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Cyber Threat Literacy and AI Disruption Identified as Top Risks to Workforce

Cyber Threat Literacy and AI Disruption Identified as Top Risks to Workforce

Cyber Threat Literacy and AI Disruption Identified as Top Risks to Workforce
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Nevada's CORE.NV Project Enhances Cybersecurity Amid Ransomware Attack

Nevada's CORE.NV Project Enhances Cybersecurity Amid Ransomware Attack

Nevada has successfully modernized its financial infrastructure through the CORE.NV project, which was completed in just 15 months. This initiative, led by Timothy Galluzi, the state's Chief Information Officer, aimed to update Nevada's outdated systems and improve efficiency across state agencies. Shortly after the project's completion, Nevada faced a ransomware attack affecting 60 state offices. The state's investment in cybersecurity proved crucial, allowing it to recover without paying the ransom. The response involved multiple technology partnerships and over 4,200 hours of overtime. Nevada's transparent handling of the incident, including a public after-action report, has become a valuable resource for other states developing their cyber strategies.
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GitHub Patches Critical RCE Vulnerability Affecting Millions of Repositories

GitHub Patches Critical RCE Vulnerability Affecting Millions of Repositories

GitHub Patches Critical RCE Vulnerability Affecting Millions of Repositories
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AI Agents and Re-Permissioning: Addressing Excessive Agency in Technology

AI Agents and Re-Permissioning: Addressing Excessive Agency in Technology

AI Agents and Re-Permissioning: Addressing Excessive Agency in Technology
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Pack2TheRoot Vulnerability in Linux Poses Security Risks

Pack2TheRoot Vulnerability in Linux Poses Security Risks

Pack2TheRoot Vulnerability in Linux Poses Security Risks
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Exposed VNC Servers Pose Security Risks to U.S. Industrial Control Systems

Exposed VNC Servers Pose Security Risks to U.S. Industrial Control Systems

Recent research by Forescout has revealed that millions of Remote Desktop Protocol (RDP) and Virtual Network Computing (VNC) servers are exposed to the internet, with hundreds potentially providing access to industrial control systems (ICS) and operational technology (OT). These servers, primarily located in China and the United States, are often used for remote access but should not be directly exposed without secure gateways. The study found that a significant number of these servers are linked to industries such as retail, education, services, manufacturing, and healthcare. Alarmingly, many of these servers run outdated Windows versions vulnerable to the BlueKeep exploit, and nearly 60,000 VNC servers lack authentication. This situation poses a substantial risk as attackers could gain access to cyber-physical systems (CPS), with Russia-linked hackers previously targeting OT systems via VNC.
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Exposed VNC Servers Pose Significant Risk to Industrial Control Systems

Exposed VNC Servers Pose Significant Risk to Industrial Control Systems

Research by Forescout has revealed that millions of remote access RDP and VNC servers are exposed to the internet, with hundreds providing access to industrial control systems (ICS) and operational technology (OT). These servers, primarily located in China and the United States, are vulnerable due to lack of authentication and outdated software. The exposure of these servers poses a significant risk as they can be exploited by cybercriminals for ransomware deployment and other malicious activities. The report highlights the need for secure remote access solutions to protect sensitive cyber-physical systems.
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Critical OpenSSH Vulnerability Requires Immediate Patching to Prevent Exploitation

Critical OpenSSH Vulnerability Requires Immediate Patching to Prevent Exploitation

A critical vulnerability has been discovered in OpenSSH, a widely used tool for remote server management. This vulnerability, identified as CVE-2026-35414, affects nearly all versions of OpenSSH released over the past 15 years. It allows attackers to gain root access to affected servers, enabling them to execute commands, steal data, and disrupt operations. The vulnerability arises from the mishandling of the authorized_keys principals option in specific scenarios involving a Certificate Authority. The Centre for Cybersecurity Belgium has issued a warning, urging organizations to update to OpenSSH version 10.3 or later to mitigate the risk.
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Firestarter Malware Persists Despite Cisco Firewall Patches

Firestarter Malware Persists Despite Cisco Firewall Patches

The Firestarter malware, associated with the ArcaneDoor threat actor, has been found to persist in Cisco's Firepower and Secure Firewall devices despite security patches released in September last year. This malware, identified as a Linux binary, embeds itself in the Firepower eXtensible Operating System (FXOS) base layer, surviving device reboots and evading detection. The U.S. Cybersecurity and Infrastructure Security Agency (CISA) and the UK's National Cyber Security Centre (NCSC) have issued alerts, advising organizations to follow emergency directives, including physically disconnecting affected firewalls to disrupt the malware's persistence.
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Firestarter Malware Persists Despite Cisco Firewall Patches

Firestarter Malware Persists Despite Cisco Firewall Patches

Firestarter Malware Persists Despite Cisco Firewall Patches
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Nessus Agent Vulnerability on Windows Allows Critical System Privilege Exploitation

Nessus Agent Vulnerability on Windows Allows Critical System Privilege Exploitation

Nessus Agent Vulnerability on Windows Allows Critical System Privilege Exploitation
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Cisco Confirms 'Firestarter' Malware Persists Despite Firewall Patches, Urges Hard Reboot

Cisco Confirms 'Firestarter' Malware Persists Despite Firewall Patches, Urges Hard Reboot

Cisco has acknowledged that the 'Firestarter' malware, deployed by the ArcaneDoor threat actor, remains active despite security patches released in September last year. This malware affects the Firepower and Secure Firewall devices by embedding itself as a Linux binary in the Firepower eXtensible Operating System (FXOS). It survives device reboots by copying itself to a log directory and manipulating the storage mount list. The U.S. Cybersecurity and Infrastructure Security Agency (CISA) and Britain's National Cyber Security Centre (NCSC) have named the malware 'Firestarter'. CISA advises organizations to perform a hard reboot by unplugging the devices to disrupt the malware's persistence routine.