Minecraft anticheat guide
FairPlay Scaffold, Right-Click, and Block-Place Logic Explained
A practical explanation of why scaffold checks should separate real block placements from ordinary right-click interactions and non-place actions.
Scaffold checks must start from real placement context
A strong scaffold system should not treat every right-click as a block placement. Some right-click packets are item uses, interactions, or non-place actions. Counting all of them as scaffold evidence creates noisy logs and bad staff decisions.
FairPlay Scaffold checks can evaluate placement context and related packet or player state. Review the check name and alert details when investigating ordinary bridging reports.
Why this matters for admins
Server owners searching for ScaffoldFastPlace or scaffold false positives usually need one answer: the check must distinguish placing blocks from interacting with the world. Staff should see flags only when the action matches the check's intended evidence model.
This is part of FairPlay's broader design goal: clean alerts, useful variables, and configurable behavior rather than noisy generic failures.
What to watch when tuning
Watch placement interval, clicked face, target block, held item, rotation consistency, safewalk-like behavior, sprinting, sneak speed, repeated pitch, packet order, and post-swing timing. Do not tune scaffold from one signal alone.
Scaffold subfamilies and scope
FairPlay includes a ScaffoldEagle check that evaluates eagle-style bridging behavior. The checks available on a server depend on its configuration.
Staff should review the alert context and configured response before changing a threshold or applying mitigation to a player.
FAQ
Should scaffold checks count every right click?
No. Scaffold checks should focus on real block-place context and avoid treating unrelated interactions as placement evidence.
Why does FairPlay have many scaffold checks?
Scaffold cheats expose multiple signals: timing, rotation, movement, packet order, face data, and placement position. Multiple narrow checks are easier to tune than one vague check.