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 |
|---|---|---|---|---|---|
TOOL | Word | 0.914193 | 4,059 | The Word document usually exploits CVE-2012-0158 . | 10,047 |
VULID | CVE-2012-0158 | 0.91669 | 4,059 | The Word document usually exploits CVE-2012-0158 . | 10,048 |
APT | B-Hack | 0.924561 | 4,060 | Sometimes the B-Hack send an MS PowerPoint document instead, which exploits CVE-2014-6352 . | 10,049 |
FILE | MS PowerPoint document | 0.890758 | 4,060 | Sometimes the B-Hack send an MS PowerPoint document instead, which exploits CVE-2014-6352 . | 10,050 |
VULID | CVE-2014-6352 | 0.915112 | 4,060 | Sometimes the B-Hack send an MS PowerPoint document instead, which exploits CVE-2014-6352 . | 10,051 |
APT | B-Hack | 0.924684 | 4,061 | Sometimes B-Hack send an MS PowerPoint document instead, which exploits CVE-2014-6352 . | 10,052 |
FILE | MS PowerPoint document | 0.889417 | 4,061 | Sometimes B-Hack send an MS PowerPoint document instead, which exploits CVE-2014-6352 . | 10,053 |
VULID | CVE-2014-6352 | 0.915759 | 4,061 | Sometimes B-Hack send an MS PowerPoint document instead, which exploits CVE-2014-6352 . | 10,054 |
SECTEAM | Unit 42 | 0.869058 | 4,062 | The malicious documents that Unit 42 examined contained legitimate decoy lures as well as malicious embedded EPS files targeting the CVE-2015-2545 and CVE-2017-0261 vulnerabilities . | 10,055 |
FILE | EPS files | 0.91087 | 4,062 | The malicious documents that Unit 42 examined contained legitimate decoy lures as well as malicious embedded EPS files targeting the CVE-2015-2545 and CVE-2017-0261 vulnerabilities . | 10,056 |
VULID | CVE-2015-2545 | 0.915828 | 4,062 | The malicious documents that Unit 42 examined contained legitimate decoy lures as well as malicious embedded EPS files targeting the CVE-2015-2545 and CVE-2017-0261 vulnerabilities . | 10,057 |
VULID | CVE-2017-0261 | 0.915775 | 4,062 | The malicious documents that Unit 42 examined contained legitimate decoy lures as well as malicious embedded EPS files targeting the CVE-2015-2545 and CVE-2017-0261 vulnerabilities . | 10,058 |
APT | B-Hack | 0.758515 | 4,063 | Older documents used by B-Hack focused on the CVE-2017-0261 vulnerability, however in late January 2018 when, paradoxically, newer documents abandoned this vulnerability to attack the older CVE-2015-2545 vulnerability . | 10,059 |
VULID | CVE-2017-0261 | 0.914907 | 4,063 | Older documents used by B-Hack focused on the CVE-2017-0261 vulnerability, however in late January 2018 when, paradoxically, newer documents abandoned this vulnerability to attack the older CVE-2015-2545 vulnerability . | 10,060 |
TIME | late January 2018 | 0.918849 | 4,063 | Older documents used by B-Hack focused on the CVE-2017-0261 vulnerability, however in late January 2018 when, paradoxically, newer documents abandoned this vulnerability to attack the older CVE-2015-2545 vulnerability . | 10,061 |
VULID | CVE-2015-2545 | 0.915181 | 4,063 | Older documents used by B-Hack focused on the CVE-2017-0261 vulnerability, however in late January 2018 when, paradoxically, newer documents abandoned this vulnerability to attack the older CVE-2015-2545 vulnerability . | 10,062 |
APT | B-Hack | 0.807655 | 4,064 | B-Hack has also been seen using Heartbleed vulnerability in order to directly get valid credentials . | 10,063 |
VULNAME | Heartbleed vulnerability | 0.834857 | 4,064 | B-Hack has also been seen using Heartbleed vulnerability in order to directly get valid credentials . | 10,064 |
VULNAME | Heartbleed vulnerability | 0.884841 | 4,065 | They have also been seen using Heartbleed vulnerability in order to directly get valid credentials . | 10,065 |
TOOL | Microsoft Office Word | 0.522162 | 4,066 | One of the favorite methods used by the B-Hack I-Hack I-Hack to infect users is to use a Microsoft Office Word document which exploits a specific vulnerability (CVE-2012-0158). | 10,066 |
APT | B-Hack | 0.785488 | 4,067 | B-Hack could also use CVE-2014-1761, which is more recent . | 10,067 |
VULID | CVE-2014-1761, | 0.914073 | 4,067 | B-Hack could also use CVE-2014-1761, which is more recent . | 10,068 |
APT | B-Hack | 0.733724 | 4,068 | B-Hack is known to have used a number of zero-day exploits, for which no security update is available at the time of transmission, in these attempts . | 10,069 |
VULNAME | zero-day | 0.910288 | 4,068 | B-Hack is known to have used a number of zero-day exploits, for which no security update is available at the time of transmission, in these attempts . | 10,070 |
MAL | ActiveX control | 0.841031 | 4,069 | The document, when opened, used an embedded ActiveX control to download a JavaScript file from a remote site that used a previously unknown vulnerability in some versions of Windows (later designated CVE-2013-7331) to read information about the browser's installed components . | 10,071 |
FILE | JavaScript file | 0.917709 | 4,069 | The document, when opened, used an embedded ActiveX control to download a JavaScript file from a remote site that used a previously unknown vulnerability in some versions of Windows (later designated CVE-2013-7331) to read information about the browser's installed components . | 10,072 |
OS | Windows | 0.875929 | 4,069 | The document, when opened, used an embedded ActiveX control to download a JavaScript file from a remote site that used a previously unknown vulnerability in some versions of Windows (later designated CVE-2013-7331) to read information about the browser's installed components . | 10,073 |
VULID | CVE-2013-7331) | 0.856781 | 4,069 | The document, when opened, used an embedded ActiveX control to download a JavaScript file from a remote site that used a previously unknown vulnerability in some versions of Windows (later designated CVE-2013-7331) to read information about the browser's installed components . | 10,074 |
MAL | Word, | 0.925907 | 4,070 | When the document was opened in Word, B-Hack exploited a previously unknown vulnerability in the Microsoft Office PostScript interpreter (designated CVE-2015-2545) that enabled it to execute the B-Hack's code and drop an attacker-generated malicious DLL onto the computer . | 10,075 |
APT | B-Hack | 0.927855 | 4,070 | When the document was opened in Word, B-Hack exploited a previously unknown vulnerability in the Microsoft Office PostScript interpreter (designated CVE-2015-2545) that enabled it to execute the B-Hack's code and drop an attacker-generated malicious DLL onto the computer . | 10,076 |
IDTY | Microsoft | 0.899592 | 4,070 | When the document was opened in Word, B-Hack exploited a previously unknown vulnerability in the Microsoft Office PostScript interpreter (designated CVE-2015-2545) that enabled it to execute the B-Hack's code and drop an attacker-generated malicious DLL onto the computer . | 10,077 |
VULID | CVE-2015-2545) | 0.891315 | 4,070 | When the document was opened in Word, B-Hack exploited a previously unknown vulnerability in the Microsoft Office PostScript interpreter (designated CVE-2015-2545) that enabled it to execute the B-Hack's code and drop an attacker-generated malicious DLL onto the computer . | 10,078 |
APT | B-Hack's | 0.65163 | 4,070 | When the document was opened in Word, B-Hack exploited a previously unknown vulnerability in the Microsoft Office PostScript interpreter (designated CVE-2015-2545) that enabled it to execute the B-Hack's code and drop an attacker-generated malicious DLL onto the computer . | 10,079 |
ACT | malicious DLL | 0.934414 | 4,070 | When the document was opened in Word, B-Hack exploited a previously unknown vulnerability in the Microsoft Office PostScript interpreter (designated CVE-2015-2545) that enabled it to execute the B-Hack's code and drop an attacker-generated malicious DLL onto the computer . | 10,080 |
MAL | DLL | 0.838796 | 4,071 | The DLL exploited another previously unknown vulnerability (designated CVE-2015-2546) in the Windows kernel, which enabled it to elevate privileges for the Word executable and subsequently install a backdoor through the application . | 10,081 |
VULID | CVE-2015-2546) | 0.922435 | 4,071 | The DLL exploited another previously unknown vulnerability (designated CVE-2015-2546) in the Windows kernel, which enabled it to elevate privileges for the Word executable and subsequently install a backdoor through the application . | 10,082 |
OS | Windows | 0.872688 | 4,071 | The DLL exploited another previously unknown vulnerability (designated CVE-2015-2546) in the Windows kernel, which enabled it to elevate privileges for the Word executable and subsequently install a backdoor through the application . | 10,083 |
MAL | Word | 0.851397 | 4,071 | The DLL exploited another previously unknown vulnerability (designated CVE-2015-2546) in the Windows kernel, which enabled it to elevate privileges for the Word executable and subsequently install a backdoor through the application . | 10,084 |
MAL | Word, | 0.925438 | 4,072 | When the document was opened in Word, it exploited a previously unknown vulnerability in the Microsoft Office PostScript interpreter (designated CVE-2015-2545) that enabled it to execute the B-Hack's code and drop an attacker-generated malicious DLL onto the computer . | 10,085 |
IDTY | Microsoft | 0.916645 | 4,072 | When the document was opened in Word, it exploited a previously unknown vulnerability in the Microsoft Office PostScript interpreter (designated CVE-2015-2545) that enabled it to execute the B-Hack's code and drop an attacker-generated malicious DLL onto the computer . | 10,086 |
VULID | CVE-2015-2545) | 0.865949 | 4,072 | When the document was opened in Word, it exploited a previously unknown vulnerability in the Microsoft Office PostScript interpreter (designated CVE-2015-2545) that enabled it to execute the B-Hack's code and drop an attacker-generated malicious DLL onto the computer . | 10,087 |
MAL | B-Hack's | 0.533526 | 4,072 | When the document was opened in Word, it exploited a previously unknown vulnerability in the Microsoft Office PostScript interpreter (designated CVE-2015-2545) that enabled it to execute the B-Hack's code and drop an attacker-generated malicious DLL onto the computer . | 10,088 |
ACT | malicious DLL | 0.933755 | 4,072 | When the document was opened in Word, it exploited a previously unknown vulnerability in the Microsoft Office PostScript interpreter (designated CVE-2015-2545) that enabled it to execute the B-Hack's code and drop an attacker-generated malicious DLL onto the computer . | 10,089 |
ACT | B-Hack | 0.456834 | 4,073 | In total, B-Hack made use of four zero-day exploits during these two B- I- (two remote code execution bugs, one privilege escalation, and one information disclosure), showing an ability to spend a non-trivial amount of resources to either acquire professionally written zero-day exploits from unknown markets, or researc... | 10,090 |
ACT | remote code execution | 0.921934 | 4,073 | In total, B-Hack made use of four zero-day exploits during these two B- I- (two remote code execution bugs, one privilege escalation, and one information disclosure), showing an ability to spend a non-trivial amount of resources to either acquire professionally written zero-day exploits from unknown markets, or researc... | 10,092 |
VULNAME | zero-day | 0.936063 | 4,073 | In total, B-Hack made use of four zero-day exploits during these two B- I- (two remote code execution bugs, one privilege escalation, and one information disclosure), showing an ability to spend a non-trivial amount of resources to either acquire professionally written zero-day exploits from unknown markets, or researc... | 10,094 |
APT | B-Hack | 0.870198 | 4,074 | B-Hack has used several zero-day exploits against their victims . | 10,095 |
VULNAME | zero-day | 0.937537 | 4,074 | B-Hack has used several zero-day exploits against their victims . | 10,096 |
VULID | CVE-2015-2546 | 0.917545 | 4,075 | Even if CVE-2015-2546 affected Windows 10, the exploitation would have required much more technical prowess to succeed; ultimately, SMEP makes it more difficult for B-Hack . | 10,097 |
OS | Windows | 0.892302 | 4,075 | Even if CVE-2015-2546 affected Windows 10, the exploitation would have required much more technical prowess to succeed; ultimately, SMEP makes it more difficult for B-Hack . | 10,098 |
APT | B-Hack | 0.903505 | 4,075 | Even if CVE-2015-2546 affected Windows 10, the exploitation would have required much more technical prowess to succeed; ultimately, SMEP makes it more difficult for B-Hack . | 10,099 |
VULNAME | zero-day | 0.92492 | 4,076 | For example, one zero-day vulnerability exploit (CVE-2015-2545) used by B-Hack was addressed immediately in September 2015 . | 10,100 |
VULNAME | exploit | 0.803792 | 4,076 | For example, one zero-day vulnerability exploit (CVE-2015-2545) used by B-Hack was addressed immediately in September 2015 . | 10,101 |
APT | B-Hack | 0.597386 | 4,076 | For example, one zero-day vulnerability exploit (CVE-2015-2545) used by B-Hack was addressed immediately in September 2015 . | 10,102 |
TIME | September 2015 | 0.91726 | 4,076 | For example, one zero-day vulnerability exploit (CVE-2015-2545) used by B-Hack was addressed immediately in September 2015 . | 10,103 |
VULNAME | zero-day | 0.934846 | 4,077 | It possesses a wide range of technical exploitation capabilities, significant resources for researching or purchasing complicated zero-day exploits, the ability to sustain persistence across victim networks for years, and the manpower to develop and maintain a large number of tools to use within unique victim networks ... | 10,104 |
TIME | 2016, | 0.913055 | 4,078 | In 2016, an B- I- by this B-Hack was recorded in early May that made use of an exploit for CVE-2016-4117, a vulnerability in Adobe Flash Player, which at the time was both unknown and unpatched . | 10,105 |
TIME | early May | 0.867193 | 4,078 | In 2016, an B- I- by this B-Hack was recorded in early May that made use of an exploit for CVE-2016-4117, a vulnerability in Adobe Flash Player, which at the time was both unknown and unpatched . | 10,106 |
VULNAME | exploit | 0.926162 | 4,078 | In 2016, an B- I- by this B-Hack was recorded in early May that made use of an exploit for CVE-2016-4117, a vulnerability in Adobe Flash Player, which at the time was both unknown and unpatched . | 10,107 |
VULID | CVE-2016-4117, | 0.922644 | 4,078 | In 2016, an B- I- by this B-Hack was recorded in early May that made use of an exploit for CVE-2016-4117, a vulnerability in Adobe Flash Player, which at the time was both unknown and unpatched . | 10,108 |
TOOL | Flash | 0.906313 | 4,078 | In 2016, an B- I- by this B-Hack was recorded in early May that made use of an exploit for CVE-2016-4117, a vulnerability in Adobe Flash Player, which at the time was both unknown and unpatched . | 10,109 |
APT | Rocke | 0.914098 | 4,079 | To deliver the malware to the victim machines, the Rocke group exploits vulnerabilities in Apache Struts 2, Oracle WebLogic, and Adobe ColdFusion . | 10,110 |
VULNAME | vulnerabilities | 0.887955 | 4,079 | To deliver the malware to the victim machines, the Rocke group exploits vulnerabilities in Apache Struts 2, Oracle WebLogic, and Adobe ColdFusion . | 10,111 |
TOOL | Oracle WebLogic, | 0.918547 | 4,079 | To deliver the malware to the victim machines, the Rocke group exploits vulnerabilities in Apache Struts 2, Oracle WebLogic, and Adobe ColdFusion . | 10,112 |
TOOL | Adobe ColdFusion | 0.914426 | 4,079 | To deliver the malware to the victim machines, the Rocke group exploits vulnerabilities in Apache Struts 2, Oracle WebLogic, and Adobe ColdFusion . | 10,113 |
APT | B-Hack | 0.901079 | 4,080 | However, around a month ago, B-Hack started targeting systems that run Jenkins by attempting to exploit CVE-2018-1000861 and CVE-2019-1003000 . | 10,114 |
VULNAME | exploit | 0.937727 | 4,080 | However, around a month ago, B-Hack started targeting systems that run Jenkins by attempting to exploit CVE-2018-1000861 and CVE-2019-1003000 . | 10,115 |
VULID | CVE-2018-1000861 | 0.918621 | 4,080 | However, around a month ago, B-Hack started targeting systems that run Jenkins by attempting to exploit CVE-2018-1000861 and CVE-2019-1003000 . | 10,116 |
VULID | CVE-2019-1003000 | 0.918336 | 4,080 | However, around a month ago, B-Hack started targeting systems that run Jenkins by attempting to exploit CVE-2018-1000861 and CVE-2019-1003000 . | 10,117 |
TIME | August, | 0.908266 | 4,081 | The Shadow Brokers first emerged in August, when they posted links to a selection of NSA exploits and hacking tools onto Github and other websites . | 10,118 |
TOOL | NSA | 0.869061 | 4,081 | The Shadow Brokers first emerged in August, when they posted links to a selection of NSA exploits and hacking tools onto Github and other websites . | 10,119 |
VULNAME | exploits | 0.918621 | 4,081 | The Shadow Brokers first emerged in August, when they posted links to a selection of NSA exploits and hacking tools onto Github and other websites . | 10,120 |
TIME | April, 2018, | 0.916196 | 4,082 | In April, 2018, the 360 Core Security takes the lead in capturing the B-Hack group’s new APT attack using 0-day vulnerabilities (CVE-2018-8174) in the wild . | 10,121 |
SECTEAM | 360 Core Security | 0.885827 | 4,082 | In April, 2018, the 360 Core Security takes the lead in capturing the B-Hack group’s new APT attack using 0-day vulnerabilities (CVE-2018-8174) in the wild . | 10,122 |
APT | B-Hack | 0.837645 | 4,082 | In April, 2018, the 360 Core Security takes the lead in capturing the B-Hack group’s new APT attack using 0-day vulnerabilities (CVE-2018-8174) in the wild . | 10,123 |
VULNAME | 0-day | 0.927078 | 4,082 | In April, 2018, the 360 Core Security takes the lead in capturing the B-Hack group’s new APT attack using 0-day vulnerabilities (CVE-2018-8174) in the wild . | 10,124 |
APT | B-Hack | 0.718443 | 4,083 | The B-Hack has demonstrated access to zero-day vulnerabilities (CVE-2018-0802), and the ability to incorporate them into operations . | 10,125 |
VULNAME | zero-day | 0.93071 | 4,083 | The B-Hack has demonstrated access to zero-day vulnerabilities (CVE-2018-0802), and the ability to incorporate them into operations . | 10,126 |
SECTEAM | FireEye | 0.91522 | 4,084 | FireEye observed a high volume of activity associated with the exploitation of CVE-2017-10271 following the public posting of proof of concept code in December 2017 . | 10,127 |
VULID | CVE-2017-10271 | 0.915714 | 4,084 | FireEye observed a high volume of activity associated with the exploitation of CVE-2017-10271 following the public posting of proof of concept code in December 2017 . | 10,128 |
TIME | December 2017 | 0.926943 | 4,084 | FireEye observed a high volume of activity associated with the exploitation of CVE-2017-10271 following the public posting of proof of concept code in December 2017 . | 10,129 |
MAL | PingCastle MS17-010 | 0.892296 | 4,085 | If the lateral movement with credentials fails, then the malware uses PingCastle MS17-010 scanner (PingCastle is a French Active Directory security tool) to scan that particular host to determine if its vulnerable to EternalBlue, and uses it to spread to that host . | 10,130 |
LOC | French | 0.85705 | 4,085 | If the lateral movement with credentials fails, then the malware uses PingCastle MS17-010 scanner (PingCastle is a French Active Directory security tool) to scan that particular host to determine if its vulnerable to EternalBlue, and uses it to spread to that host . | 10,131 |
VULNAME | EternalBlue, | 0.935115 | 4,085 | If the lateral movement with credentials fails, then the malware uses PingCastle MS17-010 scanner (PingCastle is a French Active Directory security tool) to scan that particular host to determine if its vulnerable to EternalBlue, and uses it to spread to that host . | 10,132 |
VULID | CVE-2017-10271, | 0.920322 | 4,086 | Tactic #1: Delivering the miner directly to a vulnerable serverSome tactics we've observed involve exploiting CVE-2017-10271, leveraging PowerShell to download the miner directly onto the victim’s system (Figure 1), and executing it using ShellExecute(). | 10,133 |
MAL | PowerShell | 0.896798 | 4,086 | Tactic #1: Delivering the miner directly to a vulnerable serverSome tactics we've observed involve exploiting CVE-2017-10271, leveraging PowerShell to download the miner directly onto the victim’s system (Figure 1), and executing it using ShellExecute(). | 10,134 |
ACT | executing | 0.917798 | 4,086 | Tactic #1: Delivering the miner directly to a vulnerable serverSome tactics we've observed involve exploiting CVE-2017-10271, leveraging PowerShell to download the miner directly onto the victim’s system (Figure 1), and executing it using ShellExecute(). | 10,135 |
ACT | using ShellExecute(). | 0.922456 | 4,086 | Tactic #1: Delivering the miner directly to a vulnerable serverSome tactics we've observed involve exploiting CVE-2017-10271, leveraging PowerShell to download the miner directly onto the victim’s system (Figure 1), and executing it using ShellExecute(). | 10,136 |
TOOL | Flash | 0.871818 | 4,087 | We assess that the actors employing this latest Flash zero-day are a suspected North Korean group we track as B-Hack . | 10,137 |
VULNAME | zero-day | 0.924987 | 4,087 | We assess that the actors employing this latest Flash zero-day are a suspected North Korean group we track as B-Hack . | 10,138 |
LOC | North Korean | 0.896781 | 4,087 | We assess that the actors employing this latest Flash zero-day are a suspected North Korean group we track as B-Hack . | 10,139 |
APT | B-Hack | 0.912138 | 4,087 | We assess that the actors employing this latest Flash zero-day are a suspected North Korean group we track as B-Hack . | 10,140 |
VULID | CVE-2017-8759 | 0.914367 | 4,088 | Figure 2: B-Hack attack flowInfection Techniques CVE-2017-8759 . | 10,141 |
VULNAME | vulnerability | 0.88073 | 4,089 | This vulnerability was discovered by FireEye in September 2017, and it is a vulnerability we have observed being exploited in the wild . | 10,142 |
SECTEAM | FireEye | 0.926621 | 4,089 | This vulnerability was discovered by FireEye in September 2017, and it is a vulnerability we have observed being exploited in the wild . | 10,143 |
TIME | September 2017, | 0.921927 | 4,089 | This vulnerability was discovered by FireEye in September 2017, and it is a vulnerability we have observed being exploited in the wild . | 10,144 |
VULID | CVE-2017-11882 | 0.914241 | 4,090 | Figure 3: Embedded URL in OLE object CVE-2017-11882 Similarly, we have also observed B-Hack leveraging another recently discovered vulnerability (CVE-2017-11882) in Microsoft Office . | 10,145 |
APT | B-Hack | 0.918941 | 4,090 | Figure 3: Embedded URL in OLE object CVE-2017-11882 Similarly, we have also observed B-Hack leveraging another recently discovered vulnerability (CVE-2017-11882) in Microsoft Office . | 10,146 |
IDTY | Microsoft | 0.924373 | 4,090 | Figure 3: Embedded URL in OLE object CVE-2017-11882 Similarly, we have also observed B-Hack leveraging another recently discovered vulnerability (CVE-2017-11882) in Microsoft Office . | 10,147 |
FILE | (etool.exe), | 0.899921 | 4,091 | The other overlapping files are tools used by the adversary to locate other systems on the network (etool.exe), check to see if they are vulnerable to CVE-2017-0144 (EternalBlue) patched in MS07-010 (checker1.exe) and pivot to them using remote execution functionality offered by a tool similar to PsExec offered by Impa... | 10,148 |
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