Technicolor Router Keygen Github
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Author Message Status: n/a Joined: Tue, 25 Jul 2017 Posts: 38 Team: Reputation: 0 Offline Tue, 22 Aug 2017 @ 13:52:21 Unless I am missing something, I feel like in 2017 it's practically impossible to crack Wifi networks. Default passwords simply have too much keyspace, and if they have been changed you are guaranteed to fail 100% of the time if you are running against the default keyspace mask. When it comes to WPS, what was once the easiest method to get a password has now become practically impossible to exploit and it doesn't make it any easier having to be so close to the target AP. So let's do a bit of a breakdown! - Bruteforce WPS Cracking - Every single WPS enabled device made in the last 4 years has some form of bruteforce WPS cracking protection.
Almost all of them outright stop responding to WPS requests after even just a tiny amount of attempts (like 10). If you are lucky the target has a very old router that only slows down the attack, just increasing the time it takes to do the crack to perhaps a few days. However, this is almost never the case any more. Failing to get the WPS key right 10 times in a row, regardless of how long you waited between attempts will usually lock you out of 90% of routers. Some routers reset in a few days, some never seem to reset and need a manual reset either via the router's reset button, or the WPS option needs to be re-enabled again in the router config. We have scripts like Reaver which are pretty old now and don't work very well. Perhaps the best config with reaver I have found is.
Reaver -i wlan0 -c channel -b bssid -vv T 0.5 -d 5 -S -r 5:10 -N -x 360 -L To explain briefly. You wait 5 seconds per attempt, sleep 10 seconds after 5 tries, don't respond to requests if they are out of order, wait 5 minutes after 10 failures, wait longer for a reply, use smaller numbers to increase the crack speed, and adding -L will ignore locks (which is required in 99% of cases because ALL devices lock these days).
Even using the above config, you need to be physically so ridiculously close to the target AP, and you also need 'god's luck' that the router won't just outright lock up after a handful of failed attempts and just stop responding altogether. Then we have 'Bully' which has numerous improvements over Reaver and has a lot of inbuilt options that can increase the success chance of the crack. Bully even comes with a UI to make things more understandable and user friendly but ultimately if Reaver isn't going to work, Bully has effectively the same zero chance of success. If anything bully is just more easy to use. Finally there is the 'Pixie Dust' cracking method for offline cracking. This in my opinion isn't even worth really mentioning because only the smallest handful of routers are supported to have this flaw. I personally haven't had any success cracking any WPS keys with pixie dust.
WPS Default Key Cracking - This is one of the only methods I've actually had any success with. Looking up a list of default WPS keys through 'router keygen'-type apps and Wikis and then trying the 10-25 keys on the list.
A lot of routers had their default WPS algorithm discovered so this may in very rare chances work with older routers. I've found the most success with an Android phone to try the pins listed instead of Reaver or Bully. Sometimes you can get lucky and it's one of the default pins known for that brand. However, there are 2 significant issues as with an Android device: you need to be rooted to see what the password is, and it's almost impossible to know whether or not the WPS pin you tried was incorrect, or if there was some other reason that the transaction failed (distance, timeout, etc).
For iPhone users there doesn't even seem to be a method to do this at all. In some very, very rare cases if you make it onto the network you can go into the router config and.sometimes. there is a method for unmasking the password but that is uncommon and requires the router config page to still have the default password. WPA/2 Keyspace Cracking - Here is where Your-Mileage-May-Truly-Vary and things turn completely into 'hit-or-miss'. Let's look at the best case scenario.
You find a target that has an old/well known router, you are able to find the default keyspace for that router by looking up the MAC address and finding the vendor, and you find that the keyspace isn't too hard. Say 10 Char, Digits 0-9. No sweat, that's only about 10 hours. Unfortunately however, this basically never ever happens. Most routers these days are shipped with default passwords that contain AT THE VERY LEAST, 10 characters HEX A-F with Digits 0-9 which on most people's machines using hashcat will take about 47+ days to crack.
Unless you have several machines attempting to crack the password from different points, it's not feasible. You can also use a script to reduce the amount of keyspace by filtering out 'invalid' combinations. An example would be this: (NB: I haven't actually been able to get the above keyspace reducer script to work whilst trying to pipe the output into Hashcat so I am not sure if it even works any more either). Even then, you're looking at around 30 days to crack the password (with the keyspace reducer), and that is IF, and ONLY IF the default password hasn't been changed and you even guessed the keyspace correctly.
God forbid the password is something like 10 Characters, A-Z and Digits 0-9 because then the bruteforce time goes from roughly 47 days to fucking 400+ PLUS YEARS. Say you grab a bunch of capture files with good handshakes, you can throw them through a lot of online Wifi cracking sites like GPUHash, but ultimately you'd be very lucky if even 1 out of 10 networks end up having the password found. If you know the keyspace is something very hard like 10HEX (or worse) you can also pay such sites to try specific keyspace masks. However it's not remotely cheap, and unless I am missing something, a site like GPU hash would have to reserve multiple GPUs in order to run the crack and it could still take days, weeks or even months for large keyspaces. In conclusion, unless your target is using a very old router with simple keyspace (which is not usually the case, and hasn't been for a long time), or you are rich enough to pay an online service to crack the large keyspace in a reasonable amount of time, you are screwed because it simply takes too long to work through the whole mask. The exception is for routers/devices that have had their specific key generating method leaked (and the resulting keyspace is still not too large).
Evil Twin - Requires you to have at least 2 Wifi devices, but the problem with this method is that it not only requires the target to be a complete freaking idiot to work, but it also requires someone to actually manually type in the password. Gm epc download. Now this isn't a bad method at all if your target IS actually an idiot and is actively using their connection. However, there is still one other problem and that is, you have to actually be even closer to the target than the actual network they are using. Otherwise it is unlikely that they will even connect to your AP and instead will just reconnect to their own one because their AP will be displayed first in the list. Social Engineering - This is kind of impossible with Wifi passwords in my opinion.
People can use anything as their password these days and unlike online services you can't recover people's Wifi passwords by subtly asking what their 'dog's name' is etc. Shoulder surfing someone's Wifi password isn't even possible unless you actually KNOW the person I mean really it's probably not even worth mentioning this category because reasons. Frankly that's it. To summarise, any device made in the last 4 years is going to have even basic WPS bruteforce protection that will render the a bruteforce crack 99% impossible.
Routers also made in the last 4 years also tend to have keyspaces that are just completely unfeasible to crack with times that range between months, to tens, even hundreds of years. This leaves you with only going for default WPS keys until the router locks you out after just about 10 tries.
If anyone has any comments or better ideas that would be great. Status: n/a Joined: Sun, 11 Jun 2017 Posts: 109 Team: Reputation: 106 Offline Tue, 22 Aug 2017 @ 14:11:32 You have a friend who cracks 10HEX dlink-XXXX in 30 hours That is probably way to go Status: Cracker Joined: Sun, 08 Nov 2015 Posts: 375 Team: Reputation: 668 Offline Tue, 22 Aug 2017 @ 14:28:59 Just my two cents: 1. Broken deafult WPA password algo can lead to cracking default password in seconds or dramatically reduce possible keyspace 2. Router web control panel vulnerabilities (if exposed to the Web) leak passwords as well GPUHASH.me team official representative Support, discounts, free offers for forum members Status: n/a Joined: Tue, 25 Jul 2017 Posts: 38 Team: Reputation: 0 Offline Tue, 22 Aug 2017 @ 14:57:12. You have a friend who cracks 10HEX dlink-XXXX in 30 hours That is probably way to go It's not exactly device friendly or wallet friendly to run so many GPUs constantly at 100% for such a long time.
Technicolor Router Keygen Github Download
Besides you're missing the point but I'll placate you. Even if he can run attempts at something like 3500KH/s trying on keyspaces like 10 A-Z0-9 is still going to take a couple of months (about 10(ididthemaths)) and thousands of watts of power, not to mention the stress on the GPUs. It's just not worth the time or money unless you get power for free. Besides, what's the point of spending that long to crack a single WPA key? Also if the keyspace is wrong, or the password has been changed it's a huge amount of wear and waste of time and money.
Now let's consider newer Cisco EPC38xxx series routers (which are everywhere, where I live) that use 12 Char A-Z0-9 default passwords. I'm not even going to bother trying to work out the keyspace. Even if you have a $10,000 machine and free electricity. You can't bruteforce that in a timeframe that makes it not a complete waste of money and wear on your hardware. Finally, there's the issue with even working out what the keyspace could possibly be.
In my country it's very, very rare for an ISP to publicly release documentation that shows/or even hints to what the default keyspace could be. When I have been able to find documentation or observe the hardware in person it's usually just been a case of 'Oh. 13 characters Upper A-Z with digits? So what's left? Just my two cents: 1. Broken deafult WPA password algo can lead to cracking default password in seconds or dramatically reduce possible keyspace 2. Router web control panel vulnerabilities (if exposed to the Web) leak passwords as well 1.
This is correct but most devices from last few years don't have leaked methods available, or at least I am unable to find them; or they don't comprise of devices in my area. I don't think most people run DDNS on their routers, or at least very few do. I could start looking into that as an option but I doubt a single person in my area has a DDNS set up for their router. In my opinion what we truly need to truly make WPA cracking feasible in the future are new vulnerabilities, and that doesn't look likely because we haven't had many in the last years. Status: n/a Joined: Sun, 11 Jun 2017 Posts: 109 Team: Reputation: 106 Offline Tue, 22 Aug 2017 @ 15:03:53.
You have a friend who cracks 10HEX dlink-XXXX in 30 hours That is probably way to go It's not exactly device friendly or wallet friendly to run so many GPUs constantly at 100% for such a long time. Besides you're missing the point but I'll placate you. Now I am confused, because you said in that thread I quoted that someone you know cracked a dlink-XXXX in 30 hours, when the default keyspace for those routers is 10HEX All I am saying is find out how he did it and follow the same method. Status: n/a Joined: Tue, 25 Jul 2017 Posts: 38 Team: Reputation: 0 Offline Tue, 22 Aug 2017 @ 15:13:03 He did it by using a keyspace reducer and running it on his hardware AFAIK. I didn't ask him what the remaining time was when it finished but it took about 30 hours. Could have been luck, I don't know. I didn't think to ask.
I can't copy or improve on that currently with my own hardware. Best I can do is run a similar keyspace reducer (which I can't even seem to get to work with Hashcat) on my own hardware which has at the very least, 1 tenth of the power of his. So I'm still looking at too long to be bothered with.
Besides I don't expect to keep this friend of mine if I just throw him all of my.cap files and say 'Yeah can you do this ridiculously huge calculation for me'. This is a discussion thread, it's not like I expect to find better ways to crack Wifi networks myself, without a huge investment of money, which would likely only make it possible to crack a half dozen more varieties of keyspaces anyway, but still not those that are most common in my area. Status: n/a Joined: Tue, 01 Aug 2017 Posts: 210 Team: Reputation: 3661 Offline Tue, 22 Aug 2017 @ 15:33:02 I agree with wtb9001gtx1080ti that mackinson is missing the point entirely.
All we are discussing here is how to crack things that look otherwise impossible. For example, even though the wtb9001gtx1080ti dlink-0C78 has a default keyspace greater than 10HEX, it is still trivial to crack Status: n/a Joined: Tue, 25 Jul 2017 Posts: 38 Team: Reputation: 0 Offline Tue, 22 Aug 2017 @ 16:19:09.
You cracked it? So what do you know that I don't? Would you mind PMing it to me so I can verify it against the result my mate got after 30ish hours. If you just did just get that today, then it means there's a huge flaw here I don't know about. There is no point in using PM to verify against your friend's result.
PM is disabled for me anyway, as I am just a newbie here The verifier link I posted is against MIC 7D6A33E1B9E4E5C8FB9F65 from packet 31615 of your original capture (attached) This MIC verifier cannot be forged. You are free to post your own verifier link if you have the passphrase from your friend without compromising the passphrase. That will prove we have both recovered the passphrase Attachments: to view attachments.
Status: n/a Joined: Sun, 11 Jun 2017 Posts: 109 Team: Reputation: 106 Offline Tue, 22 Aug 2017 @ 17:11:01. I agree with wtb9001gtx1080ti that mackinson is missing the point entirely. All we are discussing here is how to crack things that look otherwise impossible. For example, even though the wtb9001gtx1080ti dlink-0C78 has a default keyspace greater than 10HEX, it is still trivial to crack Does that mean you regard something greater than 10HEX trivial to crack, or you have a shortcut specifically for the dlink-XXXX? The point of this thread is to discuss methods for cracking WPA, they don't have to be 'actual' bruteforce/dictionary cracking methods that utilize hardware.
I really don't get how hard it is for you to understand that. But the discussions have to be confined to hash based storage/authentication Otherwise, they risk straying into a violation of General Rule 12 I really don't get how hard it is for you to understand that. Status: Cracker Joined: Sat, 24 Oct 2015 Posts: 416 Team: Reputation: 390 Offline Thu, 24 Aug 2017 @ 14:25:13 There will always be a vulnerability everywhere. Manufacturers build them in whether it is for their own 'use' or whether it is required by governing forces, I'm not really sure which. But regardless, an example is SKY UK. Their new Sky Hub has a predictable last character and reduced keyspace making is equivalent to 9 hex.
Perfectly doable with a bit of good hardware. I bet the rest of the algorithm is broken too, it just needs to be found. Gpuhash also seems to be able to find videotron keys, which are like 13 upper alphanumeric or something, very fast but it has not been publicly disclosed. Comcast's Home Security (XHS-XXXXXXXX) network is broken and the firmware has a function named 'CalculatePSKKey' in it, which generates the WPA key and I can confirm exists after public disclosure by CableTap at Defcon, and it is used on their new XB3 gateways (DPC3941T, TG1682G, etc). Similar thing with Belkin, too. Netgear uses simple dictionary words, Comcast is also switching to a similar setup to Netgear for the private networks for which I currently have the largest dictionary for.
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The vulnerabilities are there, and while they may not be in plain sight, you just have to find them. Unfortunately, I lack the proper resources to test a lot of these findings myself, but all will dome in due time Also, as far as pixie dust goes, I worked with the devs and have had huge amounts of success with it. Am also working with a few other devs to overhaul Reaver (which is not a script by the way, C is not a scripting language) and there have been many, many improvements. BTC: NVIDIA (Hashcat) 1x GTX 980 AMD (Mining) 3x AMD RX 480 1x AMD RX 570 Status: n/a Joined: Sun, 11 Jun 2017 Posts: 13 Team: Reputation: 30 Offline Thu, 24 Aug 2017 @ 17:03:13 This thread has got me really confused now It started off with everything being impossible to crack in 2017, but now you think there are lots of networks that can be cracked?