Script - Roblox Scripts - Fe Admin ... |best| | Fe Ban Kick
This essay explores the evolution, technical mechanics, and ethical implications of "FE Ban Kick" scripts within the Roblox ecosystem. Introduction In the world of Roblox development, "FE" stands for FilteringEnabled
. This security feature was implemented to prevent client-side changes from replicating to the server, effectively ending the era of "level 7" exploits that could delete the entire game map for everyone. However, the cat-and-mouse game between developers and scripters continues, leading to the creation of FE-compatible administrative scripts designed to ban or kick players. Technical Mechanics A "Ban Kick" script functions by targeting the
object within the Roblox engine. In a standard, legitimate environment, these scripts are executed via Server-Side Scripts
function is a built-in method that disconnects a user from the server, usually displaying a custom message. Modern Roblox banning utilizes the DataStoreService or the newer BanService
. These systems save a player’s unique UserID to a persistent database, checking it every time a player attempts to join.
Under FilteringEnabled, a script can only kick a player if it has "Server-Side" permissions. Exploits that claim to be "FE Ban Scripts" usually rely on finding a vulnerability in a RemoteEvent
. If a developer accidentally leaves a RemoteEvent "open"—meaning it accepts instructions from the client to execute server-side actions—an exploiter can fire that event to trigger the kick function on other players. The Role of FE Admin Commands
Most legitimate "FE Admin" scripts (like Adonis, Kohl’s Admin, or HD Admin) are essential tools for community management. They provide a user-friendly interface for moderators to maintain order. These scripts are highly optimized to ensure that the ban and kick functions are secure and cannot be hijacked by unauthorized users. Without these FE-compliant tools, large-scale games would be overrun by trolls and bad actors. Ethical and Security Implications
The existence of "leaked" or "exploited" ban scripts presents a significant risk to game creators. Backdoors:
Many scripts found on third-party forums or the Roblox Toolbox contain "backdoors." These are hidden lines of code that give the script's creator creator-level permissions in any game where the script is installed. Game Reputation:
If a player is unfairly kicked or banned by a malicious script, it reflects poorly on the game's developer, potentially leading to a loss of players and revenue. Conclusion
"FE Ban Kick" scripts represent the duality of Roblox’s technical landscape. While they are indispensable tools for moderators to keep communities safe, they are also targets for exploitation. For developers, the lesson is clear: security depends on robust RemoteEvent validation FE Ban Kick Script - ROBLOX SCRIPTS - FE Admin ...
. For players, it serves as a reminder of the complex infrastructure required to maintain a fair and functional metaverse. secure RemoteEvents to prevent these scripts from being exploited?
Why FE matters for Kicking/Banning
Non-FE scripts are obsolete. If your admin script doesn't use FE, exploiters can simply disable the GUI that tries to kick them. With FE, the kick command fires a remote that the server must verify, making the ban irreversible from the client's perspective.
Mastering Roblox Security: The Ultimate Guide to FE Ban & Kick Scripts (FE Admin Systems)
Meta Description: Looking for a reliable FE Ban Kick Script? Explore advanced Roblox scripts for FE Admin panels. Learn how FilteringEnabled (FE) handles kicking, banning, and temporary bans with full source code examples.
In the modern era of Roblox development, FilteringEnabled (FE) is no longer optional—it is mandatory. Before 2018, exploiters could easily change other players’ stats or teleport them. Today, FE ensures that the server (Roblox Cloud) is the ultimate authority.
However, server owners and admin script users frequently search for the holy grail of moderation tools: The FE Ban Kick Script.
This article breaks down how to write, implement, and troubleshoot FE-compliant ban and kick scripts inside FE Admin systems. Whether you are building an FE Admin panel from scratch or modifying an existing Roblox script, this guide covers logic, remote events, and persistence.
Issue A: "The kick works in Studio but not on a live server."
- Cause: LocalScripts cannot fire remote events if the GUI is not replicated properly.
- Fix: Ensure your
ScreenGuihasResetOnSpawn = falseand is parented toplayer.PlayerGui.
Server Script Addition:
local dataStoreService = game:GetService("DataStoreService") local banStore = dataStoreService:GetDataStore("PlayerBanList")local function isPlayerBanned(userId) local banned = banStore:GetAsync(userId) return banned == true end
local function banPlayer(admin, targetName, reason) local target = game.Players:FindFirstChild(targetName) if target then local userId = target.UserId banStore:SetAsync(userId, true) target:Kick("You are banned: " .. reason) end end
-- Auto-ban on join (Place inside a function that runs when player joins) game.Players.PlayerAdded:Connect(function(player) if isPlayerBanned(player.UserId) then player:Kick("You are banned from this server.") end end)
Warning: DataStore operations are asynchronous. Wrap SetAsync in pcall to avoid yielding errors. This essay explores the evolution, technical mechanics, and
FE Ban/Kick Script — Exhaustive Reference (Roblox)
This reference covers what FE (Filtering Enabled / FilteringEnabled/FE) ban and kick scripts are on Roblox, how they work, common techniques, code examples, security and ethics considerations, and debugging/tips. It assumes familiarity with Roblox Lua (Luau), Roblox Studio, and basic client-server model in Roblox.
Warning: modifying, distributing, or using administrative scripts to ban or kick players without permission on servers you don’t control may violate Roblox Terms of Use and community rules and can lead to account action. Use these techniques only on games you own or administrate with proper authorization.
Contents
- Overview
- Core concepts (FilteringEnabled, client vs server, RemoteEvents)
- Typical features of FE ban/kick systems
- Data storage and persistence (DataStore, server-side lists)
- Authorization and admin verification
- Example implementations
- Simple server-side kick
- Ban list with persistence
- Admin command handling (secure)
- Client request / server validation pattern
- Silent/soft-ban vs hard-ban patterns
- Anti-bypass hardening
- Logging and appeals handling
- Common pitfalls and fixes
- Ethics, moderation workflow, and best practices
Overview
- “FE Ban/Kick Script” usually refers to scripts that allow authorized admins to kick or ban players in a Roblox game that uses FilteringEnabled (now the default behavior). In FE, clients cannot directly modify server state; server-side enforcement is required for reliable moderation.
- Key goals: reliably remove disruptive players (kick) and prevent them from rejoining (ban), while preventing abuse by malicious clients or insufficiently secured code.
Core concepts
- FilteringEnabled (FE): client changes do not replicate to server. Server scripts (Script) control authoritative game state; LocalScripts run on client and are untrusted.
- Server-side enforcement: kicks and bans must be executed from server scripts to be effective. Server:Kick() / :Kick(reason) or Player:Kick(reason) is used to disconnect a player.
- RemoteEvents/RemoteFunctions: used to send admin commands from client UI to server. Must validate sender authorization on server before taking action.
- Player identifiers: use UserId (numeric) as canonical identifier; it is stable and safer than DisplayName or Username.
- Persistent bans: store banned UserIds in a DataStore or external database to persist across server restarts.
Typical features of FE ban/kick systems
- Kick: immediate disconnection with message.
- Temporary ban: ban for X minutes/hours/days.
- Permanent ban: indefinite ban until manually removed.
- IP-style soft bans (e.g., Ban by UserId only; Roblox does not give IPs).
- Silent (admin-only) bans that don’t notify other players.
- Broadcast messages / logs to admin GUI or external logging service.
- Automated ban lists (e.g., from global moderation or external source).
- Appeals queue: record reason, admin, timestamp for review.
Data storage and persistence
- DataStoreService: built-in persistent storage. Use a DataStore with a safe key (e.g., "BanList_v1"). Limitations: rate limits, size limits, consistency considerations.
- Structure suggestion:
- Key per game (single datastore entry) or key-per-user (Ban_User_) — choose based on expected size and update patterns.
- Value example: UserId = 12345678, BannedBy = 987654, Reason = "Cheating", Start = 1680000000, -- unix ts Duration = 0, -- 0 for permanent, else seconds Expires = 0 -- unix ts or nil
- Handling concurrent writes: use UpdateAsync to avoid race conditions.
- Consider backup: write to DataStore and optionally to external web service for redundancy.
Authorization and admin verification
- Never trust client-sent "isAdmin" flags. Verify on server by checking:
- A hardcoded admin list of UserIds in server script or DataStore.
- Role-based checks in Roblox groups (Player:IsInGroup(groupId) and check role rank).
- External authorization service (HTTPS endpoint) — ensure secure tokens.
- Store admin list in server code or DataStore, not client code.
- Avoid exposing admin-only RemoteEvent names to easily discoverable globals; though security by obscurity is not sufficient—always validate.
Example implementations Note: these are concise illustrative snippets showing patterns; adapt and test before use.
- Simple server-side kick (server Script)
local Players = game:GetService("Players")
Players.PlayerAdded:Connect(function(player)
-- Example: kick automatically if username matches something
if player.Name == "BadActor" then
player:Kick("You are banned from this server.")
end
end)
-- Or manual kick function for admin commands on server
local function kickPlayer(targetPlayer, reason)
if targetPlayer and targetPlayer:IsDescendantOf(Players) then
targetPlayer:Kick(reason or "Kicked by an administrator.")
end
end
- Ban list kept in memory (non-persistent; resets on server restart)
local Players = game:GetService("Players")
local banned =
[12345678] = reason = "Abuse", expires = math.huge
Players.PlayerAdded:Connect(function(player)
local ban = banned[player.UserId]
if ban then
player:Kick("Banned: " .. (ban.reason or "No reason specified"))
end
end)
- Persistent ban list using DataStore (basic pattern)
local DataStoreService = game:GetService("DataStoreService")
local banStore = DataStoreService:GetDataStore("BanList_v1")
local Players = game:GetService("Players")
local cachedBans = {}
-- load bans into memory at server start (if small)
local function loadBans()
local success, data = pcall(function()
return banStore:GetAsync("global")
end)
if success and type(data) == "table" then
cachedBans = data
end
end
local function saveBans()
pcall(function()
banStore:SetAsync("global", cachedBans)
end)
end
local function isBanned(userId)
local entry = cachedBans[tostring(userId)]
if not entry then return false end
if entry.Expires and entry.Expires > 0 and os.time() >= entry.Expires then
cachedBans[tostring(userId)] = nil
saveBans()
return false
end
return true, entry
end
Players.PlayerAdded:Connect(function(player)
local banned, entry = isBanned(player.UserId)
if banned then
player:Kick("Banned: " .. (entry.Reason or "No reason"))
end
end)
-- admin command to ban
local function banUser(userId, durationSeconds, reason, adminUserId)
local expires = 0
if durationSeconds and durationSeconds > 0 then
expires = os.time() + durationSeconds
end
cachedBans[tostring(userId)] =
Reason = reason or "No reason given",
BannedBy = adminUserId,
Start = os.time(),
Expires = expires
saveBans()
-- kick if currently in-game
local pl = Players:GetPlayerByUserId(userId)
if pl then
pl:Kick("You are banned: " .. (reason or "No reason"))
end
end
Notes: For large ban lists prefer per-user keys or paginated storage; avoid storing massive tables under a single key due to size and rate limits.
- Secure admin command handling (RemoteEvent with server validation)
- RemoteEvent named "AdminCommand" in ReplicatedStorage.
- Client sends: AdminCommand:FireServer("ban", targetUserId, durationSeconds, reason)
- Server validates sender's admin status before executing.
Server Script example:
local ReplicatedStorage = game:GetService("ReplicatedStorage")
local Players = game:GetService("Players")
local AdminCommand = ReplicatedStorage:WaitForChild("AdminCommand")
local admins =
[123456] = true, -- populate with admin UserIds
local function isAdmin(userId)
return admins[userId] == true
end
AdminCommand.OnServerEvent:Connect(function(player, cmd, targetUserId, duration, reason)
if not isAdmin(player.UserId) then
-- optional: log unauthorized attempt
return
end
if cmd == "kick" then
local target = Players:GetPlayerByUserId(targetUserId)
if target then
target:Kick(reason or "Kicked by admin.")
end
elseif cmd == "ban" then
-- call banUser function from persistent example
banUser(targetUserId, duration, reason, player.UserId)
end
end)
Important: Do not rely on RemoteEvent names for security. Always validate admin privileges server-side.
- Temporary/permanent ban handling & expiration
- Store Expires timestamp; when a player joins check and if expired, remove the ban entry.
- Periodically cleanup expired bans in a background loop or on every join.
- Appeal/logging infrastructure
- Record ban entries with admin, reason, timestamp.
- Optionally write logs to an external HTTP endpoint (use HttpService:PostAsync) for centralized moderation tools, retention, and searching.
- Keep appeals handling: a GUI or web form linked to logs with ID referencing stored ban entry.
Anti-bypass hardening
- Ensure all enforcement is server-side.
- Validate all RemoteEvent requests for correct data types and reasonable ranges (e.g., duration < some max).
- Rate-limit admin actions per admin to avoid mass-bans by compromised admin accounts.
- Use a last-resort safety check: prevent admins from banning the game owner or a protected list unless owner allows it.
- Avoid using Locale/localized messages from clients to make ban messages consistent and prevent injection.
Logging and monitoring
- Log each admin action: who performed it, target, reason, timestamp, server ID.
- Include server-specific identifiers for cross-server incidents.
- Consider duplicate logging (DataStore + external service) for audit trail.
Common pitfalls and fixes
- Pitfall: Storing ban list only in memory → bans lost on restart. Fix: persist to DataStore.
- Pitfall: Client-side admin checks → easily bypassable. Fix: server-side verification.
- Pitfall: DataStore SetAsync conflicts → use UpdateAsync or scoped keys.
- Pitfall: Kicking players without clear reason → include human-readable reason string.
- Pitfall: Bans not applied fast enough → kick immediately when banning if target is online.
- Pitfall: Too-large single datastore value → split into per-user keys or use paging.
Best practices
- Use UserId as canonical key.
- Keep a small, hardcoded owner/admin override list in server script for emergency access.
- Implement role-based permissions (kick-only admins, ban-only admins, ban+unban).
- Keep ban reasons and metadata for later review.
- Rate-limit critical actions and require confirmation for destructive commands in admin GUIs.
- Notify other admins (via in-game admin channel or external webhook) when bans occur.
- Test thoroughly with test accounts and in private servers.
Example admin command set (typical)
- /kick [reason]
- /ban [duration] [reason]
- /unban
- /checkban — show ban info
- /listbans — paginated list (admin-only)
- /tempban [reason] — convenience parsing (e.g., 10m, 2h, 7d)
Implementation checklist before deployment
- Server-side validation of admin identity
- DataStore backup and safe update (UpdateAsync)
- Ban expiration handling and cleanup
- Logging/audit trail (timestamp, admin id, reason)
- Rate limiting and emergency override
- Clear ban messages for users
- Testing in private servers and with non-admin accounts
Legal/ethical note
- Use bans proportionally and with clear policies. Provide appeals or contact path. Avoid permanent bans for minor infractions without warning.
Summary
- FE ban/kick scripts must run authoritative checks server-side, persist bans in DataStore (or external store), validate admin commands, and log actions. Use UserId as the identifier, handle temporary bans via expiration timestamps, and harden against bypass by never trusting client input.
If you want, I can provide:
- A complete ready-to-drop server script (with DataStore and admin management) tailored to your game size (small vs large).
- An admin GUI LocalScript example and secure RemoteEvent integration. Which would you like?
Example: Converting the Kick Script to a Ban Script
You would modify the Server Script to look like this (assuming DataStore setup): Mastering Roblox Security: The Ultimate Guide to FE
-- (Inside the OnServerEvent connection, after confirming admin status)
local DataStoreService = game:GetService("DataStoreService")
local BanDataStore = DataStoreService:GetDataStore("BanData")
-- ... (Inside the event connection)
local targetUserId = Players:GetUserIdFromNameAsync(targetPlayerName) -- Get ID from name
-- Save to DataStore
local success, err = pcall(function()
BanDataStore:SetAsync("Ban_" .. targetUserId, true)
end)
if success then
-- Kick them immediately to enforce the ban
targetPlayer:Kick("You have been permanently banned from this game.")
else
warn("Failed to ban player due to DataStore error.")
end
Ban vs. Kick
It is important to distinguish between the two actions:
- Kick: This is a native Roblox method (
player:Kick()). It removes the player from the current server session. They can immediately rejoin the game. - Ban: Roblox does not have a native
player:Ban()method for game servers to use permanently. To implement a ban, you must use Datastores.- When the server receives a "Ban" command, it saves the Target's
UserIdto a DataStore list called "BannedPlayers". - You then create a second script that runs when a player joins (
PlayerAdded). It checks if the joining player'sUserIdis in the "BannedPlayers" list. If yes, it kicks them immediately.
- When the server receives a "Ban" command, it saves the Target's
🎮 How to Use (in-game):
- Type in chat or admin command:
;ban [username] - The script kicks the target with a ban message.
- They can rejoin unless you store their UserId in a banned table.