Codebase list altdns / upstream/1.0.0+git20200123
New upstream version 1.0.0+git20200123 Sophie Brun 3 years ago
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56 9. Accepting Warranty or Additional Liability.
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58 While redistributing the Work or Derivative Works thereof, You may choose to offer, and charge a fee for, acceptance of support, warranty, indemnity, or other liability obligations and/or rights consistent with this License. However, in accepting such obligations, You may act only on Your own behalf and on Your sole responsibility, not on behalf of any other Contributor, and only if You agree to indemnify, defend, and hold each Contributor harmless for any liability incurred by, or claims asserted against, such Contributor by reason of your accepting any such warranty or additional liability.
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66 Copyright 2016 Shubham Shah (infosec-au)
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README.md less more
0 # Altdns - Subdomain discovery through alterations and permutations
1
2 Altdns is a DNS recon tool that allows for the discovery of subdomains that conform to patterns. Altdns takes in words that could be present in subdomains under a domain (such as test, dev, staging) as well as takes in a list of subdomains that you know of.
3
4 From these two lists that are provided as input to altdns, the tool then generates a _massive_ output of "altered" or "mutated" potential subdomains that could be present. It saves this output so that it can then be used by your favourite DNS bruteforcing tool.
5
6 Alternatively, the `-r` flag can be passed to altdns so that once this output is generated, the tool can then resolve these subdomains (multi-threaded) and save the results to a file.
7
8 Altdns works best with large datasets. Having an initial dataset of 200 or more subdomains should churn out some valid subdomains via the alterations generated.
9
10 Further information on attack methodology and this tool release can be found here: https://docs.google.com/presentation/d/1PCnjzCeklOeGMoWiE2IUzlRGOBxNp8K5hLQuvBNzrFY/
11
12 # Installation
13
14 `pip install py-altdns`
15
16 # Usage
17
18 `# altdns -i subdomains.txt -o data_output -w words.txt -r -s results_output.txt`
19
20 - `subdomains.txt` contains the known subdomains for an organization
21 - `data_output` is a file that will contain the _massive_ list of altered and permuted subdomains
22 - `words.txt` is your list of words that you'd like to permute your current subdomains with (i.e. `admin`, `staging`, `dev`, `qa`) - one word per line
23 - the `-r` command resolves each generated, permuted subdomain
24 - the `-s` command tells altdns where to save the results of the resolved permuted subdomains. `results_output.txt` will contain the final list of permuted subdomains found that are valid and have a DNS record.
25 - the `-t` command limits how many threads the resolver will use simultaneously
26 - `-d 1.2.3.4` overrides the system default DNS resolver and will use the specified IP address as the resolving server. Setting this to the authoritative DNS server of the target domain *may* increase resolution performance
27
28 # Screenshots
29
30 <img src="https://i.imgur.com/fkfZqkl.png" width="600px"/>
31
32 <img src="https://i.imgur.com/Jyfue26.png" width="600px"/>
33
34 # Show some love
35
36 If this tool was useful at all to you during DNS recon stages - we'd love to know. Any suggestions or ideas for this tool are welcome - just tweet [@infosec_au](https://twitter.com/infosec_au) or [@nnwakelam](https://twitter.com/nnwakelam) and we'll work on it.
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altdns/__init__.py less more
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altdns/__main__.py less more
0 #!/usr/bin/env python
1 # released at BSides Canberra by @infosec_au and @nnwakelam
2 # <3 silvio
3
4 import argparse
5 import threading
6 import time
7 import datetime
8 from threading import Lock
9 from queue import Queue as Queue
10
11 import tldextract
12 from tldextract.tldextract import LOG
13 import logging
14 from termcolor import colored
15 import dns.resolver
16 import re
17 import os
18
19 logging.basicConfig(level=logging.CRITICAL)
20
21 def get_alteration_words(wordlist_fname):
22 with open(wordlist_fname, "r") as f:
23 return f.readlines()
24
25 # will write to the file if the check returns true
26 def write_domain(args, wp, full_url):
27 wp.write(full_url)
28
29 # function inserts words at every index of the subdomain
30 def insert_all_indexes(args, alteration_words):
31 with open(args.input, "r") as fp:
32 with open(args.output_tmp, "a") as wp:
33 for line in fp:
34 ext = tldextract.extract(line.strip())
35 current_sub = ext.subdomain.split(".")
36 for word in alteration_words:
37 for index in range(0, len(current_sub)):
38 current_sub.insert(index, word.strip())
39 # join the list to make into actual subdomain (aa.bb.cc)
40 actual_sub = ".".join(current_sub)
41 # save full URL as line in file
42 full_url = "{0}.{1}.{2}\n".format(
43 actual_sub, ext.domain, ext.suffix)
44 if actual_sub[-1:] is not ".":
45 write_domain(args, wp, full_url)
46 current_sub.pop(index)
47 current_sub.append(word.strip())
48 actual_sub = ".".join(current_sub)
49 full_url = "{0}.{1}.{2}\n".format(
50 actual_sub, ext.domain, ext.suffix)
51 if len(current_sub[0]) > 0:
52 write_domain(args, wp, full_url)
53 current_sub.pop()
54
55 # adds word-NUM and wordNUM to each subdomain at each unique position
56 def insert_number_suffix_subdomains(args, alternation_words):
57 with open(args.input, "r") as fp:
58 with open(args.output_tmp, "a") as wp:
59 for line in fp:
60 ext = tldextract.extract(line.strip())
61 current_sub = ext.subdomain.split(".")
62 for word in range(0, 10):
63 for index, value in enumerate(current_sub):
64 #add word-NUM
65 original_sub = current_sub[index]
66 current_sub[index] = current_sub[index] + "-" + str(word)
67 # join the list to make into actual subdomain (aa.bb.cc)
68 actual_sub = ".".join(current_sub)
69 # save full URL as line in file
70 full_url = "{0}.{1}.{2}\n".format(actual_sub, ext.domain, ext.suffix)
71 write_domain(args, wp, full_url)
72 current_sub[index] = original_sub
73
74 #add wordNUM
75 original_sub = current_sub[index]
76 current_sub[index] = current_sub[index] + str(word)
77 # join the list to make into actual subdomain (aa.bb.cc)
78 actual_sub = ".".join(current_sub)
79 # save full URL as line in file
80 full_url = "{0}.{1}.{2}\n".format(actual_sub, ext.domain, ext.suffix)
81 write_domain(args, wp, full_url)
82 current_sub[index] = original_sub
83
84 # adds word- and -word to each subdomain at each unique position
85 def insert_dash_subdomains(args, alteration_words):
86 with open(args.input, "r") as fp:
87 with open(args.output_tmp, "a") as wp:
88 for line in fp:
89 ext = tldextract.extract(line.strip())
90 current_sub = ext.subdomain.split(".")
91 for word in alteration_words:
92 for index, value in enumerate(current_sub):
93 original_sub = current_sub[index]
94 current_sub[index] = current_sub[
95 index] + "-" + word.strip()
96 # join the list to make into actual subdomain (aa.bb.cc)
97 actual_sub = ".".join(current_sub)
98 # save full URL as line in file
99 full_url = "{0}.{1}.{2}\n".format(
100 actual_sub, ext.domain, ext.suffix)
101 if len(current_sub[0]) > 0 and actual_sub[:1] is not "-":
102 write_domain(args, wp, full_url)
103 current_sub[index] = original_sub
104 # second dash alteration
105 current_sub[index] = word.strip() + "-" + \
106 current_sub[index]
107 actual_sub = ".".join(current_sub)
108 # save second full URL as line in file
109 full_url = "{0}.{1}.{2}\n".format(
110 actual_sub, ext.domain, ext.suffix)
111 if actual_sub[-1:] is not "-":
112 write_domain(args, wp, full_url)
113 current_sub[index] = original_sub
114
115 # adds prefix and suffix word to each subdomain
116 def join_words_subdomains(args, alteration_words):
117 with open(args.input, "r") as fp:
118 with open(args.output_tmp, "a") as wp:
119 for line in fp:
120 ext = tldextract.extract(line.strip())
121 current_sub = ext.subdomain.split(".")
122 for word in alteration_words:
123 for index, value in enumerate(current_sub):
124 original_sub = current_sub[index]
125 current_sub[index] = current_sub[index] + word.strip()
126 # join the list to make into actual subdomain (aa.bb.cc)
127 actual_sub = ".".join(current_sub)
128 # save full URL as line in file
129 full_url = "{0}.{1}.{2}\n".format(
130 actual_sub, ext.domain, ext.suffix)
131 write_domain(args, wp, full_url)
132 current_sub[index] = original_sub
133 # second dash alteration
134 current_sub[index] = word.strip() + current_sub[index]
135 actual_sub = ".".join(current_sub)
136 # save second full URL as line in file
137 full_url = "{0}.{1}.{2}\n".format(
138 actual_sub, ext.domain, ext.suffix)
139 write_domain(args, wp, full_url)
140 current_sub[index] = original_sub
141
142
143 def get_cname(q, target, resolved_out):
144 global progress
145 global lock
146 global starttime
147 global found
148 global resolverName
149 lock.acquire()
150 progress += 1
151 lock.release()
152 if progress % 500 == 0:
153 lock.acquire()
154 left = linecount-progress
155 secondspassed = (int(time.time())-starttime)+1
156 amountpersecond = progress / secondspassed
157 lock.release()
158 seconds = 0 if amountpersecond == 0 else int(left/amountpersecond)
159 timeleft = str(datetime.timedelta(seconds=seconds))
160 print(
161 colored("[*] {0}/{1} completed, approx {2} left".format(progress, linecount, timeleft),
162 "blue"))
163 final_hostname = target
164 result = list()
165 result.append(target)
166 resolver = dns.resolver.Resolver()
167 if(resolverName is not None): #if a DNS server has been manually specified
168 resolver.nameservers = [resolverName]
169 try:
170 for rdata in resolver.query(final_hostname, 'CNAME'):
171 result.append(rdata.target)
172 except:
173 pass
174 if len(result) is 1:
175 try:
176 A = resolver.query(final_hostname, "A")
177 if len(A) > 0:
178 result = list()
179 result.append(final_hostname)
180 result.append(str(A[0]))
181 except:
182 pass
183 if len(result) > 1: #will always have 1 item (target)
184 if str(result[1]) in found:
185 if found[str(result[1])] > 3:
186 return
187 else:
188 found[str(result[1])] = found[str(result[1])] + 1
189 else:
190 found[str(result[1])] = 1
191 resolved_out.write(str(result[0]) + ":" + str(result[1]) + "\n")
192 resolved_out.flush()
193 ext = tldextract.extract(str(result[1]))
194 if ext.domain == "amazonaws":
195 try:
196 for rdata in resolver.query(result[1], 'CNAME'):
197 result.append(rdata.target)
198 except:
199 pass
200 print(
201 colored(
202 result[0],
203 "red") +
204 " : " +
205 colored(
206 result[1],
207 "green"))
208 if len(result) > 2 and result[2]:
209 print(
210 colored(
211 result[0],
212 "red") +
213 " : " +
214 colored(
215 result[1],
216 "green") +
217 ": " +
218 colored(
219 result[2],
220 "blue"))
221 q.put(result)
222
223 def remove_duplicates(args):
224 with open(args.output) as b:
225 blines = set(b)
226 with open(args.output, 'w') as result:
227 for line in blines:
228 result.write(line)
229
230 def remove_existing(args):
231 with open(args.input) as b:
232 blines = set(b)
233 with open(args.output_tmp) as a:
234 with open(args.output, 'w') as result:
235 for line in a:
236 if line not in blines:
237 result.write(line)
238 os.remove(args.output_tmp)
239
240 def get_line_count(filename):
241 with open(filename, "r") as lc:
242 linecount = sum(1 for _ in lc)
243 return linecount
244
245
246 def main():
247 q = Queue()
248
249 parser = argparse.ArgumentParser()
250 parser.add_argument("-i", "--input",
251 help="List of subdomains input", required=True)
252 parser.add_argument("-o", "--output",
253 help="Output location for altered subdomains",
254 required=True)
255 parser.add_argument("-w", "--wordlist",
256 help="List of words to alter the subdomains with",
257 required=False, default="words.txt")
258 parser.add_argument("-r", "--resolve",
259 help="Resolve all altered subdomains",
260 action="store_true")
261 parser.add_argument("-n", "--add-number-suffix",
262 help="Add number suffix to every domain (0-9)",
263 action="store_true")
264 parser.add_argument("-e", "--ignore-existing",
265 help="Ignore existing domains in file",
266 action="store_true")
267 parser.add_argument("-d", "--dnsserver",
268 help="IP address of resolver to use (overrides system default)", required=False)
269
270 parser.add_argument(
271 "-s",
272 "--save",
273 help="File to save resolved altered subdomains to",
274 required=False)
275
276 parser.add_argument("-t", "--threads",
277 help="Amount of threads to run simultaneously",
278 required=False, default="0")
279
280 args = parser.parse_args()
281
282 if args.resolve:
283 try:
284 resolved_out = open(args.save, "a")
285 except:
286 print("Please provide a file name to save results to "
287 "via the -s argument")
288 raise SystemExit
289
290 alteration_words = get_alteration_words(args.wordlist)
291
292 # if we should remove existing, save the output to a temporary file
293 if args.ignore_existing is True:
294 args.output_tmp = args.output + '.tmp'
295 else:
296 args.output_tmp = args.output
297
298 # wipe the output before, so we fresh alternated data
299 open(args.output_tmp, 'w').close()
300
301 insert_all_indexes(args, alteration_words)
302 insert_dash_subdomains(args, alteration_words)
303 if args.add_number_suffix is True:
304 insert_number_suffix_subdomains(args, alteration_words)
305 join_words_subdomains(args, alteration_words)
306
307 threadhandler = []
308
309 # Removes already existing + dupes from output
310 if args.ignore_existing is True:
311 remove_existing(args)
312 else:
313 remove_duplicates(args)
314
315 if args.resolve:
316 global progress
317 global linecount
318 global lock
319 global starttime
320 global found
321 global resolverName
322 lock = Lock()
323 found = {}
324 progress = 0
325 starttime = int(time.time())
326 linecount = get_line_count(args.output)
327 resolverName = args.dnsserver
328 with open(args.output, "r") as fp:
329 for i in fp:
330 if args.threads:
331 if len(threadhandler) > int(args.threads):
332 #Wait until there's only 10 active threads
333 while len(threadhandler) > 10:
334 threadhandler.pop().join()
335 try:
336 t = threading.Thread(
337 target=get_cname, args=(
338 q, i.strip(), resolved_out))
339 t.daemon = True
340 threadhandler.append(t)
341 t.start()
342 except Exception as error:
343 print("error:"),(error)
344 #Wait for threads
345 while len(threadhandler) > 0:
346 threadhandler.pop().join()
347
348 timetaken = str(datetime.timedelta(seconds=(int(time.time())-starttime)))
349 print(
350 colored("[*] Completed in {0}".format(timetaken),
351 "blue"))
352
353 if __name__ == "__main__":
354 main()
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requirements.txt less more
0 tldextract
1 argparse
2 termcolor
3 dnspython
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setup.py less more
0 import setuptools
1
2 with open("README.md", "r") as fh:
3 long_description = fh.read()
4
5 setuptools.setup(
6 name="py-altdns",
7 version="1.0.0",
8 author="Shubham Shah",
9 author_email="[email protected]",
10 description="Generates permutations, alterations and mutations of subdomains and then resolves them.",
11 long_description=long_description,
12 long_description_content_type="text/markdown",
13 url="https://github.com/infosec-au/altdns",
14 packages=setuptools.find_packages(),
15 entry_points={
16 "console_scripts": [
17 "altdns=altdns.__main__:main",
18 ]
19 },
20 install_requires=["tldextract","argparse","termcolor","dnspython"],
21 classifiers=[
22 "Programming Language :: Python :: 2.7",
23 "License :: OSI Approved :: Apache Software License",
24 "Operating System :: OS Independent",
25 "Topic :: Security"
26 ],
27 )⏎
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words.txt less more
0 1
1 10
2 11
3 12
4 13
5 14
6 15
7 16
8 17
9 18
10 19
11 2
12 20
13 2009
14 2010
15 2011
16 2012
17 2013
18 2014
19 2015
20 2016
21 2017
22 2018
23 2019
24 3
25 4
26 5
27 6
28 7
29 8
30 9
31 a
32 acc
33 accept
34 accounts
35 admin
36 admin1
37 administrator
38 akali
39 akamai
40 alpha
41 alt
42 america
43 analytics
44 api
45 api1
46 api-docs
47 apollo
48 april
49 aws
50 b
51 backend
52 beta
53 billing
54 boards
55 box
56 brand
57 brasil
58 brazil
59 bucket
60 bucky
61 c
62 cdn
63 cf
64 chef
65 ci
66 client
67 cloudfront
68 cms
69 cms1
70 cn
71 com
72 confluence
73 container
74 control
75 data
76 dec
77 demo
78 dev
79 dev1
80 developer
81 devops
82 docker
83 docs
84 drop
85 edge
86 elasticbeanstalk
87 elb
88 email
89 eng
90 engima
91 engine
92 engineering
93 eu
94 europe
95 europewest
96 euw
97 euwe
98 evelynn
99 events
100 feb
101 fet
102 firewall
103 forms
104 forum
105 frontpage
106 fw
107 games
108 germany
109 gh
110 ghcpi
111 git
112 github
113 global
114 hkg
115 hw
116 hwcdn
117 i
118 ids
119 int
120 internal
121 jenkins
122 jinx
123 july
124 june
125 kor
126 korea
127 kr
128 lan
129 las
130 latin
131 latinamerica
132 lax
133 lax1
134 lb
135 loadbalancer
136 login
137 machine
138 mail
139 march
140 merch
141 mirror
142 na
143 nautilus
144 net
145 netherlands
146 nginx
147 nl
148 node
149 northamerica
150 nov
151 oceania
152 oct
153 ops
154 org
155 origin
156 page
157 pantheon
158 pass
159 pay
160 payment
161 pc
162 php
163 pl
164 poland
165 preferences
166 priv
167 private
168 prod
169 production
170 profile
171 profiles
172 promo
173 promotion
174 proxy
175 redirector
176 region
177 repo
178 repository
179 reset
180 restrict
181 restricted
182 reviews
183 s
184 s3
185 sandbox
186 search
187 secure
188 security
189 sept
190 server
191 service
192 singed
193 skins
194 spring
195 ssl
196 staff
197 stage
198 stage1
199 staging
200 static
201 support
202 swagger
203 system
204 t
205 train
206 training
207 team
208 test
209 test1
210 testbed
211 testing
212 testing1
213 tomcat
214 tpe
215 tr
216 trial
217 tur
218 turk
219 turkey
220 twitch
221 uat
222 v1
223 v2
224 vi
225 vpn
226 w3
227 web
228 web1
229 webapp
230 westeurope
231 z