Anodot monitors the audience journey and game engagement in real time, to ensure a seamless experience from registration to purchase and retention across all versions and permutations.
Ensure a smooth player experience and scale your usage and revenue by monitoring your game mechanics for anomalies in:
New Users
Active Users
Paid Users
Level Up
Level Completion Rate
Conversions & Purchases
Your game is a living, dynamic environment. New features have an immediate impact – whether positive or negative – on player behavior and usage. Product managers and game developers need to be able to anticipate and address challenges so that users can enjoy a seamless gaming experience that increases in-app purchases. Monitoring game mechanics at scale with manual thresholds can’t be done.
Anodot autonomously monitors, learns, and correlates the behavior of all your metrics to immediately alert you to mission critical deviations such as drops in usage, level progression, repeat players, and in-app purchases.
Anodot learns the normal behavior of every single metric within minutes, and starts monitoring all incoming data in real-time. Simply use one of our built-in collectors to connect your product for immediate, complete coverage of all your game mechanics.
Anodot autonomously distills billions of data events into the single, scored, spot-on alerts that you need to know about right now. Relevant stakeholders are immediately notified via email, Slack, PagerDuty or even Webhook. With Anodot you can leave behind alert storms, false positives and false negatives, and concentrate on what really matters: developing your game, and scaling your usage.
Anodot’s AI-driven anomaly detection is completely autonomous. There’s no need to define what data to look for or when, no manual thresholds to set up or update. Easily create advanced game mechanics monitors with Anodot’s adaptive alert dashboard. Add events such as new features or user flows for greater context when incidents happen.
Real-time high-
definition coverage
Fastest incident detection
and resolution
Fully autonomous
monitoring