
Engagement reach grew while intensity weakened
In Q2 2026, the most recently completed quarter, Mgm Resorts International’s estimated DAU reached 231.4K, up 1.6% QoQ and 7.8% YoY, while estimated MAU hit 3.9M, up 12.0% YoY.
For investors, intensity weakened, with avg sessions per DAU down -19.4% YoY and avg time spent per DAU down -47.8% YoY, suggesting broader reach is outpacing engagement depth and expansion quality is mixed.
Downloads Climbed to 101.0K, Up 1.7% WoW
Downloads reached an estimated 101.0K for the Week of July 6, rising 1.7% WoW.
In Q2 2026, the most recently completed quarter, downloads declined -9.1% QoQ and grew 6.3% YoY.
That mixed download trend makes engagement quality the follow-on lens.
Weekly sessions reached an estimated 10.1M for the Week of July 6, falling -3.7% WoW.
In Q2 2026, sessions rose 0.9% QoQ and grew 12.1% YoY.
For investors, this divergence may signal some buffer against monetization risk.
Moderate Churn Points to Mixed Retention Health
BetMGM – Online Sports Betting churn stood at an estimated 42.41% in Q2 2026, the most recently completed quarter, up 10.9% YoY and sitting in the moderate range, which suggests mixed retention health below the high-churn threshold.
For investors, this moderate but worsening churn profile may signal less predictable repeat activity, weaker CAC efficiency through lower estimated user LTV, and potential revenue volatility for a betting app dependent on repeat engagement.
Mixed Momentum Across Mobile Metrics
MGM Resorts International’s declining quarterly MPI signal suggests a mixed mobile profile as Q3 2026 begins, with acquisition and user reach showing pockets of growth while engagement depth and estimated churn point to weaker repeat-use quality.
Apptopia’s MPI for MGM is a useful way to measure whether the Week of July 6 rebound is improving a still-declining quarterly mobile signal.
For investors, Apptopia’s MPI, download, engagement, and churn metrics may indicate whether reach growth is translating into repeat activity and better expansion quality.