Type stringclasses 20
values | Text stringlengths 1 236 | Score float64 0.22 0.96 | Original Sentence ID int64 0 6.64k | Original Sentence stringlengths 6 383 | __index_level_0__ int64 0 16.8k |
|---|---|---|---|---|---|
FILE | Exploit.MSWord.CVE-2010-333, Exploit.Win32.CVE-2012-0158 | 0.934754 | 3,872 | Kaspersky Lab's products detect the Microsoft Office exploits used in the B- I-, including Exploit.MSWord.CVE-2010-333, Exploit.Win32.CVE-2012-0158 . | 9,538 |
FILE | files | 0.876967 | 3,873 | The files exploit the well-known Microsoft Office vulnerability, CVE-2012-0158, to execute malicious code in order to take control of the targeted systems . | 9,539 |
VULNAME | exploit | 0.905119 | 3,873 | The files exploit the well-known Microsoft Office vulnerability, CVE-2012-0158, to execute malicious code in order to take control of the targeted systems . | 9,540 |
TOOL | Microsoft Office | 0.893652 | 3,873 | The files exploit the well-known Microsoft Office vulnerability, CVE-2012-0158, to execute malicious code in order to take control of the targeted systems . | 9,541 |
VULID | CVE-2012-0158, | 0.917815 | 3,873 | The files exploit the well-known Microsoft Office vulnerability, CVE-2012-0158, to execute malicious code in order to take control of the targeted systems . | 9,542 |
MAL | malware | 0.843613 | 3,874 | We also discovered an interesting piece of rare malware created by this threat actor – a Bluetooth device harvester . | 9,543 |
FILE | Bluetooth device harvester | 0.903022 | 3,874 | We also discovered an interesting piece of rare malware created by this threat actor – a Bluetooth device harvester . | 9,544 |
ACT | B-Hack I-Hack | 0.736251 | 3,875 | For example, B-Hack I-Hack in 2012 used send() and recv() APIs to communicate with its C2 This Bisonal variant used in the latest attack communicates with one of the following hard-coded C2 addresses by using the HTTP POST method on TCP port 443 . | 9,545 |
TIME | 2012 | 0.916152 | 3,875 | For example, B-Hack I-Hack in 2012 used send() and recv() APIs to communicate with its C2 This Bisonal variant used in the latest attack communicates with one of the following hard-coded C2 addresses by using the HTTP POST method on TCP port 443 . | 9,546 |
FILE | Bisonal | 0.921123 | 3,875 | For example, B-Hack I-Hack in 2012 used send() and recv() APIs to communicate with its C2 This Bisonal variant used in the latest attack communicates with one of the following hard-coded C2 addresses by using the HTTP POST method on TCP port 443 . | 9,547 |
TOOL | C2 | 0.917013 | 3,875 | For example, B-Hack I-Hack in 2012 used send() and recv() APIs to communicate with its C2 This Bisonal variant used in the latest attack communicates with one of the following hard-coded C2 addresses by using the HTTP POST method on TCP port 443 . | 9,548 |
ACT | HTTP POST | 0.910824 | 3,875 | For example, B-Hack I-Hack in 2012 used send() and recv() APIs to communicate with its C2 This Bisonal variant used in the latest attack communicates with one of the following hard-coded C2 addresses by using the HTTP POST method on TCP port 443 . | 9,549 |
PROT | TCP | 0.932059 | 3,875 | For example, B-Hack I-Hack in 2012 used send() and recv() APIs to communicate with its C2 This Bisonal variant used in the latest attack communicates with one of the following hard-coded C2 addresses by using the HTTP POST method on TCP port 443 . | 9,550 |
FILE | Bisonal malware | 0.918742 | 3,876 | Previous reports have discussed Bisonal malware used in attacks against Japan, South Korea and Russia . | 9,551 |
LOC | Japan, South Korea | 0.90295 | 3,876 | Previous reports have discussed Bisonal malware used in attacks against Japan, South Korea and Russia . | 9,552 |
LOC | Russia | 0.900315 | 3,876 | Previous reports have discussed Bisonal malware used in attacks against Japan, South Korea and Russia . | 9,553 |
FILE | sample | 0.898526 | 3,877 | This particular sample we found targeted an organization in Russia and there is a specific system language check for Cyrillic and no others . | 9,554 |
LOC | Russia | 0.82445 | 3,877 | This particular sample we found targeted an organization in Russia and there is a specific system language check for Cyrillic and no others . | 9,555 |
FILE | it's | 0.915542 | 3,878 | If it's Cyrillic and the command to the shell is not ‘ipconfig’, the threat converts the command result text encoding from Cyrillic to UTF-16 . | 9,556 |
MAL | Cyrillic | 0.931857 | 3,878 | If it's Cyrillic and the command to the shell is not ‘ipconfig’, the threat converts the command result text encoding from Cyrillic to UTF-16 . | 9,557 |
MAL | UTF-16 | 0.869597 | 3,878 | If it's Cyrillic and the command to the shell is not ‘ipconfig’, the threat converts the command result text encoding from Cyrillic to UTF-16 . | 9,558 |
FILE | Bisonal | 0.921449 | 3,879 | Similar to the Bisonal variant targeting the Russian organization, this sample was also disguised as PDF document . | 9,559 |
LOC | Russian organization, | 0.597244 | 3,879 | Similar to the Bisonal variant targeting the Russian organization, this sample was also disguised as PDF document . | 9,560 |
TOOL | PDF | 0.890826 | 3,879 | Similar to the Bisonal variant targeting the Russian organization, this sample was also disguised as PDF document . | 9,561 |
FILE | decoy PDF | 0.850784 | 3,880 | The contents of the decoy PDF is a job descriptions with the South Korean B- I- . | 9,562 |
LOC | South Korean | 0.896069 | 3,880 | The contents of the decoy PDF is a job descriptions with the South Korean B- I- . | 9,563 |
FILE | installed EXE file | 0.917408 | 3,881 | The installed EXE file is almost exactly the same as the DLL version of Bisonal variant used against the Russian organization . | 9,564 |
TOOL | DLL | 0.883586 | 3,881 | The installed EXE file is almost exactly the same as the DLL version of Bisonal variant used against the Russian organization . | 9,565 |
FILE | Bisonal variant | 0.922459 | 3,881 | The installed EXE file is almost exactly the same as the DLL version of Bisonal variant used against the Russian organization . | 9,566 |
LOC | Russian | 0.881069 | 3,881 | The installed EXE file is almost exactly the same as the DLL version of Bisonal variant used against the Russian organization . | 9,567 |
FILE | DriverInstallerU.exe” | 0.919745 | 3,882 | ined in the archive is called DriverInstallerU.exe” but its metadata shows that its original name is Interenet Assistant.exe” . | 9,568 |
FILE | Interenet Assistant.exe” | 0.908028 | 3,882 | ined in the archive is called DriverInstallerU.exe” but its metadata shows that its original name is Interenet Assistant.exe” . | 9,569 |
FILE | BMW_x1”, BMW_x2” | 0.922424 | 3,883 | In this sample, however, the module names were changed from actors and characters’ names to car models, namely BMW_x1”, BMW_x2” and up to BMW_x8” . | 9,570 |
FILE | BMW_x8” | 0.922585 | 3,883 | In this sample, however, the module names were changed from actors and characters’ names to car models, namely BMW_x1”, BMW_x2” and up to BMW_x8” . | 9,571 |
FILE | wuaupdt.exe | 0.917834 | 3,884 | wuaupdt.exe is a CMD backdoor, which can receive and execute CMD commands sent from C2 . | 9,572 |
MAL | CMD backdoor, | 0.899448 | 3,884 | wuaupdt.exe is a CMD backdoor, which can receive and execute CMD commands sent from C2 . | 9,573 |
TOOL | C2 | 0.896602 | 3,884 | wuaupdt.exe is a CMD backdoor, which can receive and execute CMD commands sent from C2 . | 9,574 |
FILE | wuaupdt.exe | 0.920403 | 3,885 | Furthermore, it has similar code logic as previous ones wuaupdt.exe in this attack appears in previous Donot attack, and C2 addresses are same to previous ones . | 9,575 |
TOOL | C2 | 0.909225 | 3,885 | Furthermore, it has similar code logic as previous ones wuaupdt.exe in this attack appears in previous Donot attack, and C2 addresses are same to previous ones . | 9,576 |
FILE | nbtscan | 0.916825 | 3,886 | Other open source and semi-legitimate pen-testing tools like nbtscan and powercat are being used for mapping available resources and lateral movement as well . | 9,577 |
FILE | powercat | 0.914579 | 3,886 | Other open source and semi-legitimate pen-testing tools like nbtscan and powercat are being used for mapping available resources and lateral movement as well . | 9,578 |
FILE | AutoHotKey scripts | 0.922063 | 3,887 | As described in the infection flow, one of the first uses of the AutoHotKey scripts is to upload a screenshot from the compromised PC . | 9,579 |
FILE | implant | 0.919167 | 3,888 | Throughout our investigation, we have found evidence that shows operational similarities between this implant and B-Hack Group . | 9,580 |
APT | B-Hack Group | 0.684095 | 3,888 | Throughout our investigation, we have found evidence that shows operational similarities between this implant and B-Hack Group . | 9,581 |
APT | B-Hack | 0.837764 | 3,889 | The techniques and modules employed by B-Hack — that is the use of SFX, persistence with task scheduler and the deployment of information stealing tools—remind us of Gamaredon Group’s Windows tools . | 9,582 |
MAL | SFX, | 0.905519 | 3,889 | The techniques and modules employed by B-Hack — that is the use of SFX, persistence with task scheduler and the deployment of information stealing tools—remind us of Gamaredon Group’s Windows tools . | 9,583 |
FILE | Windows tools | 0.889091 | 3,889 | The techniques and modules employed by B-Hack — that is the use of SFX, persistence with task scheduler and the deployment of information stealing tools—remind us of Gamaredon Group’s Windows tools . | 9,584 |
FILE | sample | 0.853664 | 3,890 | We can observe that the sample is very recent, created on Thursday, July 4 As can be observed in the illustration above, the makeself script is instructed to run ./setup.sh after unpacking . | 9,585 |
TIME | July 4 | 0.870804 | 3,890 | We can observe that the sample is very recent, created on Thursday, July 4 As can be observed in the illustration above, the makeself script is instructed to run ./setup.sh after unpacking . | 9,586 |
FILE | makeself script | 0.894 | 3,890 | We can observe that the sample is very recent, created on Thursday, July 4 As can be observed in the illustration above, the makeself script is instructed to run ./setup.sh after unpacking . | 9,587 |
FILE | ./setup.sh | 0.912174 | 3,890 | We can observe that the sample is very recent, created on Thursday, July 4 As can be observed in the illustration above, the makeself script is instructed to run ./setup.sh after unpacking . | 9,588 |
FILE | ShooterAudio module | 0.908613 | 3,891 | The ShooterAudio module uses PulseAudio to capture audio from the user's microphone . | 9,589 |
MAL | PulseAudio | 0.919714 | 3,891 | The ShooterAudio module uses PulseAudio to capture audio from the user's microphone . | 9,590 |
FILE | makeself.sh | 0.923459 | 3,892 | makeself.sh is a small shell script that generates a self-extractable compressed tar archive from a directory . | 9,591 |
FILE | shell script | 0.892418 | 3,892 | makeself.sh is a small shell script that generates a self-extractable compressed tar archive from a directory . | 9,592 |
FILE | RAT, | 0.618147 | 3,893 | The RAT, however, had a multitude of functionalities (as listed in the table below) such as to download and execute, compress, encrypt, upload, search directories, etc . | 9,593 |
FILE | Gh0st RAT | 0.889843 | 3,894 | In a more recent version of the modified Gh0st RAT malware, B-Hack I-Hack implemented dynamic packet flags which change the first five bytes of the header in every login request with the controller . | 9,594 |
FILE | Bemstour | 0.91813 | 3,895 | One hour later, Bemstour was used against an educational institution in Belgium . | 9,595 |
FILE | Belgium | 0.915197 | 3,895 | One hour later, Bemstour was used against an educational institution in Belgium . | 9,596 |
FILE | Bemstour | 0.917091 | 3,896 | Bemstour is specifically designed to deliver a variant of the DoublePulsar backdoor . | 9,597 |
MAL | DoublePulsar backdoor | 0.91608 | 3,896 | Bemstour is specifically designed to deliver a variant of the DoublePulsar backdoor . | 9,598 |
FILE | DoublePulsar | 0.916318 | 3,897 | DoublePulsar is then used to inject a secondary payload, which runs in memory only . | 9,599 |
FILE | Bemstour | 0.918255 | 3,898 | A significantly improved variant of the Bemstour exploit tool was rolled out in September 2016, when it was used in an attack against an educational institution in Hong Kong . | 9,600 |
VULNAME | exploit | 0.784566 | 3,898 | A significantly improved variant of the Bemstour exploit tool was rolled out in September 2016, when it was used in an attack against an educational institution in Hong Kong . | 9,601 |
TIME | September 2016, | 0.927883 | 3,898 | A significantly improved variant of the Bemstour exploit tool was rolled out in September 2016, when it was used in an attack against an educational institution in Hong Kong . | 9,602 |
LOC | Hong Kong | 0.905021 | 3,898 | A significantly improved variant of the Bemstour exploit tool was rolled out in September 2016, when it was used in an attack against an educational institution in Hong Kong . | 9,603 |
FILE | Bemstour | 0.920736 | 3,899 | Bemstour was used again in June 2017 in an attack against an organization in Luxembourg . | 9,604 |
LOC | Luxembourg | 0.768084 | 3,899 | Bemstour was used again in June 2017 in an attack against an organization in Luxembourg . | 9,605 |
FILE | Bemstour | 0.921121 | 3,900 | Between June and September 2017, Bemstour was also used against targets in the Philippines and Vietnam . | 9,606 |
LOC | Philippines | 0.900334 | 3,900 | Between June and September 2017, Bemstour was also used against targets in the Philippines and Vietnam . | 9,607 |
LOC | Vietnam | 0.894781 | 3,900 | Between June and September 2017, Bemstour was also used against targets in the Philippines and Vietnam . | 9,608 |
FILE | Bemstour | 0.918124 | 3,901 | Development of Bemstour has continued into 2019 . | 9,609 |
TIME | 2019 | 0.918823 | 3,901 | Development of Bemstour has continued into 2019 . | 9,610 |
FILE | Bemstour | 0.920993 | 3,902 | Unlike earlier attacks when Bemstour was delivered using Buckeye's Pirpi backdoor, in this attack Bemstour was delivered to the victim by a different backdoor Trojan (Backdoor.Filensfer). | 9,611 |
FILE | Pirpi backdoor, | 0.908737 | 3,902 | Unlike earlier attacks when Bemstour was delivered using Buckeye's Pirpi backdoor, in this attack Bemstour was delivered to the victim by a different backdoor Trojan (Backdoor.Filensfer). | 9,612 |
MAL | different backdoor Trojan | 0.872594 | 3,902 | Unlike earlier attacks when Bemstour was delivered using Buckeye's Pirpi backdoor, in this attack Bemstour was delivered to the victim by a different backdoor Trojan (Backdoor.Filensfer). | 9,613 |
FILE | Bemstour | 0.915301 | 3,903 | The most recent sample of Bemstour seen by Symantec appears to have been compiled on March 23, 2019, eleven days after the zero-day vulnerability was patched by Microsoft . | 9,614 |
SECTEAM | Symantec | 0.874124 | 3,903 | The most recent sample of Bemstour seen by Symantec appears to have been compiled on March 23, 2019, eleven days after the zero-day vulnerability was patched by Microsoft . | 9,615 |
TIME | March 23, | 0.93028 | 3,903 | The most recent sample of Bemstour seen by Symantec appears to have been compiled on March 23, 2019, eleven days after the zero-day vulnerability was patched by Microsoft . | 9,616 |
VULNAME | zero-day | 0.932021 | 3,903 | The most recent sample of Bemstour seen by Symantec appears to have been compiled on March 23, 2019, eleven days after the zero-day vulnerability was patched by Microsoft . | 9,617 |
IDTY | Microsoft | 0.916214 | 3,903 | The most recent sample of Bemstour seen by Symantec appears to have been compiled on March 23, 2019, eleven days after the zero-day vulnerability was patched by Microsoft . | 9,618 |
FILE | Filensfer | 0.920113 | 3,904 | Filensfer is a family of malware that has been used in targeted attacks since at least 2013 . | 9,619 |
TIME | 2013 | 0.913567 | 3,904 | Filensfer is a family of malware that has been used in targeted attacks since at least 2013 . | 9,620 |
SECTEAM | Symantec | 0.921177 | 3,905 | While Symantec has never observed the use of Filensfer alongside any known Buckeye tools, information shared privately by another vendor included evidence of Filensfer being used in conjunction with known Buckeye malware (Backdoor.Pirpi). | 9,621 |
FILE | Filensfer | 0.918098 | 3,905 | While Symantec has never observed the use of Filensfer alongside any known Buckeye tools, information shared privately by another vendor included evidence of Filensfer being used in conjunction with known Buckeye malware (Backdoor.Pirpi). | 9,622 |
FILE | Buckeye malware | 0.861757 | 3,905 | While Symantec has never observed the use of Filensfer alongside any known Buckeye tools, information shared privately by another vendor included evidence of Filensfer being used in conjunction with known Buckeye malware (Backdoor.Pirpi). | 9,623 |
MAL | (Backdoor.Pirpi). | 0.880357 | 3,905 | While Symantec has never observed the use of Filensfer alongside any known Buckeye tools, information shared privately by another vendor included evidence of Filensfer being used in conjunction with known Buckeye malware (Backdoor.Pirpi). | 9,624 |
VULID | CVE-2017-0143 | 0.920039 | 3,906 | CVE-2017-0143 was also used by two other exploit tools—EternalRomance and EternalSynergy—that were released as part of the Shadow Brokers leak in April 2017 . | 9,625 |
VULNAME | exploit | 0.907891 | 3,906 | CVE-2017-0143 was also used by two other exploit tools—EternalRomance and EternalSynergy—that were released as part of the Shadow Brokers leak in April 2017 . | 9,626 |
FILE | tools—EternalRomance | 0.912955 | 3,906 | CVE-2017-0143 was also used by two other exploit tools—EternalRomance and EternalSynergy—that were released as part of the Shadow Brokers leak in April 2017 . | 9,627 |
FILE | EternalSynergy—that | 0.914197 | 3,906 | CVE-2017-0143 was also used by two other exploit tools—EternalRomance and EternalSynergy—that were released as part of the Shadow Brokers leak in April 2017 . | 9,628 |
TIME | April 2017 | 0.919716 | 3,906 | CVE-2017-0143 was also used by two other exploit tools—EternalRomance and EternalSynergy—that were released as part of the Shadow Brokers leak in April 2017 . | 9,629 |
FILE | EternalRomance, | 0.919598 | 3,907 | Buckeye's exploit tool, EternalRomance, as well as EternalSynergy, can exploit the CVE-2017-0143 message type confusion vulnerability to perform memory corruption on unpatched victim computers . | 9,631 |
FILE | EternalSynergy, | 0.921573 | 3,907 | Buckeye's exploit tool, EternalRomance, as well as EternalSynergy, can exploit the CVE-2017-0143 message type confusion vulnerability to perform memory corruption on unpatched victim computers . | 9,632 |
VULNAME | exploit | 0.909921 | 3,907 | Buckeye's exploit tool, EternalRomance, as well as EternalSynergy, can exploit the CVE-2017-0143 message type confusion vulnerability to perform memory corruption on unpatched victim computers . | 9,633 |
FILE | CVE-2017-0143 | 0.913574 | 3,907 | Buckeye's exploit tool, EternalRomance, as well as EternalSynergy, can exploit the CVE-2017-0143 message type confusion vulnerability to perform memory corruption on unpatched victim computers . | 9,634 |
TOOL | RTF | 0.887448 | 3,908 | this RTF exploits again the CVE-2017_1882 on eqnedt32.exe . | 9,635 |
VULID | CVE-2017_1882 | 0.918118 | 3,908 | this RTF exploits again the CVE-2017_1882 on eqnedt32.exe . | 9,636 |
FILE | eqnedt32.exe | 0.918373 | 3,908 | this RTF exploits again the CVE-2017_1882 on eqnedt32.exe . | 9,637 |
FILE | dropper | 0.918629 | 3,909 | And the dropper execute the iassvcs.exe to make a side loading and make the persistence . | 9,638 |
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