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Scarred Manticore (Storm-0861)

activehigh confidence
APT / State-sponsored
Storm-0861Storm-861ShroudedSnooper
Attribution
Iran — Ministry of Intelligence and Security (MOIS)
Origin
Iran
First seen
2023
Last active
2026
Motivation
Espionage
Confidence
high
MENA targeting
Saudi Arabia, UAE, Jordan, Kuwait, Oman, Iraq, Israel
Sectors
Government, military, telecom, IT services, finance, NGOs
Why it mattersState-sponsored / APT actor, high confidence, documented targeting Saudi Arabia, UAE, Jordan (Government, military, telecom sectors).
What's nextNo pipeline reports reference this actor yet — Radar mentions may still surface early signal.

Scarred Manticore (Storm-0861) is an MOIS-linked Iranian espionage actor assessed as one of Iran's most sophisticated, known for the stealthy LIONTAIL malware framework and for handing off access to the destructive Void Manticore cluster.

History

Scarred Manticore was publicly detailed by Check Point Research in 2023 and corresponds to Microsoft's Storm-0861 cluster, one of several Iranian groups tied to destructive operations against the Albanian government. Analysts assess it as MOIS-linked and among Iran's most technically capable espionage actors, prioritizing long-dwell, low-visibility intelligence collection.

The group's signature is the LIONTAIL framework — custom loaders and memory-resident shellcode payloads whose DLL implant abuses undocumented functionality of the Windows HTTP.sys driver to receive commands blended into legitimate web traffic on internet-facing servers. This passive, driver-level C2 makes network detection difficult and supports extended stealthy persistence.

MENA is the group's primary theater. LIONTAIL victims span Saudi Arabia, the UAE, Jordan, Kuwait, Oman, Iraq, and Israel, concentrated in government, telecommunications, military, financial, and IT-services organizations. This victimology maps directly to Iranian regional intelligence priorities.

Scarred Manticore's significance grew with its documented relationship to Void Manticore (Storm-0842): Check Point identified a clear victim 'handoff' in which Scarred Manticore's espionage access precedes Void Manticore's destructive wiper and hack-and-leak operations against Israeli and Albanian targets. Reporting into 2026 continues to link Scarred Manticore to initial-access operations preceding Void Manticore/Handala activity, indicating the group remains an active enabler of Iran's disruptive campaigns.

Notable campaigns

2023
LIONTAIL espionage campaign
Stealthy HTTP.sys-abusing implants deployed against government, telecom, and military targets across the Middle East.
2023
Albania access operations
MOIS-cluster involvement in intrusions preceding destructive attacks on Albanian government systems.
2024
Void Manticore handoff
Provision of espionage access later handed to Void Manticore for wiper and hack-and-leak operations in Israel.
2026
Continued access-enabling role
Ongoing initial-access operations assessed as preceding Handala/Void Manticore destructive activity.

Observed ATT&CK techniques · 20

TechniqueNameTacticObserved use
T1090Proxycommand and controlArticle describes FOXSHELL (based on the open-source Tunna tunnel framework) as allowing connection from outside to any service on the remote host, including firewall-blocked services, by proxying all external communication through the web shell over HTTP.
T1071.001Application Layer Protocol: Web Protocolscommand and controlLIONTAIL's primary variant is described as a passive backdoor on Windows servers that enables attackers to execute commands remotely through HTTP requests, listening on URL prefixes mimicking legitimate services (e.g. /autodiscover/autodiscovers/, /ews/exchanges/).
T1105Ingress Tool Transfercommand and controlArticle describes the SDD backdoor's Rundll command type, which loads additional .NET assemblies delivered by the operators, and generally describes downloading/staging of additional tooling to compromised servers.
T1095Non-Application Layer Protocolcommand and controlArticle describes a named-pipe variant of LIONTAIL that uses named pipes (not HTTP) to facilitate remote code execution, with a security descriptor granting File All Access to everyone.
T1572Protocol Tunnelingcommand and controlArticle describes FOXSHELL's proxy behavior (opening a new socket to a remote machine specified in its configuration, or relaying Data-type packages) as tunneling arbitrary service traffic through the web shell's HTTP channel.
T1562.002Impair Defenses: Disable Windows Event Loggingdefense evasionArticle states FOXSHELL version 1.7 includes an Event Log bypass using a known technique of suspending EventLog Service threads.
T1014Rootkitdefense evasionArticle describes WINTAPIX as a kernel-mode driver used to enumerate user-mode processes and inject shellcode from kernel level, consistent with kernel-mode rootkit-enabling functionality.
T1036.005Masquerading: Match Legitimate Resource Name or Locationdefense evasionArticle states implants attempt to disguise the executable as Cyvera Console, a component of Cortex XDR.
T1027.002Obfuscated Files or Information: Software Packingdefense evasionArticle describes web shell variants (e.g. the compiled-DLL FOXSHELL) with class and method obfuscation, and payload/URL generation that inserts random dictionary words into paths so malware communication blends into legitimate traffic.
T1027.013Obfuscated Files or Information: Encrypted/Encoded Filedefense evasionArticle describes payloads that are base64-decoded and then decrypted by XORing the data with the first byte (or a randomly chosen prepended key byte for responses); web shell variants use the same XOR/base64 scheme with additional class/method/string obfuscation.
T1518Software DiscoverydiscoveryArticle describes the SDD backdoor using the .NET ServerManager class to extract the list of sites hosted by IIS in order to build a matching set of URL prefixes to listen on.
T1082System Information DiscoverydiscoveryArticle describes a machine-fingerprinting payload gathering Computer Name, Domain Name, 64-bit flag, number of processors, physical RAM, and data from CurrentVersion, SecureBoot\State, and System\Bios registry keys.
T1059.003Command and Scripting Interpreter: Windows Command ShellexecutionArticle describes the SDD backdoor executing base64-decoded commands via cmd /c when it receives a POST request containing a specific trigger string.
T1055Process InjectionexecutionArticle describes LIONTAIL creating a new thread and running received shellcode in memory, and separately describes the WINTAPIX kernel driver injecting Donut-generated shellcode into a found user-mode process running with local system privileges.
T1041Exfiltration Over C2 ChannelexfiltrationArticle describes the SDD backdoor's Download command sending a specified file to the threat actors over the same C2 channel, and references historical email exfiltration from Exchange/EWS access across Kuwait, Saudi Arabia, Turkey, UAE, and Jordan.
T1190Exploit Public-Facing Applicationinitial accessCheck Point reporting ties Scarred Manticore's Albania intrusion to exploitation of an Internet-facing Microsoft SharePoint server; article also generally references exploitation of publicly facing servers as an access vector.
T1090.002Proxy: External Proxylateral movement, exfiltrationArticle describes the LIONHEAD web forwarder deployed on Exchange servers, which forwards request content type, cookie, and body to a configured forward_server/forward_path/forward_port, used to reach Exchange Web Services (EWS) endpoints while concealing the true external consumer of the data.
T1505.003Server Software Component: Web ShellpersistenceArticle details a lineage of web shells (Tunna-based, FOXSHELL versions XORO/Bsae64/compiled-DLL, an XSL transform web shell, and an SDD .NET web-based backdoor) deployed on compromised servers for persistent access.
T1543.003Create or Modify System Process: Windows ServicepersistenceArticle describes enabling specific Windows services (e.g. IKE and AuthIP IPsec Keying Modules, Extensible Authentication Protocol) via commands like sc.exe config Eaphost start=auto to trigger the hijacked DLL's loading at boot.
T1574.001Hijack Execution Flow: DLL Search Order Hijackingpersistence, privilege escalationArticle describes malicious DLLs dropped to C:\windows\system32 using names not present by default on Windows Server (e.g. wlanapi.dll, wlbsctrl.dll) to be side-loaded by legitimate services.