KeylessUniversal
Fire full game remotes
brkgghgg 1 year ago 10K views 1Run it
Copy the script and paste it into your executor.
Fire full game remotes.lua · 36 lines
local function generateRandomArguments(argumentTypes)
local arguments = {}
for _, argType in ipairs(argumentTypes) do
if argType == "number" then
table.insert(arguments, math.random())
elseif argType == "string" then
table.insert(arguments, tostring(math.random()))
elseif argType == "boolean" then
table.insert(arguments, math.random() > 0.5)
elseif argType == "Instance" then
table.insert(arguments, .Workspace)
argType ==
.(arguments, {.(), .()})
.(arguments, )
arguments
(parent)
_, obj (parent:())
obj:()
randomArgs = ({, , })
obj:((randomArgs))
obj:()
randomArgs = ({, , })
success, result = (()
obj:((randomArgs))
)
(obj)
()About this script
This script automatically finds and calls all the `RemoteEvent` and `RemoteFunction' in the game, generating random arguments for each call. It is ideal for testing the behavior of remote objects and studying the logic of the server code. The script recursively traverses the entire hierarchy of the game, starting from the root object `game`, and finds all available `RemoteEvent` and `RemoteFunction'. For each object it finds, it generates random arguments based on data types such as numbers, strings, booleans, instances, and tables. The script then calls `FireServer` for `RemoteEvent` and `InvokeServer` for `RemoteFunction` using the generated arguments. All actions are logged to the console, which allows you to see which objects were found, which arguments were used, and what the results of the calls are. This tool is as versatile as possible and can be used for various purposes: from analyzing other people's games to testing your own projects. Just run the script through executor (for example, Krnl, Synapse X or another), and it will do everything for you. It is important to remember that this script should only be used for educational purposes or in your own projects. Do not
