SYMBOLCOMMON_NAMEaka. SYNONYMS
win.taidoor (Back to overview)

taidoor

aka: simbot

There is no description at this point.

References
2020-09-22ReversingLabsKarlo Zanki
@online{zanki:20200922:taidoor:7f1cae1, author = {Karlo Zanki}, title = {{Taidoor - a truly persistent threat}}, date = {2020-09-22}, organization = {ReversingLabs}, url = {https://blog.reversinglabs.com/blog/taidoor-a-truly-persistent-threat}, language = {English}, urldate = {2020-10-05} } Taidoor - a truly persistent threat
taidoor
2020-08-03US-CERTUS-CERT, CISA
@online{uscert:20200803:mar102920891v1:366a266, author = {US-CERT and CISA}, title = {{MAR-10292089-1.v1 – Chinese Remote Access Trojan: TAIDOOR}}, date = {2020-08-03}, organization = {US-CERT}, url = {https://us-cert.cisa.gov/ncas/analysis-reports/ar20-216a}, language = {English}, urldate = {2020-08-05} } MAR-10292089-1.v1 – Chinese Remote Access Trojan: TAIDOOR
taidoor
2019-04-01Macnica NetworksMacnica Networks
@techreport{networks:20190401:trends:cf738dc, author = {Macnica Networks}, title = {{Trends in Cyber ​​Espionage Targeting Japan 2nd Half of 2018}}, date = {2019-04-01}, institution = {Macnica Networks}, url = {https://www.macnica.net/file/mpressioncss_ta_report_2019.pdf}, language = {Japanese}, urldate = {2021-03-02} } Trends in Cyber ​​Espionage Targeting Japan 2nd Half of 2018
Anel Cobalt Strike Datper PLEAD Quasar RAT RedLeaves taidoor Zebrocy
2019-03-06Unit CANARYNTT セキュリティ, ジャパン株式会社
@online{:20190306:taidoor:651efa6, author = {NTT セキュリティ and ジャパン株式会社}, title = {{Taidoor を用いた標的型攻撃}}, date = {2019-03-06}, organization = {Unit CANARY}, url = {https://www.nttsecurity.com/docs/librariesprovider3/resources/taidoor%E3%82%92%E7%94%A8%E3%81%84%E3%81%9F%E6%A8%99%E7%9A%84%E5%9E%8B%E6%94%BB%E6%92%83%E8%A7%A3%E6%9E%90%E3%83%AC%E3%83%9D%E3%83%BC%E3%83%88_v1}, language = {English}, urldate = {2020-01-13} } Taidoor を用いた標的型攻撃
taidoor
2018-10-01Macnica NetworksMacnica Networks
@techreport{networks:20181001:trends:17b1db5, author = {Macnica Networks}, title = {{Trends in cyber espionage (targeted attacks) targeting Japan | First half of 2018}}, date = {2018-10-01}, institution = {Macnica Networks}, url = {https://www.macnica.net/file/mpressioncss_2018-1h-report_mnc_rev3_nopw.pdf}, language = {Japanese}, urldate = {2021-03-02} } Trends in cyber espionage (targeted attacks) targeting Japan | First half of 2018
Anel Cobalt Strike Datper FlawedAmmyy Quasar RAT RedLeaves taidoor Winnti xxmm
2015-02-06CrowdStrikeCrowdStrike
@techreport{crowdstrike:20150206:crowdstrike:fbcc37f, author = {CrowdStrike}, title = {{CrowdStrike Global Threat Intel Report 2014}}, date = {2015-02-06}, institution = {CrowdStrike}, url = {https://web.archive.org/web/20200509171721/https://raw.githubusercontent.com/fdiskyou/threat-INTel/master/2015/GlobalThreatIntelReport.pdf}, language = {English}, urldate = {2020-05-11} } CrowdStrike Global Threat Intel Report 2014
BlackPOS CryptoLocker Derusbi Elise Enfal EvilGrab Gameover P2P HttpBrowser Medusa Mirage Naikon NetTraveler pirpi PlugX Poison Ivy Sakula RAT Sinowal sykipot taidoor
2013-09-06FireEyeNart Villeneuve, Thoufique Haq, Ned Moran
@online{villeneuve:20130906:evasive:1f16aab, author = {Nart Villeneuve and Thoufique Haq and Ned Moran}, title = {{Evasive Tactics: Taidoor}}, date = {2013-09-06}, organization = {FireEye}, url = {https://www.fireeye.com/blog/threat-research/2013/09/evasive-tactics-taidoor-3.html}, language = {English}, urldate = {2019-12-20} } Evasive Tactics: Taidoor
taidoor Taleret
2012-10-23Trend MicroNart Villeneuve, James T. Bennett
@techreport{villeneuve:20121023:detecting:6358dd0, author = {Nart Villeneuve and James T. Bennett}, title = {{Detecting APT Activity with Network Traffic Analysis}}, date = {2012-10-23}, institution = {Trend Micro}, url = {https://documents.trendmicro.com/assets/wp/wp-detecting-apt-activity-with-network-traffic-analysis.pdf}, language = {English}, urldate = {2022-03-07} } Detecting APT Activity with Network Traffic Analysis
Enfal Gh0stnet win.nitro sykipot taidoor
2012-08-23Trend MicroThreat Research Team
@techreport{team:20120823:taidoor:a46f2c9, author = {Threat Research Team}, title = {{The Taidoor Campaign: AN IN-DEPTH ANALYSIS}}, date = {2012-08-23}, institution = {Trend Micro}, url = {https://www.trendmicro.de/cloud-content/us/pdfs/security-intelligence/white-papers/wp_the_taidoor_campaign.pdf}, language = {English}, urldate = {2020-01-10} } The Taidoor Campaign: AN IN-DEPTH ANALYSIS
taidoor Taidoor
2011-10-06Contagio DumpMila Parkour
@online{parkour:20111006:sep:df13936, author = {Mila Parkour}, title = {{Sep 28 CVE-2010-3333 Manuscript with Taidoor (Trojan.Matryoshka by CyberESI)}}, date = {2011-10-06}, organization = {Contagio Dump}, url = {http://contagiodump.blogspot.com/2011/10/sep-28-cve-2010-3333-manuscript-with.html}, language = {English}, urldate = {2019-12-20} } Sep 28 CVE-2010-3333 Manuscript with Taidoor (Trojan.Matryoshka by CyberESI)
taidoor
Yara Rules
[TLP:WHITE] win_taidoor_auto (20221125 | Detects win.taidoor.)
rule win_taidoor_auto {

    meta:
        author = "Felix Bilstein - yara-signator at cocacoding dot com"
        date = "2022-11-21"
        version = "1"
        description = "Detects win.taidoor."
        info = "autogenerated rule brought to you by yara-signator"
        tool = "yara-signator v0.6.0"
        signator_config = "callsandjumps;datarefs;binvalue"
        malpedia_reference = "https://malpedia.caad.fkie.fraunhofer.de/details/win.taidoor"
        malpedia_rule_date = "20221118"
        malpedia_hash = "e0702e2e6d1d00da65c8a29a4ebacd0a4c59e1af"
        malpedia_version = "20221125"
        malpedia_license = "CC BY-SA 4.0"
        malpedia_sharing = "TLP:WHITE"

    /* DISCLAIMER
     * The strings used in this rule have been automatically selected from the
     * disassembly of memory dumps and unpacked files, using YARA-Signator.
     * The code and documentation is published here:
     * https://github.com/fxb-cocacoding/yara-signator
     * As Malpedia is used as data source, please note that for a given
     * number of families, only single samples are documented.
     * This likely impacts the degree of generalization these rules will offer.
     * Take the described generation method also into consideration when you
     * apply the rules in your use cases and assign them confidence levels.
     */


    strings:
        $sequence_0 = { 8bf9 7502 33db 8a0c3e }
            // n = 4, score = 300
            //   8bf9                 | mov                 edi, ecx
            //   7502                 | jne                 4
            //   33db                 | xor                 ebx, ebx
            //   8a0c3e               | mov                 cl, byte ptr [esi + edi]

        $sequence_1 = { 395d10 7e1b 56 8b450c }
            // n = 4, score = 300
            //   395d10               | cmp                 dword ptr [ebp + 0x10], ebx
            //   7e1b                 | jle                 0x1d
            //   56                   | push                esi
            //   8b450c               | mov                 eax, dword ptr [ebp + 0xc]

        $sequence_2 = { 50 8d8594faffff 50 e8???????? 59 }
            // n = 5, score = 300
            //   50                   | push                eax
            //   8d8594faffff         | lea                 eax, [ebp - 0x56c]
            //   50                   | push                eax
            //   e8????????           |                     
            //   59                   | pop                 ecx

        $sequence_3 = { 59 8d85a0fdffff 59 50 e8???????? }
            // n = 5, score = 300
            //   59                   | pop                 ecx
            //   8d85a0fdffff         | lea                 eax, [ebp - 0x260]
            //   59                   | pop                 ecx
            //   50                   | push                eax
            //   e8????????           |                     

        $sequence_4 = { 48 0f8472010000 48 48 0f856b030000 }
            // n = 5, score = 300
            //   48                   | dec                 eax
            //   0f8472010000         | je                  0x178
            //   48                   | dec                 eax
            //   48                   | dec                 eax
            //   0f856b030000         | jne                 0x371

        $sequence_5 = { 66ab aa 895dfc ffd6 40 85c0 7e29 }
            // n = 7, score = 300
            //   66ab                 | stosw               word ptr es:[edi], ax
            //   aa                   | stosb               byte ptr es:[edi], al
            //   895dfc               | mov                 dword ptr [ebp - 4], ebx
            //   ffd6                 | call                esi
            //   40                   | inc                 eax
            //   85c0                 | test                eax, eax
            //   7e29                 | jle                 0x2b

        $sequence_6 = { 817ddc04010000 0f8d5e030000 41 8d859cfcffff 51 50 }
            // n = 6, score = 300
            //   817ddc04010000       | cmp                 dword ptr [ebp - 0x24], 0x104
            //   0f8d5e030000         | jge                 0x364
            //   41                   | inc                 ecx
            //   8d859cfcffff         | lea                 eax, [ebp - 0x364]
            //   51                   | push                ecx
            //   50                   | push                eax

        $sequence_7 = { 6a04 8d45d4 51 50 e8???????? 8b45d4 83c40c }
            // n = 7, score = 300
            //   6a04                 | push                4
            //   8d45d4               | lea                 eax, [ebp - 0x2c]
            //   51                   | push                ecx
            //   50                   | push                eax
            //   e8????????           |                     
            //   8b45d4               | mov                 eax, dword ptr [ebp - 0x2c]
            //   83c40c               | add                 esp, 0xc

        $sequence_8 = { ff15???????? 8bf0 3bf7 8975ec 7509 53 ff15???????? }
            // n = 7, score = 300
            //   ff15????????         |                     
            //   8bf0                 | mov                 esi, eax
            //   3bf7                 | cmp                 esi, edi
            //   8975ec               | mov                 dword ptr [ebp - 0x14], esi
            //   7509                 | jne                 0xb
            //   53                   | push                ebx
            //   ff15????????         |                     

        $sequence_9 = { ff75f0 ffd6 8d4d08 885dfc e8???????? 834dfcff 8d4d10 }
            // n = 7, score = 300
            //   ff75f0               | push                dword ptr [ebp - 0x10]
            //   ffd6                 | call                esi
            //   8d4d08               | lea                 ecx, [ebp + 8]
            //   885dfc               | mov                 byte ptr [ebp - 4], bl
            //   e8????????           |                     
            //   834dfcff             | or                  dword ptr [ebp - 4], 0xffffffff
            //   8d4d10               | lea                 ecx, [ebp + 0x10]

    condition:
        7 of them and filesize < 49152
}
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