This feature can collect samples, behaviors, and traces of cheats on the game client and report them to the ACE backend. Subsequently, ACE's backend AI and strategy engineers can precisely identify cheats and related fraudulent activities based on the reported information, thereby preventing cheats.
Based on cheat feature/signature detection, ACE could identify suspicious cheater environments and cheat sample, providing real-time cheat detection capabilities.
An industry-leading cross-process injection protection solution, when ACE detects cheats attempting to access the game process for memory read and write operations, it will deny these actions. This solution does not rely on cheat samples and can effectively prevent various types of cross-process cheats.
This feature, independent of cheat samples, collects key behavioral data from players within the game. Subsequently, the ACE security backend performs real-time validation of key behavioral data, detection of behavioral anomalies, and determination of abnormal gaming actions, thus detecting game cheating based on behavior.
In-game cheat behavior results in players' dissatisfactions and doubts about game fairness, or even causes a player churn.
By integrating the ACE anti-cheat service, cheating activities within the game can be detected and prevented, greatly protecting the game's fair competitive environment.
Supported by technical experts with years of anti-cheat experience, rapidly resolving cheating issues in games.
A professional cheat monitoring plan and team ensure complete coverage of cheat update channels.
From frontend hardening to backend cheat detection, and security vulnerability discovery at various game nodes, ACE provides an all-encompassing anti-cheat solution.
The solution, having undergone nearly 20 years of iterations and upgrades, is stably used in multiple games with tens of millions of daily active users, ensuring strong stability and compatibility.