Roblox hacked client 2019 vanity code#

Other developers soon followed suit on the Developer Forum, complaining about a similar issue with their games. He then showed a screenshot of two botted accounts that had updated Doomspire Brickbattle with the improper permissions to do so. GFink, a developer of Doomspire Brickbattle, created a Reddit and Roblox Developer Forum post, about his two most popular games being affected. A temporary fix to the issue was issued an hour after the incident was reported. Some games that were affected include Jailbreak, Welcome to Bloxburg, and Doomspire Brickbattle. The names of the games were also changed, and new, unrecognizable places were added into a game's universe, which may have allowed unwanted access into source codes and datastores of games.

The 0.068 seconds was for casting 10000 rays to 0, 5, 100 from 0, 5, 0 and then calling :FindPartOnRay on that ray.The 2019 Roblox security breach was an incident that occurred from January 8–9, 2019, at around 9:38 PM PST, in which many popular games were set to private by throwaway bot accounts. The 1.16 seconds was for casting 10000 rays to 0, 5, 10000 from 0, 5, 0 and then calling :FindPartOnRay on that ray. Submit a support request to the Roblox Customer Service team for help with billing or account issues. Our team is actively working on resolving this issue. The main thing that causes a significant increase in time is calling :FindPartsOnRay with a ray who shot over a long distance. We are aware that there is an issue with saving changes to avatars on Roblox.

Roblox hacked client 2019 vanity code#

In fact, I wrote some code maybe a few months ago which you can check out to show how long it takes to cast x rays over d distance. The only things that might make a ray intensive to cast is over large distances and maybe at complex geometry.

Lets say you check every 0.5 seconds if the player is in the air via a ray cast and with that ray cast you get their distance from the part below them.Īlso I suggested a ray every 0.5 seconds not every 5, but every 0.5 seconds is still not intensive. This question has been asked before and so it is recommended you read the solutions on those posts (here are some example threads asking the same question): If you have never used rays or need to refine your skill at using them I suggest checking out this article: Local difference = (currentPosition - position).Magnitude -// difference in position as a scalar Local part, position = workspace:FindPartOnRay(ray, character) -// get what the ray might have hit Local root = character:FindFirstChild('HumanoidRootPart')ĬurrentPosition + Vector3.new(0, -distance, 0) -// a position that is distance units below the player in world space And finally the theshold argument is the max difference in the currentPosition and position before a player is considering flying (When the threshold is passed the function will return true, meaning the player is likely “flying”) local function raycastDown(character, distance, threshold) The distance argument is how far you should look down to look for a surface. The character argument is well, the character you’re ray casting down from. What you can do is setup a function that has a character, distance, and threshold parameter. There are ways you could improve this code but I wanted to just type up something quickly to illustrate the concept. It is 100% guaranteed to happen if your game is going to be out for a long period of time and lots of people are going to be playing the game. If there is a risk of the player being falsely detected then it is much better to use a less-harsh method of dealing with the problem (teleport them to a part below them, re-spawn their character, kick them)Īlso someone will always bypass your anti exploit. Player’s who are flung or have insane network issues could be detected as cheating. If a player has been in the air for an extended amount of time then there is likely something suspicious going on. If you then do 10 iterations of that and they all return true that means they have been in the air for 5 seconds. Lets say you check every 0.5 seconds if the player is in the air via a ray cast and with that ray cast you get their distance from the part below them. I am mentioning ray casting because some methods of flying may instead set the player’s CFrame and mess with their humanoid states (meaning Humanoid.FallingDown will never be invoked) You can then do this check over a certain amount of time for a certain amount of iterations. You can attempt to raycast downwards to see if the player is in the air.