A few years ago (February of 2011, so a few months before the windows v4 site shutdown) I retrieved Windows ME updates in order to install them on a machine that had no internet connection. On the other day I stumbled across these while looking for a file, so if any tuga is interested in this, here they are in their PT-PT glory:
Hi @greenhillmaniac can you update the links? Im trying to download the Win2k updates but sadly windows update is offline due to MS EOLing SHA1 or something like that so I cant download the updates from there so it would be useful if you could update the links. Thanks!
Welcome to the second part of the blog series "Attacking windows application." Suppose you don't know what a thick client is and how to debug thick client applications; we recommend you read our previous blog post on this series to learn about common vulnerabilities in thick clients.
We should get a shell by executing the DLL file from the DVTA application. As an attacker, imagine that you have placed a malicious file in the DVTA application directory on the windows machine. The administrator will need to initiate a restart of the DVTA application.
Low emission (low-E) transparent conducting oxides are integral to transparent conductive electrodes in the new generation of low-E optical-electrical devices, which are potential candidates for various applications such as flat panel displays, plasma screens, touch screens, organic light-emitting diodes, and solar cells. Nowadays, using such structures as energy-saving windows coating is prevalent.
Due to the growing energy consumption worldwide, low-E materials are being extensively used. Glasses coated with low-E materials, for example, are applicable in buildings as windows or doors to decrease energy consumption. In summer, low-E films allow visible light to pass through and prevent IR waves from entering the building. In contrast, in winter, they avoid the infrared radiation emitted by heating devices in the building from passing to the outside. In other words, low-E films have a high transmittance in the visible region and high reflectance in the infrared region6.
At last, there is something very important, check your ESP is mounted on /boot/EFI (This partition must exist, it has been created during the first installation, even not a Linux one). In the screenshot above, it is mounted on /media/windows. To do that, click on the ESP and on "Mount Point" and then select /boot/EFI/.