Client integrity and game-economy security are different concerns. Rewards, purchases and competitive results must not depend solely on local values.
Evaluation approach
Build options such as IL2CPP change analysis methods but do not guarantee cheat prevention. Design server authority and economy rules separately.
Application example
Validate rewards and inventory changes on the server. Distinguish a locally altered score from a reward actually accepted by the server.
Limits and considerations
RASP does not automatically detect every behavioral cheat or business-logic flaw.
Engine transformations are not security guarantees
The scripting backend affects the generated artifact; IL2CPP, for example, produces native code. That transformation alone is neither runtime protection nor a complete anti-cheat system. Validate the game economy server-side.
Assess startup, frame times and device architectures during a RASP trial. Separate protection events from performance degradation. Test purchases, inventory and scores against their own business rules.
Checks and decisions
- Identify the scripting backend
- Keep economy rules on the server
- Measure performance during play
Measure protection overhead during real sessions and frame rendering as well as startup.
Sources
The primary references above provide the technical basis. Example workflows and evaluation suggestions are this publication’s explanations, not independent test results for a particular product.