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 | KHRAT | 0.913415 | 2,847 | KHRAT is a backdoor trojan purported to be used with the China-linked cyberespionage group B-Hack . | 6,685 |
MAL | backdoor trojan | 0.882469 | 2,847 | KHRAT is a backdoor trojan purported to be used with the China-linked cyberespionage group B-Hack . | 6,686 |
LOC | China-linked | 0.912279 | 2,847 | KHRAT is a backdoor trojan purported to be used with the China-linked cyberespionage group B-Hack . | 6,687 |
APT | B-Hack | 0.915202 | 2,847 | KHRAT is a backdoor trojan purported to be used with the China-linked cyberespionage group B-Hack . | 6,688 |
TIME | early 2018, | 0.601665 | 2,848 | In early 2018, Rapid7 identified that B-Hack compromised an B- I-, based upon detections and intelligence gathered from the U.S.-based B- I- breach . | 6,689 |
SECTEAM | Rapid7 | 0.924477 | 2,848 | In early 2018, Rapid7 identified that B-Hack compromised an B- I-, based upon detections and intelligence gathered from the U.S.-based B- I- breach . | 6,690 |
APT | B-Hack | 0.859859 | 2,848 | In early 2018, Rapid7 identified that B-Hack compromised an B- I-, based upon detections and intelligence gathered from the U.S.-based B- I- breach . | 6,691 |
ACT | B-Hack | 0.510318 | 2,849 | The B-Hack gained access to the victim’s internet-accessible Citrix systems and authenticated to them from networks associated with low-cost VPN providers owned by VPN Consumer Network . | 6,692 |
TOOL | Citrix | 0.771077 | 2,849 | The B-Hack gained access to the victim’s internet-accessible Citrix systems and authenticated to them from networks associated with low-cost VPN providers owned by VPN Consumer Network . | 6,693 |
TOOL | VPN | 0.911791 | 2,849 | The B-Hack gained access to the victim’s internet-accessible Citrix systems and authenticated to them from networks associated with low-cost VPN providers owned by VPN Consumer Network . | 6,694 |
SECTEAM | Rapid7 | 0.9188 | 2,850 | Rapid7 again observed B-Hack dropping payloads named ccSEUPDT.exe.” The attackers used identical TTPs for executing malware and Mimikatz as observed before, by using DLL sideloading with known good binaries that had DLL search order path issues . | 6,696 |
FILE | B-Hack | 0.528965 | 2,850 | Rapid7 again observed B-Hack dropping payloads named ccSEUPDT.exe.” The attackers used identical TTPs for executing malware and Mimikatz as observed before, by using DLL sideloading with known good binaries that had DLL search order path issues . | 6,697 |
FILE | ccSEUPDT.exe.” | 0.90974 | 2,850 | Rapid7 again observed B-Hack dropping payloads named ccSEUPDT.exe.” The attackers used identical TTPs for executing malware and Mimikatz as observed before, by using DLL sideloading with known good binaries that had DLL search order path issues . | 6,698 |
APT | attackers | 0.576858 | 2,850 | Rapid7 again observed B-Hack dropping payloads named ccSEUPDT.exe.” The attackers used identical TTPs for executing malware and Mimikatz as observed before, by using DLL sideloading with known good binaries that had DLL search order path issues . | 6,699 |
MAL | Mimikatz | 0.863757 | 2,850 | Rapid7 again observed B-Hack dropping payloads named ccSEUPDT.exe.” The attackers used identical TTPs for executing malware and Mimikatz as observed before, by using DLL sideloading with known good binaries that had DLL search order path issues . | 6,700 |
TOOL | DLL | 0.905847 | 2,850 | Rapid7 again observed B-Hack dropping payloads named ccSEUPDT.exe.” The attackers used identical TTPs for executing malware and Mimikatz as observed before, by using DLL sideloading with known good binaries that had DLL search order path issues . | 6,701 |
SECTEAM | Rapid7 | 0.915186 | 2,851 | Rapid7 reviewed malware discovered in the victim’s environment and found implants that used Dropbox as the C2 . | 6,703 |
FILE | Dropbox | 0.892716 | 2,851 | Rapid7 reviewed malware discovered in the victim’s environment and found implants that used Dropbox as the C2 . | 6,704 |
TOOL | C2 | 0.910795 | 2,851 | Rapid7 reviewed malware discovered in the victim’s environment and found implants that used Dropbox as the C2 . | 6,705 |
ACT | B-Hack | 0.91933 | 2,852 | The B-Hack used the same method of lateral movement by mounting the remote drive on a system, copying 1.bat to it, using task scheduler to execute the batch script, and finally, deleting the batch script . | 6,706 |
FILE | 1.bat | 0.896105 | 2,852 | The B-Hack used the same method of lateral movement by mounting the remote drive on a system, copying 1.bat to it, using task scheduler to execute the batch script, and finally, deleting the batch script . | 6,707 |
ACT | B-Hack | 0.851403 | 2,853 | B-Hack used the same method of lateral movement by mounting the remote drive on a system, copying 1.bat to it, using task scheduler to execute the batch script, and finally, deleting the batch script . | 6,708 |
FILE | 1.bat | 0.904776 | 2,853 | B-Hack used the same method of lateral movement by mounting the remote drive on a system, copying 1.bat to it, using task scheduler to execute the batch script, and finally, deleting the batch script . | 6,709 |
APT | B-Hack | 0.904062 | 2,854 | For exfiltration of stolen data, B-Hack used WinRAR and renamed rar.exe” to r.exe” to create archives, upload them with curl.exe” (renamed to c.exe”), and again, use the cloud storage provider Dropbox . | 6,710 |
MAL | WinRAR | 0.438478 | 2,854 | For exfiltration of stolen data, B-Hack used WinRAR and renamed rar.exe” to r.exe” to create archives, upload them with curl.exe” (renamed to c.exe”), and again, use the cloud storage provider Dropbox . | 6,711 |
FILE | rar.exe” | 0.923657 | 2,854 | For exfiltration of stolen data, B-Hack used WinRAR and renamed rar.exe” to r.exe” to create archives, upload them with curl.exe” (renamed to c.exe”), and again, use the cloud storage provider Dropbox . | 6,712 |
FILE | r.exe” | 0.910954 | 2,854 | For exfiltration of stolen data, B-Hack used WinRAR and renamed rar.exe” to r.exe” to create archives, upload them with curl.exe” (renamed to c.exe”), and again, use the cloud storage provider Dropbox . | 6,713 |
FILE | curl.exe” | 0.640633 | 2,854 | For exfiltration of stolen data, B-Hack used WinRAR and renamed rar.exe” to r.exe” to create archives, upload them with curl.exe” (renamed to c.exe”), and again, use the cloud storage provider Dropbox . | 6,714 |
TOOL | Dropbox | 0.904178 | 2,854 | For exfiltration of stolen data, B-Hack used WinRAR and renamed rar.exe” to r.exe” to create archives, upload them with curl.exe” (renamed to c.exe”), and again, use the cloud storage provider Dropbox . | 6,715 |
SECTEAM | Rapid7 | 0.916214 | 2,855 | Rapid7 discovered that additional data was placed into the Dropbox accounts under control of the B-Hack during the compromise and was able to attribute data that was placed into it as being owned by Visma . | 6,716 |
TOOL | Dropbox | 0.896174 | 2,855 | Rapid7 discovered that additional data was placed into the Dropbox accounts under control of the B-Hack during the compromise and was able to attribute data that was placed into it as being owned by Visma . | 6,717 |
APT | B-Hack | 0.724526 | 2,855 | Rapid7 discovered that additional data was placed into the Dropbox accounts under control of the B-Hack during the compromise and was able to attribute data that was placed into it as being owned by Visma . | 6,718 |
MAL | Visma network, | 0.698806 | 2,856 | Once on the Visma network, B-Hack attackers used the Microsoft BITSAdmin CLI tool to copy malicious tools from a suspected attacker-controlled C2 hosted on 173.254.236[. | 6,719 |
APT | B-Hack attackers | 0.829979 | 2,856 | Once on the Visma network, B-Hack attackers used the Microsoft BITSAdmin CLI tool to copy malicious tools from a suspected attacker-controlled C2 hosted on 173.254.236[. | 6,720 |
MAL | Microsoft BITSAdmin CLI | 0.683504 | 2,856 | Once on the Visma network, B-Hack attackers used the Microsoft BITSAdmin CLI tool to copy malicious tools from a suspected attacker-controlled C2 hosted on 173.254.236[. | 6,721 |
TOOL | C2 | 0.8987 | 2,856 | Once on the Visma network, B-Hack attackers used the Microsoft BITSAdmin CLI tool to copy malicious tools from a suspected attacker-controlled C2 hosted on 173.254.236[. | 6,722 |
IP | 173.254.236[. | 0.845873 | 2,856 | Once on the Visma network, B-Hack attackers used the Microsoft BITSAdmin CLI tool to copy malicious tools from a suspected attacker-controlled C2 hosted on 173.254.236[. | 6,723 |
SECTEAM | Rapid7 | 0.918621 | 2,858 | Rapid7 then provided a breach notification to Visma to alert them to this compromise in September 2018 . | 6,724 |
TIME | September 2018 | 0.915833 | 2,858 | Rapid7 then provided a breach notification to Visma to alert them to this compromise in September 2018 . | 6,725 |
ACT | B-Hack | 0.505769 | 2,859 | We believe B-Hack is the most significant known Chinese state-sponsored cyber threat to global corporations . | 6,726 |
LOC | Chinese | 0.715495 | 2,859 | We believe B-Hack is the most significant known Chinese state-sponsored cyber threat to global corporations . | 6,727 |
IDTY | corporations | 0.902485 | 2,859 | We believe B-Hack is the most significant known Chinese state-sponsored cyber threat to global corporations . | 6,728 |
ACT | B-Hack | 0.812328 | 2,860 | B-Hack unprecedented campaign against B-, alleged to have included some of the largest MSPs in the world, in order to conduct secondary attacks against their clients, grants the Chinese state the ability to potentially access the networks of hundreds (if not thousands) of corporations around the world . | 6,729 |
IDTY | MSPs | 0.919803 | 2,860 | B-Hack unprecedented campaign against B-, alleged to have included some of the largest MSPs in the world, in order to conduct secondary attacks against their clients, grants the Chinese state the ability to potentially access the networks of hundreds (if not thousands) of corporations around the world . | 6,730 |
LOC | U.S | 0.428149 | 2,861 | This campaign brings to light further evidence supporting the assertions made by the Five Eyes nations, led by the U.S Department of Justice indictment against B-Hack actors outlining the unprecedented scale of B- cyberespionage being conducted by the Chinese Ministry of State Security . | 6,731 |
APT | B-Hack | 0.902314 | 2,861 | This campaign brings to light further evidence supporting the assertions made by the Five Eyes nations, led by the U.S Department of Justice indictment against B-Hack actors outlining the unprecedented scale of B- cyberespionage being conducted by the Chinese Ministry of State Security . | 6,732 |
APT | B- cyberespionage | 0.624163 | 2,861 | This campaign brings to light further evidence supporting the assertions made by the Five Eyes nations, led by the U.S Department of Justice indictment against B-Hack actors outlining the unprecedented scale of B- cyberespionage being conducted by the Chinese Ministry of State Security . | 6,733 |
IDTY | Chinese | 0.487628 | 2,861 | This campaign brings to light further evidence supporting the assertions made by the Five Eyes nations, led by the U.S Department of Justice indictment against B-Hack actors outlining the unprecedented scale of B- cyberespionage being conducted by the Chinese Ministry of State Security . | 6,734 |
APT | B-Hack | 0.900415 | 2,862 | This report, alongside the plethora of other reporting on B-Hack operations, acutely highlights the vulnerability of organizational supply chains . | 6,735 |
ACT | B-Hack | 0.856155 | 2,863 | We believe the B-Hack moved to use CVE-2018-0798 instead of the other Microsoft Equation Editor Remote Code Execution (RCE) vulnerabilities because the former is more reliable as it works on all known versions of Equation Editor . | 6,736 |
VULID | CVE-2018-0798 | 0.921465 | 2,863 | We believe the B-Hack moved to use CVE-2018-0798 instead of the other Microsoft Equation Editor Remote Code Execution (RCE) vulnerabilities because the former is more reliable as it works on all known versions of Equation Editor . | 6,737 |
IDTY | Microsoft | 0.90547 | 2,863 | We believe the B-Hack moved to use CVE-2018-0798 instead of the other Microsoft Equation Editor Remote Code Execution (RCE) vulnerabilities because the former is more reliable as it works on all known versions of Equation Editor . | 6,738 |
TOOL | Equation Editor Remote Code Execution (RCE) | 0.859474 | 2,863 | We believe the B-Hack moved to use CVE-2018-0798 instead of the other Microsoft Equation Editor Remote Code Execution (RCE) vulnerabilities because the former is more reliable as it works on all known versions of Equation Editor . | 6,739 |
FILE | sample | 0.888518 | 2,864 | The analyzed RTF files share the same object dimension (objw2180\objh300) used to track the RTF weaponizer in our previous report, however, the sample was not exploiting CVE-2017-11882 or CVE-2018-0802 . | 6,740 |
VULID | CVE-2017-11882 | 0.916521 | 2,864 | The analyzed RTF files share the same object dimension (objw2180\objh300) used to track the RTF weaponizer in our previous report, however, the sample was not exploiting CVE-2017-11882 or CVE-2018-0802 . | 6,741 |
VULID | CVE-2018-0802 | 0.915896 | 2,864 | The analyzed RTF files share the same object dimension (objw2180\objh300) used to track the RTF weaponizer in our previous report, however, the sample was not exploiting CVE-2017-11882 or CVE-2018-0802 . | 6,742 |
FILE | RTF files | 0.900055 | 2,865 | After further analysis, it was discovered that the RTF files were exploiting the CVE-2018-0798 vulnerability in Microsoft’s Equation Editor (EQNEDT32). | 6,743 |
VULID | CVE-2018-0798 | 0.915499 | 2,865 | After further analysis, it was discovered that the RTF files were exploiting the CVE-2018-0798 vulnerability in Microsoft’s Equation Editor (EQNEDT32). | 6,744 |
IDTY | Microsoft’s | 0.498415 | 2,865 | After further analysis, it was discovered that the RTF files were exploiting the CVE-2018-0798 vulnerability in Microsoft’s Equation Editor (EQNEDT32). | 6,745 |
TOOL | Equation Editor | 0.758274 | 2,865 | After further analysis, it was discovered that the RTF files were exploiting the CVE-2018-0798 vulnerability in Microsoft’s Equation Editor (EQNEDT32). | 6,746 |
SECTEAM | Anomali | 0.927906 | 2,866 | Anomali Researchers were able to identify multiple samples of malicious RTF documents ITW using the same exploit for CVE-2018-0798 . | 6,747 |
FILE | ITW | 0.906466 | 2,866 | Anomali Researchers were able to identify multiple samples of malicious RTF documents ITW using the same exploit for CVE-2018-0798 . | 6,748 |
VULNAME | exploit | 0.92824 | 2,866 | Anomali Researchers were able to identify multiple samples of malicious RTF documents ITW using the same exploit for CVE-2018-0798 . | 6,749 |
VULID | CVE-2018-0798 | 0.918448 | 2,866 | Anomali Researchers were able to identify multiple samples of malicious RTF documents ITW using the same exploit for CVE-2018-0798 . | 6,750 |
VULNAME | exploit | 0.852605 | 2,867 | The earliest use of the exploit ITW we were able to identify and confirm is a sample (e228045ef57fb8cc1226b62ada7eee9b) dating back to October 2018 (VirusTotal submission of 2018-10-29) with the RTF creation time 2018-10-23 . | 6,751 |
FILE | ITW | 0.912987 | 2,867 | The earliest use of the exploit ITW we were able to identify and confirm is a sample (e228045ef57fb8cc1226b62ada7eee9b) dating back to October 2018 (VirusTotal submission of 2018-10-29) with the RTF creation time 2018-10-23 . | 6,752 |
TIME | October 2018 | 0.916241 | 2,867 | The earliest use of the exploit ITW we were able to identify and confirm is a sample (e228045ef57fb8cc1226b62ada7eee9b) dating back to October 2018 (VirusTotal submission of 2018-10-29) with the RTF creation time 2018-10-23 . | 6,753 |
TOOL | (VirusTotal | 0.904612 | 2,867 | The earliest use of the exploit ITW we were able to identify and confirm is a sample (e228045ef57fb8cc1226b62ada7eee9b) dating back to October 2018 (VirusTotal submission of 2018-10-29) with the RTF creation time 2018-10-23 . | 6,754 |
TOOL | RTF | 0.911879 | 2,867 | The earliest use of the exploit ITW we were able to identify and confirm is a sample (e228045ef57fb8cc1226b62ada7eee9b) dating back to October 2018 (VirusTotal submission of 2018-10-29) with the RTF creation time 2018-10-23 . | 6,755 |
TIME | 2018-10-23 | 0.929048 | 2,867 | The earliest use of the exploit ITW we were able to identify and confirm is a sample (e228045ef57fb8cc1226b62ada7eee9b) dating back to October 2018 (VirusTotal submission of 2018-10-29) with the RTF creation time 2018-10-23 . | 6,756 |
VULID | CVE-2018-0798 | 0.917692 | 2,868 | CVE-2018-0798 is an RCE vulnerability, a stack buffer overflow that can be exploited by a B-Hack I-Hack to perform stack corruption . | 6,757 |
VULID | CVE-2017-11882 | 0.911776 | 2,869 | As observed previously with CVE-2017-11882 and CVE-2018-0802, the weaponizer was used exclusively by Chinese cyber espionage B-Hack for approximately one year December 2017 through December 2018, after which cybercrime actors began to incorporate it in their malicious activity . | 6,758 |
VULID | CVE-2018-0802, | 0.912715 | 2,869 | As observed previously with CVE-2017-11882 and CVE-2018-0802, the weaponizer was used exclusively by Chinese cyber espionage B-Hack for approximately one year December 2017 through December 2018, after which cybercrime actors began to incorporate it in their malicious activity . | 6,759 |
MAL | weaponizer | 0.905128 | 2,869 | As observed previously with CVE-2017-11882 and CVE-2018-0802, the weaponizer was used exclusively by Chinese cyber espionage B-Hack for approximately one year December 2017 through December 2018, after which cybercrime actors began to incorporate it in their malicious activity . | 6,760 |
APT | B-Hack | 0.754584 | 2,869 | As observed previously with CVE-2017-11882 and CVE-2018-0802, the weaponizer was used exclusively by Chinese cyber espionage B-Hack for approximately one year December 2017 through December 2018, after which cybercrime actors began to incorporate it in their malicious activity . | 6,761 |
TIME | December 2017 | 0.887048 | 2,869 | As observed previously with CVE-2017-11882 and CVE-2018-0802, the weaponizer was used exclusively by Chinese cyber espionage B-Hack for approximately one year December 2017 through December 2018, after which cybercrime actors began to incorporate it in their malicious activity . | 6,762 |
TIME | December 2018, | 0.924208 | 2,869 | As observed previously with CVE-2017-11882 and CVE-2018-0802, the weaponizer was used exclusively by Chinese cyber espionage B-Hack for approximately one year December 2017 through December 2018, after which cybercrime actors began to incorporate it in their malicious activity . | 6,763 |
FILE | wsc_proxy.exe” | 0.921865 | 2,870 | Upon decrypting and executing, it drops two additional files wsc_proxy.exe” (legitimate Avast executable) and a malicious DLL wsc.dll” in the%TEMP% folder . | 6,764 |
TOOL | DLL | 0.90579 | 2,870 | Upon decrypting and executing, it drops two additional files wsc_proxy.exe” (legitimate Avast executable) and a malicious DLL wsc.dll” in the%TEMP% folder . | 6,765 |
FILE | wsc.dll” | 0.920209 | 2,870 | Upon decrypting and executing, it drops two additional files wsc_proxy.exe” (legitimate Avast executable) and a malicious DLL wsc.dll” in the%TEMP% folder . | 6,766 |
FILE | AsyncRAT | 0.918215 | 2,871 | However, Beginning on 25 June 2019, we started observing multiple commodity campaigns Mostly dropping AsyncRAT using the updated RTF weaponizer with the same exploit (CVE-2018-0798). | 6,767 |
VULNAME | exploit | 0.923761 | 2,871 | However, Beginning on 25 June 2019, we started observing multiple commodity campaigns Mostly dropping AsyncRAT using the updated RTF weaponizer with the same exploit (CVE-2018-0798). | 6,768 |
VULID | (CVE-2018-0798). | 0.539195 | 2,871 | However, Beginning on 25 June 2019, we started observing multiple commodity campaigns Mostly dropping AsyncRAT using the updated RTF weaponizer with the same exploit (CVE-2018-0798). | 6,769 |
ACT | B-Hack I-Hack | 0.578335 | 2,872 | Analysis of the Royal Road weaponizer has resulted in the discovery that multiple Chinese B-Hack I-Hack started utilizing CVE-2018-0798 in their RTF weaponizer . | 6,770 |
VULID | CVE-2018-0798 | 0.920054 | 2,872 | Analysis of the Royal Road weaponizer has resulted in the discovery that multiple Chinese B-Hack I-Hack started utilizing CVE-2018-0798 in their RTF weaponizer . | 6,771 |
MAL | RTF weaponizer | 0.857511 | 2,872 | Analysis of the Royal Road weaponizer has resulted in the discovery that multiple Chinese B-Hack I-Hack started utilizing CVE-2018-0798 in their RTF weaponizer . | 6,772 |
MAL | B-Hack | 0.396584 | 2,873 | These findings also suggest that the B-Hack I-Hack have robust exploit developing capabilities because CVE-2018-0798 is not widely reported on and it is typically not incorporated into publicly available weaponizers . | 6,773 |
VULNAME | exploit | 0.932497 | 2,873 | These findings also suggest that the B-Hack I-Hack have robust exploit developing capabilities because CVE-2018-0798 is not widely reported on and it is typically not incorporated into publicly available weaponizers . | 6,774 |
VULID | CVE-2018-0798 | 0.91692 | 2,873 | These findings also suggest that the B-Hack I-Hack have robust exploit developing capabilities because CVE-2018-0798 is not widely reported on and it is typically not incorporated into publicly available weaponizers . | 6,775 |
FILE | ANY.RUN | 0.916863 | 2,874 | In addition, a current ANY.RUN playback of our observed Elise infection is also available . | 6,776 |
FILE | Elise | 0.918753 | 2,874 | In addition, a current ANY.RUN playback of our observed Elise infection is also available . | 6,777 |
TOOL | Word | 0.909476 | 2,875 | Upon opening of the MS Word document, our embedded file exploits CVE-2017-11882 to drop a malicious fake Norton Security Shell Extension module, 'NavShExt.dll', which is then injected into iexplore.exe to install the backdoor, begin collection, and activate command and control . | 6,778 |
VULID | CVE-2017-11882 | 0.921538 | 2,875 | Upon opening of the MS Word document, our embedded file exploits CVE-2017-11882 to drop a malicious fake Norton Security Shell Extension module, 'NavShExt.dll', which is then injected into iexplore.exe to install the backdoor, begin collection, and activate command and control . | 6,779 |
FILE | 'NavShExt.dll', | 0.872164 | 2,875 | Upon opening of the MS Word document, our embedded file exploits CVE-2017-11882 to drop a malicious fake Norton Security Shell Extension module, 'NavShExt.dll', which is then injected into iexplore.exe to install the backdoor, begin collection, and activate command and control . | 6,780 |
FILE | iexplore.exe | 0.921236 | 2,875 | Upon opening of the MS Word document, our embedded file exploits CVE-2017-11882 to drop a malicious fake Norton Security Shell Extension module, 'NavShExt.dll', which is then injected into iexplore.exe to install the backdoor, begin collection, and activate command and control . | 6,781 |
VULNAME | exploit | 0.926053 | 2,876 | Moving through the infection process, NetWitness Endpoint detects the initial exploit CVE-2017-1182 in action as the Microsoft Equation Editor, 'EQNEDT32.exe', scores high for potentially malicious activity . | 6,782 |
VULID | CVE-2017-1182 | 0.922997 | 2,876 | Moving through the infection process, NetWitness Endpoint detects the initial exploit CVE-2017-1182 in action as the Microsoft Equation Editor, 'EQNEDT32.exe', scores high for potentially malicious activity . | 6,783 |
FILE | Microsoft Equation Editor, | 0.909448 | 2,876 | Moving through the infection process, NetWitness Endpoint detects the initial exploit CVE-2017-1182 in action as the Microsoft Equation Editor, 'EQNEDT32.exe', scores high for potentially malicious activity . | 6,784 |
FILE | B-, | 0.847142 | 2,877 | Most recently though, a new B-, targeting Belarus, Turkey and Ukraine, has emerged that caught the attention of Check Point researchers . | 6,785 |
LOC | Belarus, Turkey | 0.928258 | 2,877 | Most recently though, a new B-, targeting Belarus, Turkey and Ukraine, has emerged that caught the attention of Check Point researchers . | 6,786 |
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