Pro-Iranian hackers are targeting sites in the Middle East and starting to stretch into the United States during the war, raising the risk of American defense contractors, power stations and water plants. The post Iran-Linked Hackers Take Aim at US and Other Targets, Raising Risk of Cyberattacks During War appeared first on SecurityWeek .
Key Findings Introduction Handala Hack, also tracked by Check Point Research as Void Manticore, is an Iranian threat actor that is known for multiple destructive wiping attacks combined with “hack and leak” operations. The threat actor operates several online personas, with the most prominent among them being Homeland Justice, maintained from mid-2022 specifically for multiple attacks […] The post “Handala Hack” – Unveiling Group’s Modus Operandi appeared first on Check Point Research .
The ongoing conflict involving Iran has led to increased cyber espionage activities targeting Middle Eastern governments. Multiple state-sponsored threat actors, including those from China, Belarus, Pakistan, and Hamas, have been observed conducting campaigns using the conflict as a lure. These actors are employing various tactics such as credential phishing, malware delivery, and compromised accounts to target government and diplomatic organizations. The campaigns often use war-themed content to engage targets and gather intelligence on the conflict's trajectory and geopolitical implications. Iranian threat actors continue their traditional espionage efforts alongside disruptive campaigns in support of war efforts. This heightened activity reflects both opportunistic use of topical lures and shifts in intelligence collection priorities for various state-aligned groups.
The ongoing Middle East crisis has given rise to opportunistic online fraudulent activities. Two main strands have been observed: confirmed government-impersonation fraud and suspicious evacuation-themed websites. Fraudsters are exploiting the confusion and urgency surrounding the crisis to launch phishing campaigns and create deceptive websites. A notable example includes an email impersonating UAE authorities, urging recipients to complete a mandatory emergency registration form. Additionally, several newly registered websites offering evacuation services from Dubai and the Gulf region have emerged, displaying characteristics commonly associated with scams. These sites use crisis-related domain names, employ urgent messaging, lack verifiable operator details, and often request unconventional payment methods. The situation highlights the need for increased vigilance and proactive monitoring of emerging digital threats during geopolitical crises.
Iranian intelligence services are increasingly engaging with the cyber crime ecosystem, leveraging criminal tools, services, and operational models to support state objectives. This trend is particularly evident among actors linked to the Ministry of Intelligence and Security (MOIS), such as Void Manticore and MuddyWater. These actors are not merely imitating criminal behavior but actively associating with the cyber criminal ecosystem, using its infrastructure, malware, and affiliate-style relationships. This approach enhances their operational capabilities, complicates attribution, and contributes to confusion around Iranian threat activity. Examples include the use of ransomware branding, commercial infostealers, and overlaps with criminal malware clusters. This shift from imitation to active engagement with cyber crime offers both improved deniability and expanded technical capabilities for Iranian actors.
Key Points Iran-linked actors are increasingly engaging with the cyber crime ecosystem. Their activity suggests a growing reliance on criminal tools, services, and operational models in support of state objectives. Iranian actors have long used cyber crime and hacktivism as cover for destructive activity, but the trend now suggests direct engagement with the criminal ecosystem. […] The post Iranian MOIS Actors & the Cyber Crime Connection appeared first on Check Point Research .
An intrusion attributed to MuddyWater, an Iranian-linked APT, was identified in a customer environment. The attack involved initial access through RDP, establishing an SSH tunnel, and deploying malware via DLL side-loading. The threat actor used FMAPP.exe, a legitimate Fortemedia Inc.application, to load a malicious FMAPP.dll for C2 communications. The timeline of activities revealed typos in commands, suggesting manual typing by the attacker. The intrusion included reconnaissance efforts, attempts to verify tunnel functionality, and issues with initial C2 communication. The attack targeted an Israeli company, aligning with known MuddyWater tactics.
The ongoing conflict in the Middle East has triggered a surge in cybercriminal activity. Over 8,000 newly registered domains with conflict-related keywords have been identified, many of which may be weaponized in future campaigns. Multiple cases of malicious activity have been observed, including targeted attacks using conflict-themed lures, deployment of the LOTUSLITE backdoor, fake news blogs leading to StealC malware, phishing sites impersonating government portals, donation scams, fraudulent storefronts, and meme-coin pump-and-dump schemes. Threat actors are leveraging various techniques such as DLL sideloading, shellcode execution, and social engineering to compromise victims. The campaigns demonstrate the opportunistic nature of cybercriminals in exploiting geopolitical events for malicious purposes.
The analysis examines Iranian state-aligned threat actors and their infrastructure patterns during heightened geopolitical tensions. It focuses on mapping network infrastructure, ASN patterns, TLS fingerprints, and hosting clusters associated with various Iranian APT groups. The report highlights the importance of proactive infrastructure monitoring to detect and disrupt potential cyber operations. Key findings include the identification of previously unreported hosts, domains, and servers linked to Iranian operations, as well as insights into the tactics used by groups like MuddyWater and Dark Scepter. The article emphasizes the value of infrastructure intelligence in early threat detection and provides recommendations for organizations to monitor and defend against these threats.
The cybersecurity industry is monitoring the landscape and says many of the big claims made by hacktivist groups remain unverified. The post Iran Cyber Front: Hacktivist Activity Rises, but State-Sponsored Attacks Stay Low appeared first on SecurityWeek .
A suspected Iran-nexus threat actor, dubbed Dust Specter, targeted Iraqi government officials in January 2026. The campaign involved impersonating Iraq's Ministry of Foreign Affairs and using compromised government infrastructure to host malicious payloads. Two attack chains were identified, utilizing previously undocumented malware including SPLITDROP, TWINTASK, TWINTALK, and GHOSTFORM. The malware employed creative evasion techniques, leveraged generative AI for development, and used file-based polling mechanisms for command execution. The campaign also incorporated ClickFix-style attacks and social engineering lures. Attribution to an Iran-nexus group is based on code similarities, victimology, and overlapping tactics with known Iranian APT groups.
Both sides conduct hacking and other attacks, including the deployment of wiper malware, DDoS, and disruptions to critical infrastructure. The post US-Israel and Iran Trade Cyberattacks: Pro-West Hacks Cause Disruption as Tehran Retaliates appeared first on SecurityWeek .
North Korean state-backed attackers are utilizing Medusa ransomware in their ongoing extortion attacks against the U.S.healthcare sector. The Symantec and Carbon Black Threat Hunter Team discovered evidence of North Korean actors employing Medusa in an attack on a Middle Eastern target and an unsuccessful attempt on a U.S.healthcare organization. Medusa, launched in 2023, operates as a ransomware-as-a-service. The Lazarus sub-group Stonefly has been a key player in North Korean ransomware attacks, using proceeds to fund espionage activities. Despite indictments and rewards, the attacks continue unabated. The current campaign employs various tools, including Comebacker, Blindingcan, ChromeStealer, and RP_Proxy. While the attacks bear similarities to previous Stonefly operations, the exact sub-group responsible remains unclear.
MuddyWater APT has launched Operation Olalampo, targeting organizations in the MENA region. The campaign involves new malware variants, including a Rust backdoor called CHAR, downloaders GhostFetch and HTTP_VIP, and an advanced backdoor GhostBackDoor. Notably, the group is using Telegram bots for command-and-control, revealing insights into their post-exploitation tactics. The operation, first observed on January 26, 2026, shows tactical and technical overlaps with previous MuddyWater activities. Key discoveries include potential AI-assisted malware development and infrastructure reuse dating back to October 2025. The campaign aligns with ongoing geopolitical tensions and provides valuable information on the threat actor's evolving techniques.
This report analyzes the recent activities of the MuddyWater APT group, which primarily targets organizations in the Middle East. The group employs sophisticated spear-phishing techniques, often impersonating legitimate entities and using malicious documents to gain initial access. Their attacks focus on long-term infiltration and intelligence gathering rather than immediate disruption. The report details several attack cases from 2019 to 2026, highlighting the group's evolving tactics, including the abuse of legitimate remote management tools and the use of Rust-based malware. The analysis emphasizes the importance of endpoint detection and response (EDR) solutions in identifying and mitigating these threats, as traditional perimeter-based security measures prove insufficient against such advanced persistent threats.
Iran-Linked Threat Actors Cyber Fattah Leak Visitors and Athletes' Data from Saudi Games
Source: https://securityaffairs.com/179239/cyber-warfare-2/iran-linked-threat-actors-cyber-fattah-leak-visitors-and-athletes-data-from-saudi-games.html
The Mimo intrusion set is exploiting CVE-2024-46483, a Remote Code Execution vulnerability in Craft CMS, to deploy webshells and execute malicious payloads. The attack chain includes downloading infection scripts and deploying a loader, cryptominer (XMRig), and residential proxyware (IPRoyal) for financial gain. The group uses unique identifiers such as '4l4md4r' and 'n1tr0' and has been linked to operators 'EtxArny' and 'N1tr0'. Detection can focus on unusual processes in temporary directories and kernel module changes. The campaign targets Craft CMS installations globally, with a focus on financially motivated exploitation rather than geopolitical objectives. The threat is medium severity due to the impact on confidentiality and availability, ease of exploitation via RCE, and the scope of affected web servers. Organizations using Craft CMS should prioritize patching and monitoring for indicators of compromise.
