investigation — login/session, browse-to-entry funnel, payment success, contest participation by type, and new vs. returning activity — to separate a retention problem from a product-offering problem.
Specified 'Smart Contest Recommendations': an ML-driven home-screen surface with goals, KPIs, user stories, acceptance criteria, a phased go-to-market, and edge-case handling.
target browse-to-entry conversion (8 weeks)
target time from login to first entry
target weekly sessions per user
target new-user 7-day retention
The core insight was sequencing: before building anything, instrument the funnel to learn whether the decline is acquisition, retention, or offering. The recommendation feature only earns its place once the data shows engaged users dropping off at the browse-to-entry step — otherwise it's a solution in search of a problem.