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Threats Tagged 't1204'

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Threats Tagged 't1204'

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CARBONATO is a Docker-based botnet discovered by ThreatDown researchers that exploits exposed Docker daemons on port 2375. It operates through an unauthenticated Docker registry exposed since May 2026, facilitating both the distribution of trojanized cryptocurrency wallet applications and botnet activities. The botnet uses a modified Hermes Agent, an open-source AI framework, to execute commands via Telegram, maintain persistence, and steal credentials. The campaign infrastructure spans multiple hosting providers and has been active from October 2024 through August 2026. No specific software versions are identified as affected, and no CVE or patch information is available.

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Blackpoint's Adversary Pursuit Group identified ChainScript, a previously unnamed Node.js remote access trojan discovered during ClickFix investigation. The malware disguises itself as legitimate software including Spotify, Zoom Workplace, and Microsoft Teams through malicious Windows Installer packages. ChainScript employs an EtherHiding-style C2 discovery technique utilizing a Polygon smart contract to dynamically locate active WebSocket infrastructure, enabling operators to rotate backend services without rebuilding agents. The RAT provides comprehensive remote access capabilities including interactive shell sessions, file operations, screenshots, payload deployment, cryptocurrency wallet discovery, remote JavaScript execution, self-update mechanisms, and cleanup functions. Multiple builds appeared under different names (ComponentTask33, UpdateDigital, HostShared, OrchidViolet66) while maintaining consistent core agent architecture. Analysis revealed automated contract deployment integrated into the mal...

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Analysis reveals HEAVYGRAM, a multi-stage Windows backdoor attributed to Iran-linked threat actor Handala Hack, deployed since Fall 2023 targeting Iranian dissidents, journalists, and government opponents. The surveillance tool uses Telegram bot API for command-and-control operations, enabling remote command execution, screen capture, data exfiltration, and persistent access. Victims receive social-engineered files masquerading as legitimate applications like Telegram, KeePass, or Pictory. The implant supports DLL side-loading, registry persistence, and system reconnaissance. Infrastructure analysis identified 29 samples utilizing networks of Telegram bots and groups for operations. The malware aligns with activity disclosed by U.S. Department of Justice regarding Iran's Ministry of Intelligence and Security infrastructure seizures, with tradecraft including Vultr Object Storage and Persian-language decoys targeting specific victim profiles including academics and media personnel.

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A previously unknown modular multi-stage framework named MovieReaper has been discovered targeting users through compromised torrent files. Attackers compromised the public torrent repository itorrents[.]org, enabling them to distribute malicious loaders disguised as popular movies, including "The Odyssey." The campaign began in mid-August 2026 and affected hundreds of victims across multiple countries. The malware employs a sophisticated infection chain with fileless execution, utilizing blockchain network Solana for C2 infrastructure resilience. The framework includes multiple stages: an initial loader with anti-sandbox checks, shellcode that retrieves C2 addresses from Solana blockchain, UAC bypass with persistence mechanisms, and a final file manager module providing comprehensive file system access. The campaign demonstrates advanced evasion techniques including manual API resolution, vectored exception handling, and in-memory execution.

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Infrastructure analysis reveals a cluster of SpiceRAT command and control servers active from late 2025 through August 2026, linked through shared TLS certificates, domain registrations, and a cloned RTX Corporation webpage. The infrastructure connects to multiple threat families including SpiceRAT, NodeEdgeRAT, NomadRAT, and BloodAlchemy, suggesting either a single operator managing multiple toolsets or shared support infrastructure. A TLS certificate impersonating Uzbekistan's railway authority was issued by TLC, a Chinese state-affiliated certificate authority. Domains spoof Central Asian government entities including Türkmengaz, the Galkynysh gas field, Tojiktelecom, and Turkmenistan's Ministry of Foreign Affairs. Passive DNS analysis reveals subdomain infrastructure dating to mid-2022, indicating at least four years of ongoing operations. The infrastructure shares characteristics with previously documented China-nexus actors FamousSparrow and IndigoZebra, both known for targeting Central Asian governm...

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Noodle RAT, also known as ANGRYREBEL or Nood RAT, is a modular remote access trojan with dual versions for Windows and Linux, actively used by Chinese-speaking threat actors since at least mid-2016. Previously misclassified as variants of Gh0st RAT or Rekoobe, it is now recognized as a distinct backdoor family. The malware has been deployed in espionage and cybercrime campaigns targeting entities across the Asia-Pacific region, including Thailand, India, Japan, Malaysia, and Taiwan. Multiple threat groups including Iron Tiger, Calypso APT, Rocke, and Cloud Snooper have utilized this tool. Both variants feature shared command-and-control architecture, similar configuration structures, and modular capabilities. The Windows version operates as an in-memory backdoor with file management and proxy capabilities, while the Linux variant provides reverse shell, SOCKS tunneling, and task scheduling functionalities. Evidence suggests an actively maintained, possibly commercial malware toolkit.

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In August 2026, the Pakistan-nexus threat actor APT36 launched Operation RapidRust, targeting government and defense organizations in India and Afghanistan with an updated arsenal of custom tools. The campaign introduced RUSTYSHADE, a Rust-based backdoor leveraging private GitHub repositories for command-and-control with AES-256-GCM encryption. Additional tools included RUSTYMOVE for USB-based lateral movement to air-gapped networks, PSNATCH and BASHNATCH for file exfiltration from Windows and Linux systems respectively. The attackers registered typosquatted domains impersonating Indian news outlets to stage malicious PowerShell scripts. Post-compromise activities revealed systematic network reconnaissance, credential harvesting, and lateral movement attempts, with operations conducted exclusively on weekdays between 4:00-11:00 UTC, demonstrating disciplined operational security and sustained targeting of South Asian government infrastructure.

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KATARU is an IoT malware variant discovered in August 2026 through Telnet credential brute-forcing against a honeypot from Vietnam. While maintaining traditional Mirai-style botnet capabilities, it distinguishes itself through an extensive feature set including multiple Linux local privilege escalation exploits, comprehensive persistence mechanisms across Linux and embedded platforms, encrypted C2 communications using X25519 and ChaCha20-Poly1305, anti-analysis techniques, and decoy traffic generation. Implementation artifacts strongly suggest AI-assisted development, evidenced by architecture-mismatched x86 shellcode in ARM binaries, RFC test vectors as configuration values, and untested cross-platform persistence logic. The malware attempts various privilege escalation paths through system misconfigurations and public exploits, establishes persistence across numerous startup mechanisms, and supports multiple DDoS attack vectors alongside SSH brute-forcing capabilities.

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Six Chrome and Firefox extensions linked through shared code, C2 infrastructure, and publishing history have been identified targeting cryptocurrency traders. Four malicious extensions steal authenticated session tokens and wallet data from Axiom Trade and Padre users, while two earlier extensions reveal a pattern of repackaging crypto trading tools. The extensions J7Tracker, VREO, and Orbit Tracker automatically retrieve user information, wallet bundles, Firebase tokens, and application state, then exfiltrate data to threat actor-controlled Vercel deployments. The campaign targets an active trading community with Axiom processing over $15 billion in volume across 650,000 wallets. The malicious code runs inside authenticated sessions, collecting localStorage, IndexedDB data, and API responses containing authentication tokens and wallet keys. Data is Base64-encoded and transmitted via browser navigation to avoid CORS restrictions, enabling account compromise and cryptocurrency theft.

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Threat actors are exploiting anticipation for Grand Theft Auto VI by distributing malicious ISO files disguised as leaked game versions. These fake installers are spread through SEO poisoning, gaming forums, social media, and torrenting sites. The analyzed ISO contains multiple malicious components including several RAT variants (NJRAT and DCRAT), Mercurial Grabber infostealer, Chaos ransomware functioning as a wiper, and Yandex Browser. When executed, the fake installer displays Russian-language messages and deploys malware to %TEMP% folders. The package includes data exfiltration capabilities, credential theft, system control features, and destructive file encryption. Based on Russian language usage throughout the infection chain, the campaign appears to target Russian-speaking gamers. The malware components date back to 2023, suggesting repurposed tools for this opportunistic attack.

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