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High concurrency, zero-cost abstractions, and memory safety for large-scale online games and global content platforms.
Build AI-enhanced features directly into gameplay including generative NPC dialogue, dynamic quest generation, and intelligent item systems.
Horizontal scaling with no manual sharding, supporting millions of concurrent users for massively multiplayer and high-concurrency streaming.
Manage user profiles, game state, matchmaking, analytics, and AI features with document, graph, vector, and time-series support.
SEE IT IN ACTION
Traverse player interaction graphs to uncover coordinated cheating rings and suspicious trade patterns.
USE CASES
Detect suspicious activity in PvP economies or virtual marketplaces using graph analysis and real-time monitoring.
Recommend maps, skins, items, or in-game events based on player history and affinity.
Intelligent friend and guild recommendations using behavioural graph analysis and social network modelling.
Understand moment-to-moment player decisions with real-time analytics and behavioural tracking.
Measure churn risk, engagement drops, or content fatigue in real time with predictive analytics.
Evaluate new mechanics or pricing strategies live with instant feedback and statistical analysis.
TRUSTED BY
Samsung uses SurrealDB to power knowledge graphs for real-time audience insights and ad targeting in its ad division.
Learn moreTencent uses SurrealDB to consolidate nine backend tools into one real-time monitoring platform.
Learn moreWHY SURREALDB
Analyse player behaviour, game events, and engagement data in real time. Track triggers, power heatmaps, and detect anomalies live.
Vector search and knowledge graphs return structured intelligence at sub-millisecond speed, adapting gameplay while the player interacts.
State rollbacks after exploits, historical replays for esports, and regulatory compliance for real-money games.
Document storage, graph queries, vector search, and time-series analysis in a single engine.
Support millions of concurrent users, events, and interactions with horizontal scaling that requires no manual sharding.