Network Tweak - Crack Key For U

December 24, 2021 / Rating: 4.6 / Views: 567

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How to Hack WiFi Password Guide to Crack Wi-Fi Network

Cracking wireless network keys requires patience and resources mentioned above. At a minimum, you will need the following tools. A wireless network adapter with the capability to inject packets Hardware Kali Operating System. You can download it from here https//org/downloads/ Be within the target network’s radius. If the users of the target network are actively using and connecting to it, then your chances of cracking it will be significantly improved.

Network Tweak  - Crack Key For U
Get the most out of your Windows 10 network and game performance. With these tweaks you can significantly reduce latency in multiple online games and online applications. Additionally it generally improves system performance as it relates to internet related activities. You will need access to the administrator account or administrative privileges. internet connections and is able to adjust many values on the automatically. However, there is room for improvement and you can adjust some values to better meet your use of your system. To enter some of the commands below, you will need to run “elevated” command prompt or “as administrator”. tweakable parameters, in elevated command prompt type the following command: netsh int tcp show global The settings, as well as their default and recommended state are explained below. The two most important tweakable parameters are “Auto-Tuning Level” and “Congestion Control Provider”. Disable TCP Auto-Tuning At the command prompt type: netsh int tcp set global autotuninglevel=disabled Enable Compound TCP At the command prompt type: netsh int tcp set supplemental custom congestionprovider = ctcp Enable ECN Capability At the command prompt type: netsh int tcp set global ecncapability=enabled Receive-side Scaling At the command prompt type: netsh int tcp set global rss=enabled Enable TCP Chimney Offload At the command prompty type: netsh int tcp set global chimney=enabled Setting At the command prompt type: netsh interface ipv4 show subinterface This will display a list of interfaces, and their respective set subinterface “Wireless Network Connection” mtu=1500 store=persistent Registry Tweaks Note that for changes to these settings to take effect the computer needs to be rebooted. Moderate understanding of the Windows Registry is needed. As with everything on this site, You are responsible for your own actions. See Terms of Use while logged in as administrator), you can navigate and edit the following keys. TCP 1323 Options HKEY_LOCAL_MACHINE\SYSTEM\Current Control Set\Services\Tcpip\Parameters\ Tcp1323Opts=1 (DWORD, entry created automatically by Windows when you run the “netsh int tcp set global autotuninglvl=…” command, set to 0 by default). Setting this seems to have no effect, since auto-tuning uses the TCP 1323 scale factor and changes it on the fly, disregarding this setting. Additional testing may be required to determine it’s the effect if auto-tuning is turned off. Setting it to 1 is best for cable & fiber connections. Net DMA Net DMA enables support for advanced direct memory access. In essence, it provides the ability to more efficiently move network data by minimizing CPU usage. Net DMA frees the CPU from handling memory data transfers between network card data buffers and application buffers by using a DMA engine. HKEY_LOCAL_MACHINE\SYSTEM\Current Control Set\Services\Tcpip\Parameters Enable TCPA=1 (DWORD, 1 to enable, 0 to disable Net DMA. Value not present by default in Windows 10) Recommended setting is 1, a new DWORD value may need to be created if not already present in the registry. Default TTL HKEY_LOCAL_MACHINE\SYSTEM\Current Control Set\Services\Tcpip\Parameters Default TTL=64 (DWORD, set to a decimal value between 32 and 128. Recommended: 64) Tcp Max Data Retransmissions HKEY_LOCAL_MACHINE\SYSTEM\Current Control Set\Services\Tcpip\Parameters TCPMax Data Retransmissions=7 (DWORD, recommended: between 3 and 10, default registry value 255, default 5 in documentation) Syn Attack Protect This setting provides protection against SYN denial of service (Do S) attacks. When enabled, connections timeout sooner if SYN attack is detected. When set at 1, TCPMax Data Retransmissions can be lowered further. HKEY_LOCAL_MACHINE\SYSTEM\Current Control Set\Services\Tcpip\Parameters Syn Attack Protect=1 (DWORD, recommended: 1, not present in registry by default) Set DNS and Hosts Priority The setting can improve and hostname resolution by increasing the priority of related services while keeping their order. The corresponding registry settings are as follows: HKEY_LOCAL_MACHINE\SYSTEM\Current Control Set\Services\Tcpip\Service Provider Local Priority=4 (DWORD, recommended: 4, default: 499) – local names cache Hosts Priority=5 (DWORD, recommended: 5, default: 500) – the HOSTS file Dns Priority=6 (DWORD, recommended: 6, default: 2000) – Netbt Priority=7 (DWORD, recommended: 7, default: 2001) – Net BT name resolution, including WINS Tcp Timed Wait Delay (port allocation) Windows 10 improved upon some of the features in previous Windows versions, and are usually sufficient under normal load. In some inst ances under heavy load it it may be necessary to adjust the settings to tweak the availability of user ports requested by an application. This is often the case with online games such as World of Warcraft. The following registry values need to be edited: HKEY_LOCAL_MACHINE\SYSTEM\Current Control Set\Services\Tcpip\Parameters Max User Port=65535 Recommended: leave at default, or use a number above 16384 up to 65535, decimal value. 1024 is automatically subtracted from entered value to allow for reserved ports under 1024. HKEY_LOCAL_MACHINE\SYSTEM\Current Control Set\Services\Tcpip\Parameters Tcp Timed Wait Delay=30 (DWORD Off in the registry by default Recommended: 30 decimal, denoting 30 seconds) – time to wait before reclaiming ports, in seconds. Default time before reclaiming ports, if value is at 0xffffffff or not present in the registry is 120 seconds. Just reducing the delay is often sufficient without changing Max User Port, as it allows for reusing ports more efficiently. Ephemeral ports can be checked and changed using netsh as well. To list the current values, in command prompt, type: netsh int Then create the DWord Value Non Best Effort Limit. Gaming Tweak – Disable Nagle’s algorithm – Gaming Tweak The tweak below allows for tweaking or disabling Nagle’s alogrithm. Disabling nagle allows for small packets to be transferred immediately without delay. Note that disabling Nagle’s algorithm is only recommended for some games, and it may have negative impact on file transfers such as Bit Torrent. To implement this tweak, in the registry editor find: This setting configures the maximum number of outstanding ACKs in Windows 10/ Windows 7/ Windows 8 / Windows Vista/2008/Windows 2012/Windows 2016/ Windows 2019: HKEY_LOCAL_MACHINE\SYSTEM\Current Control Set\Services\Tcpip\Parameters\Interfaces\ There will be multiple listed. Under this key, create a new DWORD value: Tcp Ack Frequency=1 (DWORD value, 1=disable, 2=default, 2-n=send ACKs if outstanding ACKs before timed interval. For gaming performance, recommended is 1 (disable). For pure and data streaming, you can experiment with values over 2. Also, find the following key (if present): HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\MSMQ\Parameters Add a new DWORD value: TCPNo Delay=1 (DWORD value, 0 to enable Nagle’s algorithm, 1 to disable, not present by default) Configure the ACK interval timeout (only has effect if nagling is enabled), find the following key: HKEY_LOCAL_MACHINE\SYSTEM\Current Control Set\Services\Tcpip\Parameters\Interfaces\ Tcp Del Ack Ticks=0 (DWORD value, default=2, 0=disable nagling, 1-6=100-600 ms). Note you can also set this to 1 to reduce the nagle effect from the default of 200ms without disabling it.Key Tweak allows you to remap any key on your keyboard to any other key, or even to disable keys altogether. It does this by leveraging Windows' built-in key-remapping ability, but without the need to manually edit the Registry. Key Tweak also includes "Teach Mode" allowing you to map keys to other keys simply by pressing the desired keys when promted. Key Tweak is a simple utility that allows users to redefine their keyboard input signals. Simply put, Key Tweak is just a front-end interface for editing a particular registry key. The functionality is made possible by a registry value first documented in Windows 2000, but also present in Windows NT 4.0. Microsoft did the low-level heavy lifting by creating this registry key. Key Tweak makes the editing of it a little less geeky. Your keyboard communicates with your computer typically through a PS/2 port or a USB port. The data sent by your keyboard is referred to as Scan Codes. When you press a key, the “make” scan code for that key is received by your computer’s i8042 controller chip. When you release a key, the “break” scan code is sent.When conducting wireless penetration tests, the most common type of wireless network we see is WPA2-PSK. While this is better than WEP (thank goodness we rarely see that anymore), this type of network still has some shortcomings, depending on what you are trying to protect. Specifically in this blog, we will focus on the dangers of pre-shared keys on your wireless networks and some steps you can take to mitigate these risks. One of the dangers of pre-shared keys is that they can be captured in a hashed format over the air, allowing an attacker to perform offline password attacks to try to guess the key. A pre-shared key is basically just a shared secret or password that is used to authenticate an individual attempting to join a wireless network (no username or identification or than the key is required). As we have discussed in other blogs, one of an attacker’s main goals when trying to authenticate to anything is to capture a hashed password in order to take it offline and perform password attacks. This allows possible passwords to be checked much faster because an attacker isn’t limited by the speed of the network (as they would be trying to guess a password at a sign-in prompt for a wireless network, for example). Additionally, once the hashed password is offline, they can perform as many password guesses as they want without running into things like account lockouts, monitoring alerts, or other built in protections. First, if an attacker can capture the 4-way handshake that takes place during the initial authentication of a client, they can see the challenge and response, which includes the encrypted key. In order to do this, an attacker can either listen on the network and wait for a new client to authenticate or, if they want to speed up the process, they can send de-auth packets to already connected clients, causing them to drop and re-establish their connection. Another method of capturing a pre-shared key is relatively new (April 2018). This new attack takes advantage of an optional management field (RSN IE) in 802.1X. This is device specific, so this attack may not work depending on what technology is used for the access points of the wireless network being targeted, but most access points are vulnerable. In this attack, no clients need to be on the network. The attacker sends a request to the access point and reads the PMKID field, which is computed using the pre-shared key and MAC address of the access point. With this information, an attacker can take the hash offline and begin password attacks. Here is a write-up with more details about this new attack. Once an attacker gets the hashed pre-shared key offline, the attack is very similar to how an attacker would guess your password. Simply put, if your PSK is short or based off a dictionary word (or your company name or address), an attacker will be able to crack the password rather quickly and gain access to the wireless network. The second danger of pre-shared keys is key management. Even on a well-controlled network, multiple people have access to the key. If you are closely controlling a pre-shared key it may only be known by the IT department, but in most organizations we test every employee has access to this key. In some cases, a vendor will come-onsite and need to connect to the wireless and they’ll be given the key, as well. The danger being that if an employee who knows the PSK leaves the organization, the key may not be immediately changed. Or in some cases, the key is never rotated because of the management overhead involved in updating every device. A malicious employee, or disgruntled former employee, can sit in the parking lot and use that pre-shared key they know to attack the network. Further, because that key is spread so frequently it is hard to control it properly. Over time, this key will be written down, shared in unprotected files, emailed to people, etc. Eventually, the key is in so many places that it is impossible to keep it secure. Another danger of pre-shared keys that is closely related to key management, is that the key is often shared to all the employees, so there is nothing that prevents an employee from connecting their personal phone or personal laptop to the network. As these are not organization-owned devices, they likely have not been hardened and, in some cases, may introduce malware to your network. Now that you know the dangers of pre-shared keys, what can you do about it? The best option is to switch your wireless network to use WPA-Enterprise for authentication. In this set-up, each individual user of the network authenticates with their unique network credentials (oftentimes integrated with Active Directory). This way, when an employee leaves the company, that user account can be disabled in order to immediately remove wireless network access. Further, we recommend that you use client-certificates in addition to a password. With client certificates, both the access points and employee laptops will have a certificate. Then when an employee wants to connect to the network, they will verify the access point is valid by the access point certificate, and then authenticate to the access point with their password and client-certificate. Even if an attacker can guess the password of one employee, they will not have the certificate installed on their laptop, and therefore will not be able to access the wireless network. Additionally, this will help prevent employees from connecting their personal laptops to the network, as they will not have a certificate installed. If you must, there are some things you can do to lower the risk of some of the dangers of pre-shared keys we’ve covered here. First, knowing that an attacker can pretty easily captured this PSK and take it offline to crack, make sure the password is strong. This includes making sure it is at least 14 characters and not based off a dictionary word. Further, limit who has access to this key to the fewest number of individuals possible. Make the administrators set-up the wireless network for employees and restrict access to this key. Finally, make sure you are rotating this key regularly. At a minimum, this should be rotated whenever someone who has access to the key that no longer needs access.Some computer users complain that their computer and Windows 10 become very slow and unresponsive after being used for a while. When it is finished, reboot your computer and check whether the performance is boosted. And they wonder whether there is a way to improve computer performance and make Windows 10 faster. Besides the shown way to disable Windows Search indexing, you can also choose to disable it in the Service window. Obviously, there are Windows 10 performance tweaks tips for you to speed up Windows 10 and even optimize Windows 10 for gaming. This post show 15 Windows 10 performance tweaks tips. If there are viruses on your computer, the Windows 10 performance would be affected. In this part, we will show you 15 tips for Windows 10 performance tweaks. In order to improve Windows 10 performance or as for Windows 10 performance tweaks, you can try checking whether there are viruses on your computer and remove them. To improve the performance of computer, you can choose to defrag hard drive, which is especially effective for the HDD users. You can try these tips to boost Windows 10 performance. Now, we will show you how to defrag hard drive to speed up Windows 10. Type Defragment and Optimize Drives in the search box of Windows 10 and choose the best matched one. Then select the drive you want to defrag and choose Optimize to continue. Many programs installed on your computer are configured themselves to launch automatically and continue to run in the background. When all steps are finished, reboot your computer and check whether the Windows 10 performance is improved. So, in this way, you need to disable programs from startup in the background. After that, reboot your computer and check whether the computer performance is boosted. If you are a Windows 10 owner, you may notice that Windows 10 keeps an eye on what you are doing and offers tips about things you might want to do with the operating system. Besides disabling the unnecessary programs running in the background, you can also choose to uninstall some unnecessary programs to free up disk space so as to speed up Windows 10. However, the tips and notifications may slow down your computer. To boost Windows 10 performance, the second Windows 10 performance tweak is to turn on Game mode. After that, you can check whether this performance tweaks for Windows 10 is effective. So, in order to speed up Windows 10, you can choose to turn off notifications and tips. After all steps are finished, check whether the performance tweaks for Windows 10 does work. Apart from changing power plan settings, to speed up Windows 10, you can also choose to enable fast startup. After that, you have enabled the Fast Startup and reboot your computer to check whether Windows 10 performance is improved. The Windows registry has all the settings for Windows and other programs. However, if the program is uninstalled sometimes, it fails to remove the changes. The Search is a user-friendly feature of Windows 10 but it can temporarily eat up a lot of resources, which will affect the Windows 10 performance. Press Windows key and R key together to open Run dialog. With time going by, thousands of registry modifications slow down system performance. So, the sixth Windows 10 performance tweaks tip to make Windows 10 faster is to turn off the search indexing. In such a situation, you need to perform a registry clean to improve Windows 10 performance. To clean the registry, you can read the post: How to Clean Registry Windows 10 | Free Registry Cleaner to learn more detailed ways. After that, reboot your computer and check whether Windows 10 registry tweaks to improve performance is efficient. Windows 10 provides a feature – Automatic Maintenance, allowing users to securely scan and perform system diagnostic to make things that are up to snuff and automatically fixing problems if it finds them. After all steps are finished, reboot your computer and check whether this Windows 10 performance tweaks tips is effective. A random-access memory device allows data items to be read or written in almost the same amount of time, regardless of the physical location of the data within the memory. So, in order to speed up Windows 10, you can choose to turn on Windows 10 Automatic performance. More memory always can potentially improve Windows performance. So, as for this Windows 10 performance tweaks, you can choose to add more ram. You can buy a RAM which is compatible with your motherboard and computer, and then install it on your computer. For more detailed instructions, you can read the post: How to Install RAM in Your PC - Here’s a Complete Guide When it comes to Windows 10 performance tweaks for gaming, the disk space would be an essential factor. If there are a lot of files on your hard disk or your hard drive is running out of space, the computer performance will be slowed down. In this situation, you need to check what takes up disk space and free up space. Besides this way to free up space, to check what takes up your space, you can use the Space Analyzer feature of Mini Tool Partition Wizard, too. If deleting files is not able to get enough space, you can choose to extend partition. In general, the performance of SSD is better than an HDD. So, as for Windows 10 performance tweaks, you can choose to upgrade your system drive to SSD. So, the free clone tool – Mini Tool Shadow Maker can help you do that. Now, we will show you how to upgrade system to SSD to improve computer performance. Download Mini Tool Shadow Maker from the following button and install it on your computer. When the disk clone process is finished, you will receive the following message, which tells you that the source disk and target disk have the same signature. Besides, if you want to boot computer from the target disk, change the BIOS settings first. When all steps are finished, you have successfully upgraded the system drive to the SSD. The last Windows 10 performance tweaks tip we want to mention is to run Windows update. Updating Windows 10 to the latest version is able to fix some issues and updating the drivers. So, in order to boost Windows 10 performance, you can choose to upgrade Windows 10. To sum up, this post has listed 15 Windows 10 performance tweaks tips. If you want to improve Windows 10 performance, try these tricks.Efforts to crack WEP encryption have been around and even publicly discussed since the inception of the WEP protocol, and this page brings you information about how to discover and calculate a WEP key from network traffic. This introduction to WEP cracking may be useful to anyone who intends to investigate network security. Cracking WEP itself is relatively easy and can take anywhere from as little as a few minutes to a few hours (depends on the amount of network traffic, connection quality, etc.). Setting up your equipment so that it does what it needs to do can take weeks (depends on what you have and what you already know). Before you proceed to WEP cracking, read our first page of this "tutorial" which can provide an idea about setting your computer and also about the legality of WEP cracking. How to crack WEP with Intel PRO/Wireless 3945ABGNow we can proceed to demonstrating how to crack WEP encryption. Here is a list of assumptions that you need to meet in order to be able to discover a WEP key from network traffic. Note, the assumptions listed below are specific to this tutorial. Other tutorials on the web are based on different assumptions. Ensure that all of the above assumptions are true, otherwise the examples that follow will not work. If the network interface is set correctly, it should say Monitor mode. We have tested WEP cracking with two network adapters: Intel PRO/Wireless 3945ABG with the ipwraw-ng-2.3.4 driver and alternatively TP-LINK TL-WN321G network adapter dongle with the rt73-k2wrlz-3.0.1. Use the injection test to confirm your card can inject prior to proceeding. Try executing the following two commands in your terminal window: Sounds easy? If you want to listen to network traffic and to capture network traffic, your network adapter needs to be in Monitor mode. We already covered this above and also on the How to crack WEP with Intel PRO/Wireless 3945ABG page. If you want to crack WEP, you need to know a little more than just the network name. You also need to know the MAC address of the wireless access point or wireless router which you can find by executing the following command: This is what you will get. You can see names of available wireless networks in the most right column and MAC addresses of access points in the most left column. This screen also tells you how each network is secured (WEP, WPA, OPN, etc). You can also find out on which channel each access point operates. In order to take advantage of the packet injection technique, you need to be associated with the target wireless access point. Many wireless networks are protected not only by WEP encryption but additionally also by MAC filtering. If that is the case with your target network, you need to first discover a MAC address of an already associated user and then use that MAC address for your own authentication and association. Read the following two pages: How to break MAC filtering (wifi security)How to change MAC - Macchanger Note, you will need to disable your network adapter before changing your MAC address and then enable it again, so it is an exercise that goes through the two pages referenced above as well as through point 1 and 2 again. Remember, you need to find a client on the network that is already associated with your target access point. You can do so by executing the following command in your Ubuntu terminal window: By now, you should have all the needed information about your target access point (name, MAC, channel, etc.), your MAC address changed to the same address as some other client on the network, and your network interface set in Monitor mode. Now you want to start capturing all the new unique so-called means that you want to save initialization vectors only and discard all other data. The screen will look similar to the screen above in step 3. Now it is time to sort of "login" into your wireless network. In order for an access point to accept a packet, the source MAC address must already be associated. If the source MAC address you are injecting (later) is not associated with the access point then the access point ignores the packet and sends out a "" packet in cleartext. In this state, no new initialization vectors are created because the access point is ignoring all the injected packets. The lack of association with the access point is the single biggest reason why packet injection fails. At this point you are just connecting to the access point and telling it you are here and want to talk to it. This does not give you any ability to transfer data. Open another terminal window and do: is the MAC address under which you act (either your own or the spoofed one if you went through step 3). Remember, the MAC address you target for injection must be associated with the access point by either using fake authentication or using a MAC address from an already-associated client (step 3), or both at best." and then continuous retries, then you are probably dealing with MAC filtering (that is some access points are configured to only allow selected MAC addresses to associate and connect). If this is the case, you will not be able to successfully do fake authentication unless you know one of the MAC addresses on the allowed list." then you are dealing with weak wifi signal. Sending Authentication Request [ACK] that just keeps repeating on the aireplay-ng screen is another common problem. If you keep getting "" that keep coming back, then you are too far away from the access point or are dealing with weak signal. Remember, the fact that you can capture packets from the access point does not mean that the access point can also capture packets from your computer. The signal going out of your computer is much weaker. Also, check that you are communicating on the same wireless channel as the access point. Another problem can be that the access point utilizes MAC addressing and your MAC spoofing in step 3 did not go right. Run the commands to verify your computer is communicating using MAC address of some already authenticated user. (See the download Macchanger page, "How to verify" section for more details.)In some cases, the access point is unable to communicate quickly enough with your computer. In this case, try to increase your delay and timing: Some times, the fake authentication just does not work no matter what you do and you have to proceed without it. No worry, you can still crack WEP; it will just take more time. If the previous step fails in your case, and you are unable to do authentication with either a fake or your own MAC address, the next step 6 - packet injection - will likely fail too. If you are unable to authenticate and as a result do packet injection, you will be watching the screen which you opened in step 4 for a while. Your goal is to see at least 150,000 in the #Data column. If you look at the RXQ column in the print screen above, you can see there number 49. This value provides information about the quality of your wireless connection between the access point and your computer. If the number fluctuates a lot, you have weak signal as well. The RXQ value relates to the data stream going from the access point to your computer. Even if this number is above 80, the access point still may not be able to see your computer. This is the most common reason for fake authentication and packet injection to fail. If that is your case, just sit back and wait until the #Data column shows at least 150,000, and then try step 7 (WEP crack). Without authentication and packet injection, this process might take 1,5 - 2 hours. You can start trying WEP crack in step 7 as soon as the #Data reaches at least 80,000, but our experience is that WEP keys usually get cracked once having somewhere around 150,000 initiation vectors. To crack a WEP key for a wireless access point, we need to gather a lot of initialization vectors (IVs), ideally somewhere around 150,000 of them. Normal network traffic does not typically generate these initialization vectors very quickly. Theoretically, if you are patient, you can gather sufficient IVs to crack the WEP key by simply passively listening to the network traffic and saving them (step 5.1). Alternatively, you can use a technique called to actively speed up the process. Injection involves having the access point resend selected ARP packets (they include IVs) over and over very rapidly. This allows us to capture a large number of initialization vectors in a short period of time. So, the purpose of this step is to start aireplay-ng in a mode which listens for ARP requests then reinjects them back into the network. Open another terminal window and do: is the MAC address under which you act (either your own or the spoofed one if you went through step 3). This command will start listening for ARP requests and when it hears one, aireplay-ng will immediately start injecting it. You can generate an ARP request by pinging some other client that is already associated. This is what the output should look like: You can confirm that you are injecting by checking your airodump-ng and aireplay-ng screens. The ”#/s” should be somewhere in the range of 300 to 400 data packets per second. It can as low as a 100/second and as high as a 500/second. The ARP packets and Sent packets should be increasing rapidly as well. Note, if the ARP packets count and the Sent count as well are stuck at zero, then your network interface is likely not associated with your access point. Or, you can also be too far away from the access point (weak signal)." means you have lost association with the access point. Go back to your other window from step 5 and rerun fake authentication. This is not necessary if you went through step 3 though. Once you have captured a large number of initialization vectors, you can use them to determine the WEP key. There are two basic methods for cracking WEP: the selects the type of WEP key (128-bit in our case). Read the following two articles: How to find MAC and IP addresses in network data How to break MAC filtering Now that you know how to break into a WEP-protected network and therefore have discovered the weak link in your wifi network, we would also like to draw your attention to our security tutorials. These commands will calculate WEP key from the captured initialization vectors. We have written a few tutorials related to wireless network security. You can read more about IPSec, VPN, MAC addressing, WPA, WPA2, PSK, and many other wireless security measures. Our wireless security tutorials help you to make your network more secure. And lastly, if you need more help with (The table bellow shows a list of 8 most recent topics posted in our discussion forum. It is possible the links below are not related to this page, but you can be certain you will find related posts in the discussion forum.

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