Currency: 6 NSP. Hi Friends, Today i am talking about one rat,that so much powerful and nice means everyone know what is rat what did they do means it is a type of malware that provides the attacker with full remote control over your system.
When a RAT reaches your computer, it allows the hacker to easily access your local files, secure login authorization, and other sensitive information, or use that connection to download viruses you could unintentionally pass on to others now everyone thinking what venom rat can do so its so much powerfull rat that you never imagine when we testing it so it infect 10 pc in that pc they infect 6 windows and 4 linux it and yes it give you access to remove and add files and send malware to your victim pc and it sometimes work like a ransomware.
Nine Years of Service. Currency: 25, NSP. The system has a maximum range of around 50 yards meters. This corresponds to an effective range of around 20 yards meters through walls, depending on their thickness.
Both the transmitter and the receiver are based on the same schematics and circuit board. The recommended housing is an EMC-balun enclosure, which makes the device resemble a standard extension cable.
Depending on your skills, you may choose to create your own Wireless Keylogger from scratch, or order a preassembled one from us. We can deliver a set of components with pre-programmed microcontrollers and standard casing as seen on pictures , or a fully assembled and tested set of devices. Please scroll to the kits section for more details.
If you decide to create your own Wireless Keylogger, you should have some basic experience with electronics and soldering, ideally with SMT Surface Mounted Technology. The easiest option includes ordering a kit with components from us, and doing the soldering, cabling, and final assembly on your own. This involves having a temperature-controlled soldering iron and quite good soldering skills. If you decide to design and produce the PCBs yourself, you should have significant experience in this field and proper equipment.
The table below summarizes the BOM Bill of Materials contained in a single transmitter or receiver unit. Both the transmitter and the receiver use the same PCB and the same set of components they differ by cabling and firmware.
Both require crystals for proper operation. Besides the MCP voltage regulator, all other components are passive resistors, capacitors, and a few inductors. A simple wire is recommended for the dipole antenna. The double-sided two-layer PCB is shown on the pictures below. If you feel skilled enough to manufacture PCBs yourself, you may use the mask set available below.
The reference design uses FR4 with 1. However, we're perfectly aware, that hunting for components retail and soldering footprints can take all that pleasure away. That's why we've prepared two different kits, with the most common component sets:. If you wish to purchase any of the above kits, have an additional request, or want more information, please contact our Sales Department. The accompanying passive components are mainly oscillator and RF circuitry.
The entire circuit is powered with 3. If you already have assembled mini-boards, skip to the wiring section. If you have decided to assemble the circuit boards yourself, you'll need to follow the schematics and guidelines below. Wireless Keylogger electrical schematics PDF version. Use a fine tip for soldering typically smaller than 0. Don't overheat the components. Start the assembly with the nRF transceiver, as it has the most difficult footprint.
Always make sure pin 1 matches the first pad on the PCB. Finally, solder all the auxiliary circuitry: crystals, resistors, capacitors, and inductors. Leave the antenna for the end. You can use a dedicated ISM 2. The optimal length is 1. Assembled mini-boards should look similar to the ones on the pictures below. After assembling the circuit boards, it's time for the cabling. Apart from firmware, this is the place where the transmitter differs from the receiver.
The PCB has pads for connections leading both to the computer, and to the keyboard. The receiver, on the other hand, should have a standard connection to the USB port.
The images below show how the connections should be made. The tricky part is to identify how the wires inside correspond to signal lines. The recommended solution would be to use a short-circuit tester or ohmmeter to find out which wire corresponds to which signal. The diagrams below will be helpful. If the microcontrollers you're using aren't programmed yet, this is a good moment to upload firmware using the ISP In-System Programming technology. Read the firmware section to get more details.
When this is done, the mini-boards should look similar to the ones on the pictures below. Before putting the enclosure on, we recommend to do one last check. The presence of a short circuit here means, that the whole circuit should be revised, otherwise it could lead to damaging your computer. If everything's OK, mount the enclosure using glue or resin, and you're set to go. Once you have a transmitter-receiver pair of devices assembled, it's time for the first test.
We recommend to use a single computer for testing both devices. Now it's time to test the receiver unit. Before you proceed, please download the Keelog driver files first. Unzip and save the files to the local hard disk on your computer. Then, plug the receiver unit into a free USB port no need to power down the computer. Make sure it's in a position enabling reception of the radio signals coming from the transmitter. The first time the receiver unit is connected, a driver installation dialog will appear.
Strictly speaking, it will use the bundled virtual COM port driver delivered with most operating systems, such as Windows. However, the corresponding INF description file has to be selected manually.
When the system asks for a driver, browse to the location where the driver file was saved. The pictures below illustrate the process. If the driver installation process was successful, the receiver unit should be visible as a USB to serial converter. Open the Device Manager in Windows to find out, and check which virtual port was assigned to the device.
To start receiving keystroke data from the transmitter unit, you may use any terminal client, such as Hyperterminal. We recommend to use our free Simple Serial Monitor application for it's flexibility and ease of use. Simple Serial Monitor free terminal client from Keelog. The next step would be to test the same using two different computers.
Make sure they are in transmission range. If you see text popping up in the terminal window, then your Wireless Keylogger set is ready for it's first real mission. Remember to use this device only for legitimate purposes!
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