I'm merely doing this to pass the time.
So let's get going.
I'll be focusing on the following in this thread:
removing limits on Raw sockets.
We'll essentially be looking at removing limits that Windows has put in place!
The remaining options include running hacks as the system user and completely destroying Windows' cock rings.
IP address spoofing and the capacity to deliver RAW packets are the current targets.
Which windows have disabled all but reading them for us!
There are three ways to do it, but I'll just discuss one today.
WDK is being changed to permit raw transmits!
If ((pIrp->RequestorMode == UserMode)) is true, then code &&!
pEthHeader->SrcAddr, pOpenContext->CurrentAddress, NPROT MAC ADDR LEN) NPROT MEM CMP
Write: Failing with Invalid Source Address; DEBUGP(DL WARN); NtStatus = STATUS INVALID PARAMETER; break;
Applications cannot send packets with bogus mac addresses thanks to this check.
This is helpful for privacy reasons as well, but I'm just covering it now to be the first person to do so on this site as no one has brought it up or even discussed it.
The check we discussed is removed by commenting out this code; keep in mind that the NDIS driver is provided by the DDK.
Please don't worry; I'll link the already-compiled driver.
Since we're working on layer 2, you can change anything, and your computer won't even have an address.
By entering the network adapter properties, clicking the "Install" button, picking "Protocol," and then selecting "Have Disk," you can install the NDIS driver.
Then click "OK" after navigating to the.inf file.
The driver will subsequently be loaded onto all of your system's adapters as a result of this.
Important: Verify that it is enabled; the box next to "Raw Packet NDIS Protocol Driver" should be checked.
Important: To start the driver service, open a command prompt and run "net start ndisprot."
You get the picture. This is primarily for reducing networking constraints.
You can download a tonne of NDIS driver interfaces from the internet!
obtain the driver download
If you need assistance with anything, post.
It's not as horrible as people make it out to be, Windows.
The limitations that Windows have imposed are there primarily for instructional purposes, so I do not advise eliminating them.
Linux is not necessary; simplicity is not always a negative thing.
Since freedom is now a reality in Windows as well, you can even fake your operating system's "latest update" and fool the support staff to no end.
The sole benefit that Linux had enjoyed is now a privilege shared by Windows and Linux users.
Windows beats Linux.
Please remark here in an effort to support Linux.
So let's get going.
I'll be focusing on the following in this thread:
removing limits on Raw sockets.
We'll essentially be looking at removing limits that Windows has put in place!
The remaining options include running hacks as the system user and completely destroying Windows' cock rings.
IP address spoofing and the capacity to deliver RAW packets are the current targets.
Which windows have disabled all but reading them for us!
There are three ways to do it, but I'll just discuss one today.
WDK is being changed to permit raw transmits!
If ((pIrp->RequestorMode == UserMode)) is true, then code &&!
pEthHeader->SrcAddr, pOpenContext->CurrentAddress, NPROT MAC ADDR LEN) NPROT MEM CMP
Write: Failing with Invalid Source Address; DEBUGP(DL WARN); NtStatus = STATUS INVALID PARAMETER; break;
Applications cannot send packets with bogus mac addresses thanks to this check.
This is helpful for privacy reasons as well, but I'm just covering it now to be the first person to do so on this site as no one has brought it up or even discussed it.
The check we discussed is removed by commenting out this code; keep in mind that the NDIS driver is provided by the DDK.
Please don't worry; I'll link the already-compiled driver.
Since we're working on layer 2, you can change anything, and your computer won't even have an address.
By entering the network adapter properties, clicking the "Install" button, picking "Protocol," and then selecting "Have Disk," you can install the NDIS driver.
Then click "OK" after navigating to the.inf file.
The driver will subsequently be loaded onto all of your system's adapters as a result of this.
Important: Verify that it is enabled; the box next to "Raw Packet NDIS Protocol Driver" should be checked.
Important: To start the driver service, open a command prompt and run "net start ndisprot."
You get the picture. This is primarily for reducing networking constraints.
You can download a tonne of NDIS driver interfaces from the internet!
obtain the driver download
If you need assistance with anything, post.
It's not as horrible as people make it out to be, Windows.
The limitations that Windows have imposed are there primarily for instructional purposes, so I do not advise eliminating them.
Linux is not necessary; simplicity is not always a negative thing.
Since freedom is now a reality in Windows as well, you can even fake your operating system's "latest update" and fool the support staff to no end.
The sole benefit that Linux had enjoyed is now a privilege shared by Windows and Linux users.
Windows beats Linux.
Please remark here in an effort to support Linux.