Malicious Go Module Steals SSH Credentials via Telegram
A new supply chain attack has emerged involving a malicious Go module that masquerades as a legitimate SSH brute force tool but secretly exfiltrates sensitive information. The tool targets exposed SSH services on IPv4 networks and sends the harvested credentials to an attacker-controlled Telegram bot.
Technical Details of the Malicious Module
The module, named Golang random IP SSH brute force, was discovered by researchers at a cybersecurity firm after observing its deceptive function. The package scans random IPv4 addresses for exposed SSH (Secure Shell) services operating on TCP port 22. It utilizes an embedded list of username and password combinations to automate brute force attacks against these services.
Unlike typical brute force tools, once the module successfully authenticates via SSH, it exfiltrates the target’s IP address, username, and password. This data is then sent to a hardcoded Telegram bot associated with the threat actor who controls the malicious infrastructure.
Implications and Mitigation Strategies
The supply chain nature of this threat highlights the growing risk from seemingly innocuous open-source packages. The attacker’s use of Telegram for credential exfiltration reflects an evolution in tactics, leveraging popular messaging platforms for command-and-control traffic.
It is recommended to scrutinize the source and activity of open-source modules, especially those claiming brute force or penetration testing capabilities. Security teams should monitor for anomalous outbound connections to Telegram APIs or bots and enforce strict controls over SSH exposure, utilizing multi-factor authentication and robust password policies.
Cyberattack Disrupts Bragg Gaming Group Operations
Bragg Gaming Group, a prominent iGaming technology provider, experienced a cybersecurity incident on August 16, 2025. The attack was swiftly detected and mitigated, but it underscores persistent threats facing online gaming platforms.
Incident Overview and Technical Forensics
The breach was identified through routine monitoring, prompting the activation of the group’s incident response protocols. Digital forensics teams analyzed the potential entry points and traced malicious activity within the network infrastructure. Early findings suggest targeted intrusion into application servers, possibly seeking to manipulate or compromise game transaction data.
Investigators are concentrating on access logs, authentication failures, and anomalous data flows between backend systems to determine if customer accounts or financial records were impacted. The attack’s rapid containment minimized potential losses and prevented disruption of live gaming operations.
Industry-Specific Security Considerations
Online gaming companies present lucrative targets due to the volume of financial transactions and personal data managed. This incident illustrates the critical need for layered defenses, including continuous network monitoring, endpoint protection, and real-time threat intelligence integration to detect and respond to attacks before they escalate.
African Joint Operation Shuts Down Illicit Mining and Power Abuse
The African Joint Operation against Cybercrime, conducted from June to August 2025, resulted in major enforcement actions across multiple nations. In Angola, coordinated raids successfully dismantled illegal cryptocurrency mining farms and disrupted unauthorized power consumption schemes.
Operational Scope and Technical Analysis
Law enforcement agencies identified illicit mining operations using extended intelligence fusion, correlating suspicious network traffic and surges in local electricity usage. These mining farms deployed hundreds of high-performance GPUs and ASIC hardware, siphoning off grid power to sustain crypto mining activities.
Tactical teams seized the mining infrastructure, including the computers, network equipment, and power distribution units customized to avoid detection. Digital evidence collection focused on mapping the command-and-control architecture and tracing blockchain wallet transactions linked to the illegal enterprises.
Cyber-Physical Security Lessons Learned
The operation highlights the convergence of cybercrime and physical infrastructure abuse. Effective response required real-time data analysis, multi-agency coordination, and on-site technical inspection. Authorities advised power companies to deploy anomaly detection for electricity irregularities as part of broader anti-fraud measures.