Threats Feed|Mango Sandstorm (Mercury)|Last Updated 28/01/2026|AuthorCertfa Radar|Publish Date07/04/2023

MERCURY and DEV-1084's Destructive Cyber Operations Against Cloud and On-Premises Environments

  • Actor Motivations: Espionage,Extortion,Financial Gain,Sabotage
  • Attack Vectors: Vulnerability Exploitation,Backdoor,Ransomware
  • Attack Complexity: Very High
  • Threat Risk: High Impact/High Probability

Threat Overview

MERCURY and DEV-1084, associated with the Iranian government, orchestrated a destructive operation targeting on-premises and cloud environments under the guise of a standard ransomware campaign. The attack chain involved exploiting unpatched vulnerabilities for initial access, extensive reconnaissance, persistence establishment, and lateral movement within the network. High-privilege credentials were used to create widespread destruction of resources. The attackers also breached Azure AD environments to cause further damage and data loss. They conducted extensive mailbox operations and sent emails internally and externally impersonating high-ranking employees.

Extracted IOCs

  • vatacloud[.]com
  • pairing.rport[.]io
  • webstore4tech.uaenorth.cloudapp.azure[.]com
  • 016967de76382c674b3a1cb912eb85ff642b2ebfe4e107fc576065f172c6ef80
  • 0dde13e3cd2dcda522eeb565b6374c97b3ed4aa6b8ed9ff9b6224ea97bf2a584
  • 3059844c102595172bb7f644c9a70d77a198a11f1e84539792408b1f19954e18
  • 36c71ce7cd38733eb66f32a8c56acd635680197f01585c5a2a846cc3cb0a8fe2
  • 3e59d36faf2d5e6edf1d881e2043a46055c63b7c68cc08d44cc7fc1b364157eb
  • 3fba459d589cd513d2478fb4ae7c4efd6aa09e62bc3ff249a19f9a233e922061
  • 486eb80171c086f4d184423ed7e79303ad7276834e5e5529b199f8ae5fc661f2
  • 6485a68ba1d335d16a1d158976e0cbfad7ab15b51de00c381d240e8b0c479f77
  • 786bd97172ec0cef88f6ea08e3cb482fd15cf28ab22d37792e3a86fa3c27c975
  • 887ae654d69ac5ccb8835e565a449d7716d6c4747dc2fbff1f59f11723244202
  • 8dd9773c24703e803903e7a5faa088c2df9a4b509549e768f29276ef86ef96ae
  • 9107be160f7b639d68fe3670de58ed254d81de6aec9a41ad58d91aa814a247ff
  • ab179112caadaf138241c43c4a4dccc2e3c67aeb96a151e432cfbafa18a4b436
  • afd16b9ad57eb9c26c8ae347c379c8e2b82361c7bdff5b189659674d5614854c
  • b155c5b3a8f4c89ba74c5c5c03d029e4202510d0cbb5e152995ab91e6809bcd7
  • b9cf785b81778e2b805752c7b839737416e3af54f64f1e40e008142e382df0c4
  • f1edff0fb16a64ac5a2ce64579d0d76920c37a0fd183d4c19219ca990f50effc
  • 104[.]194.222.219
  • 141[.]95.22.153
  • 146[.]70.106.89
  • 192[.]169.6.88
  • 192[.]52.166.191
  • 192[.]52.167.209
  • 193[.]200.16.3
  • 194[.]61.121.86
  • 45[.]56.162.111
  • 45[.]86.230.20
  • 46[.]249.35.243
  • hxxps://pairing.rport[.]io/qmlc2wx
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Tip: 32 related IOCs (11 IP, 3 domain, 1 URL, 0 email, 17 file hash) to this threat have been found.

Overlaps

UnclassifiedState-Sponsored Cyberattacks Target Israeli Academia and Government Sectors

Source: Israel National Cyber Directorate - March 2024

Detection (one case): vatacloud[.]com

MuddyWaterMuddyWater Upgrades: The Emergence of PhonyC2 Framework

Source: Deep Instinct - June 2023

Detection (three cases): 194[.]61.121.86, 45[.]86.230.20, 46[.]249.35.243

MuddyWaterMuddyWater Masquerades as Hacktivists in Combined Extortion and Disinformation Campaign

Source: Israel National Cyber Directorate - March 2023

Detection (one case): 9107be160f7b639d68fe3670de58ed254d81de6aec9a41ad58d91aa814a247ff

Hint: Overlaps are extracted automatically by examining the IOCs associated with all indexed threats and actors.

About Affiliation
Mango Sandstorm
Mango Sandstorm is Microsoft's current designation for the Iranian MOIS-linked threat cluster widely known as MuddyWater. Active since at least 2017, the group targets government, telecommunications, defense, and energy organizations across the Middle East and beyond. Microsoft has documented Mango Sandstorm's use of legitimate remote administration tools alongside custom malware for persistent access, and its collaboration with the Storm-1084 subgroup in destructive operations against Israeli organizations. The Mango Sandstorm name replaced the earlier Mercury designation as part of Microsoft's 2023 threat actor naming taxonomy update.
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