Aarchi Singla
Featured project
IPL Crunch '26: Busting the Toss Myth & Unlocking the 19th Over Blueprint
Sports engagement platforms and fantasy applications frequently build user features around legacy assumptions—like over-indexing on pre-match toss outcomes or emphasizing powerplay hitting. This misalignment leads to static digital experiences and missed monetizable engagement windows. By analyzing five seasons of ball-by-ball IPL data, this project serves as a data-driven product discovery framework. It uncovers objective match-play realities to help sports products optimize feature prioritization, trigger high-value live notifications, and maximize platform retention Process The product discovery pipeline began by ingesting multi-season JSON match architectures, transforming them into structured formats for metric validation. I mapped the core user experience of a match by feature-engineering three distinct lifecycle phases: Powerplay, Middle, and Death overs. To evaluate feature relevance, I ran cross-tabulations on toss variables against ultimate match outcomes. Rather than settling for baseline phase outputs, I iterated on user attention telemetry by drilling into over-by-over mechanics. This pivoted the product roadmap from broad phase analytics to isolating a high-density tactical anomaly in the 19th over, unlocking a major hidden engagement window for live sports applications. Results This product teardown disproved the toss myth, validating a flat 51.55% match win rate that eliminates it as a core predictive feature. Instead, data isolated the middle-overs phase as the primary retention driver, where winning teams generate a crucial +8.53 run advantage. Crucially, over-by-over tracking revealed that the 19th over captures peak action with a 23.56% boundary density. For a sports app, this identifies the ultimate high-intent window for live ad-tech insertion and gamification. Finally, user profiling identified Shubman Gill and Yuzvendra Chahal as elite format anchors. Reflection To scale this from a static analysis into a commercial sports product, I would transition from retrospective analytics to a predictive live-feature roadmap. I would deploy a real-time machine learning engine to stream live win-probability updates directly to users during critical middle-over scoring shifts. Additionally, I would leverage the 19th-over boundary density insight to design programmatic ad-insertion triggers and live, flash-gamification features (like micro-predictions), monetizing user attention precisely when audience engagement peaks