Common questions about FalconEye protection.

FalconEye Shield is a layered Ragnarok Online anti-cheat and client-protection system. It combines runtime protection, protected login verification, integrity checks and behavior-oriented validation instead of relying on a single client check.

No security product can honestly guarantee that. FalconEye is designed to make common bypass methods significantly harder by forcing an attacker to deal with several independent protection layers instead of one easy patch point.

Protected FalconEye paths are designed to fail closed. If required verification is missing or invalid, the client or session should not simply continue as if it were protected.

FalconEye includes timing, cadence and action-flow checks intended to detect or reject abnormal behavior associated with no-delay and similar action-speed abuse.

FalconEye is designed to increase resistance to abnormal timing and action cadence. Protection depends on the protected action and client/server flow, so it is presented as layered resistance rather than an absolute guarantee.

FalconEye uses protected session requirements plus protocol and behavior checks that make normal OpenKore-style and bot automation workflows harder to use against a protected server.

Behavior and timing checks can increase resistance to repetitive automated actions and abnormal input patterns. FalconEye does not claim that every possible macro is permanently detectable.

FalconEye includes protocol-side validation aimed at suspicious replay, duplicate, malformed and manipulated packet or action flows commonly associated with packet-editing abuse.

Protected session and action flow include state intended to make simple capture-and-replay techniques unreliable. Replayed or duplicated protected traffic can be rejected when it does not match the expected session state.

FalconEye includes client runtime hardening and injection-oriented checks intended to detect or stop unauthorized modules and unexpected changes in protected runtime paths.

Integrity-oriented checks can validate protected client components and make simple executable or protected-resource replacement less useful as a bypass path.