Threats Tagged 't1190'

ThreatDown researchers discovered CARBONATO, a Docker botnet that exploits exposed Docker daemons on port 2375. The operation was uncovered through an unauthenticated Docker registry exposed since May 2026, revealing two parallel activities: distribution of trojanized cryptocurrency wallet applications and a botnet infrastructure. The botnet leverages Hermes Agent, an MIT-licensed open-source AI framework, modified with a custom prompt directing it to execute commands via Telegram, maintain persistence, and harvest credentials. The campaign infrastructure spans multiple hosting providers including Linode, Hetzner, and Contabo, with activity documented from October 2024 through August 2026.

VeloCloud Orchestrator (VCO) on-prem has a security issue where this issue may allow a remote attacker to access privileged internal functionality and impact the VCO host. Successful exploitation may compromise the confidentiality, integrity, and availability of the orchestrator and data managed by the orchestrator. Hosted, including Dedicated, versions of VCO were impacted and have already been patched.

This document analyzes multiple cybersecurity incidents involving various threat actors and malicious campaigns. The analysis covers sophisticated attack methodologies including exploitation of vulnerabilities, deployment of specialized malware tools, and targeting of critical infrastructure across multiple sectors. The campaigns demonstrate advanced persistent threat capabilities with focus on data exfiltration, system compromise, and lateral movement within targeted networks. Key observations include the use of social engineering tactics, exploitation of remote access vulnerabilities, and deployment of custom malware frameworks. The threat landscape encompasses government, technology, financial, and defense sectors with significant emphasis on supply chain attacks and credential harvesting operations.

ESET researchers have documented SparroWocky, a sophisticated C++ backdoor deployed by the FamousSparrow APT group since August 2025. This China-aligned threat actor has shifted focus to extensively targeting governmental organizations across Latin America, likely in response to increased US interest in the region. SparroWocky replaced the group's previous SparrowDoor backdoor and demonstrates advanced capabilities including reflective loading, anti-analysis techniques like SilentMoonwalk for call stack spoofing, and the ability to execute Beacon Object Files. The modular backdoor incorporates open-source projects directly into its codebase, uses TLS-encrypted communications with RC4 encryption for data exfiltration, and employs sophisticated evasion methods including MinHook API hooking and custom PE loading with host process camouflage. The targeting pattern reflects China's strategic interest in monitoring Latin American governmental responses to current US pressures regarding investments and infrastruc...

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.

MediumMalwareBritish Indian Ocean TerritoryIndiaJapan+3#rekoobe#angryrebel#noodle rat

In late August 2026, a sophisticated device code phishing campaign was identified, distributed through web contact forms. Threat actors impersonated procurement officers from legitimate businesses, specifically BJ's Wholesale Club, using lookalike domains registered with Zoho Mail. The campaign, tracked as GhostCode, abused Microsoft's OAuth 2.0 device authorization grant flow to obtain authentication tokens. Victims received WeTransfer links to password-protected HTML files containing three layers of obfuscation: junk padding, character-level HTML comment injection, and AES-256-GCM encrypted redirect URLs. After passing multiple security checks including Cloudflare Turnstile, victims were directed to legitimate Microsoft sign-in pages where they unwittingly authorized attacker-controlled devices. Within 78 seconds of successful authentication, threat actors registered three devices, obtained Primary Refresh Tokens, and harvested emails using residential proxy rotation to evade detection.

A Chinese-speaking threat actor tracked as Red Heron rapidly weaponized CVE-2026-60004, a critical Gitea remote code execution vulnerability, within days of public disclosure in July 2026. The actor scanned 1,386 Gitea instances across seven countries, successfully compromising organizations in Canada, Argentina, Taiwan, the United States, and Sri Lanka. Activities included source code theft, credential collection, SSH persistence, and lateral movement, with one case escalating from a vulnerable Gitea server to root access across a three-node Proxmox cluster. An exposed staging server revealed targeting taxonomies using Simplified Chinese labels covering defense, elections, energy, aerospace, telecommunications, and government sectors. The campaign deployed JITTERLY, a C++ Linux implant with 30+ post-exploitation commands, embedding SIXZUT, a previously undocumented LD_PRELOAD rootkit capable of hiding files, processes, and network connections while protecting the implant from termination.

CriticalVulnerabilityCanadaArgentinaTaiwan+2#remote#rce#gcve

The GrelosGTM cybercriminal group abuses the legitimate functionality of Google Tag Manager to compromise e-commerce websites, primarily those running Magento CMS. Since early 2020, they have injected malicious Google Tag Manager scripts that load multi-stage JavaScript payloads via WebSocket connections. The final payload is a heavily obfuscated JavaScript sniffer designed to steal payment card information during checkout through fake payment forms. Stolen data is exfiltrated to attacker-controlled servers. The campaign has affected at least seven websites across Belgium, Italy, the United Kingdom, and the United States.

MediumMalwareUnited StatesBelgiumItaly+1#e-commerce attacks#javascript sniffer#web skimming

Active exploitation of three critical vulnerabilities in JFrog Artifactory has been identified, with attackers chaining CVE-2026-42016, CVE-2026-42018, and CVE-2026-82329 to bypass authentication and gain administrative control. CVE-2026-42018 exposes internal anonymous-user tokens, CVE-2026-42016 enables privilege escalation through insufficient token validation, and CVE-2026-82329 allows unauthenticated access to administrative privileges. Post-exploitation activities include creating persistent administrator accounts, deploying malicious Groovy plugins for code execution, and installing Rust-based backdoors. Exploitation was observed between August 15 and September 8, 2026, affecting multiple organizations. Data indicates 67-69% of organizations running Artifactory had vulnerable instances at initial publication, with slow patching velocity for lower-severity CVEs despite active exploitation across environments.

An intrusion was investigated that began with exploitation of CVE-2026-48558, a critical authentication bypass vulnerability in SimpleHelp RMM software. The threat actor obtained unauthorized technician access and deployed two previously undocumented malware samples: TaskWeaver and Djinn Stealer. TaskWeaver is a heavily obfuscated Node.js loader that establishes encrypted communications and delivers additional payloads. Djinn Stealer targets credentials across Windows, macOS, and Linux systems, collecting authentication data for cloud platforms, source control, package registries, AI development assistants, browsers, SSH keys, and cryptocurrency wallets. The attacker leveraged legitimate RMM capabilities to transfer files and execute commands across managed systems. Stolen AI assistant tokens provided extensive access to repositories, databases, and cloud accounts. The intrusion demonstrated how a single authentication bypass in trusted management infrastructure can enable widespread credential theft and p...