You can still get hacked even if you were on the most secure system in the world, on windows common sense and windows defender is enough to protect you from such things.
First of all, Great & Informative Video! I do have experience in making electron based Krunker clients so *I think* I should be able to provide *some* information. So basically, if we needed to check if the client is safe, we would need to decompile the app source code (asar file) but the problem is that electron-based clients which contain code which is not supposed to be shown to the public, compile or assemble their code using bytenode (eg. MTZ, Null Client etc.). Dissembling the source code which is compiled in this way is too hard (not impossible, just too hard to do) & if it is successfully disassembled, the code probably wont be understandable. This is a plus point for clients that can be trusted and NEED to hide their code so as to prevent misuse of it but, on the contrary the same can be used for malicious clients to compile their code so as to hide the source code to prevent people from knowing what their code actually does. This client does use the same technique to hide its code so I cant say if the client is safe or not but since you went into the trouble of posting a video about this, I believe it must be malicious. Thanks for the information!
We apologize for your concerns regarding how the client is packaged and can assure you we are doing nothing malicious. We are just using the tools provided with the client base (byte code, etc).Maybe we can release the client with the source code?
While I have no proof of that, check out Blu Zed's comment as they attempted to check for malware from the client. This client hides their code, and should not be trusted.
Great video as always
You can still get hacked even if you were on the most secure system in the world, on windows common sense and windows defender is enough to protect you from such things.
First of all, Great & Informative Video! I do have experience in making electron based Krunker clients so *I think* I should be able to provide *some* information. So basically, if we needed to check if the client is safe, we would need to decompile the app source code (asar file) but the problem is that electron-based clients which contain code which is not supposed to be shown to the public, compile or assemble their code using bytenode (eg. MTZ, Null Client etc.). Dissembling the source code which is compiled in this way is too hard (not impossible, just too hard to do) & if it is successfully disassembled, the code probably wont be understandable. This is a plus point for clients that can be trusted and NEED to hide their code so as to prevent misuse of it but, on the contrary the same can be used for malicious clients to compile their code so as to hide the source code to prevent people from knowing what their code actually does. This client does use the same technique to hide its code so I cant say if the client is safe or not but since you went into the trouble of posting a video about this, I believe it must be malicious. Thanks for the information!
waiting for comments to say tl;dr
tl;dr
@@BluZed shut up main account
We apologize for your concerns regarding how the client is packaged and can assure you we are doing nothing malicious. We are just using the tools provided with the client base (byte code, etc).Maybe we can release the client with the source code?
lol
im on chromebook so icant download client so i was just watching u bhop
I get like 400 fps on the official krunker client
another reason why I use official client only
bruh
You showed that they have faked the fps in their showcase, fair, but where is the actual proof that it contains malware and/or malicious code?
While I have no proof of that, check out Blu Zed's comment as they attempted to check for malware from the client. This client hides their code, and should not be trusted.
u spelled Which like "Witch" isn't it supposed to be spelled "Which" 1:36
i thought my brain had a malfunction when i saw 'witch'
wow what an observation a spelling error! surely that never happens to anybody