Publication | Closed Access
Fides
16
Citations
20
References
2009
Year
Unknown Venue
EngineeringInformation SecurityVerificationInformation ForensicsFormal VerificationSoftware AnalysisHardware SecurityData IntegritySystems EngineeringTrusted Execution EnvironmentClient MachineGame ExecutionRuntime VerificationComputer EngineeringClient-side AuditorComputer ScienceData SecurityCryptographyTrustworthy ComputingSoftware TestingIntegrity Verification
As a result of physically owning the client machine, cheaters in online games currently have the upper-hand when it comes to avoiding detection. To address this problem and turn the table on cheaters, this paper presents Fides, an anomaly-based cheat detection approach that remotely validates game execution. With Fides, a server-side Controller specifies how and when a client-side Auditor measures the game. To accurately validate measurements, the Controller partially emulates the client and collaborates with the server. This paper examines a range of cheat methods and initial measurements that counter them, showing that a Fides prototype is able to efficiently detect several existing cheats, including one state-of-the-art cheat that is advertised as "undetectable".
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