Alex Rodchenko

Novel Phishing Method Used in Android and iOS Financial Fraud CampaignsThis method was first disclosed by CSIRT KNF in Poland in July 2023 and later observed in Czechia by ESET analysts. Similar campaigns were also observed targeting banks in Hungary and Georgia.Novel Phishing Method Used in Android and iOS Financial Fraud Campaigns

🚨 SECURITY ALERT: CVE-2024-30095 🚨 📝 CVE DETAILS: - 🆔 Vulnerability: CVE-2024-30095 - 🔥 Severity: High - 📉 CVSS Score: 7.8 - 🎯 Exploit Probability EPSS: 19.704 % - 📜 Status according to CISA: Not actively exploited vulnerability. - 🛠️ Exploit: No exploit on GitHub or ExploitDB. - 🛡️ IoCs: No IoCs associated - 📅 Publication Date: 09/07/2024 07:27 UTC - 🖥️ Vulnerable Software: Windows Routing and Remote Access Service RRAS 🔍 EXPLANATION AND MITIGATION: Cause of the Vulnerability: The vulnerability stems from improper validation of user-supplied input in the Windows Routing and Remote Access Service RRAS. An attacker can craft a specially crafted request that triggers a memory corruption issue, allowing them to execute arbitrary code on the affected system. Steps for Mitigation: 1. Apply Security Updates: - Install the latest security updates released by Microsoft for Windows Server operating systems. These updates address the vulnerability and provide protection against exploitation. 2. Disable RRAS: - If RRAS is not required, disable it to eliminate the attack surface. This can be done through the following steps: - Open the "Server Manager" console. - Expand the "Roles" section. - Click on "Routing and Remote Access." - Right-click on the RRAS server name and select "Stop." 3. Configure Firewall Rules: - Implement firewall rules to restrict access to the RRAS service from untrusted networks. Ensure that only authorized users have access to the service. 4. Use Network Security Monitoring: - Deploy network security monitoring tools to detect and block suspicious activity targeting the RRAS service. This can help identify and mitigate any potential attacks. 5. Educate Users: - Educate users about the vulnerability and the importance of being cautious when accessing network resources. They should avoid opening suspicious links or downloading untrustworthy files. 📈 TECHNICAL IMPACT: Attack Vector: Requires physical access to the device. Attack Complexity: Easy to exploit, does not require special skills. Privileges Required: Does not need special privileges to be exploited. User Interaction: Requires the user to perform some action, like clicking a link. Scope: Does not spread to other systems Confidentiality: May reveal sensitive and critical information. Integrity: May modify or destroy important data. Availability: May cause the system to stop working completely. 🔗 STAY SAFE AND INFORMED #CyberSecurity #InfoSec #Vulnerability #CVE #TechNews #AI #Automation

🔒🚨 Breaking News in Cybersecurity! 🚨🔒 🤖 Hey IT pros and cyber warriors! Have you heard about the latest hacktivist group causing chaos in cyberspace? Meet Head Mare - the digital troublemakers targeting organizations in Russia and Belarus. 👾💥 🛡️ According to Kaspersky, these baddies are using top-notch methods to breach systems, including exploiting the CVE-2023-38831 vulnerability in WinRAR. Talk about cutting-edge hacking skills! 🤯💻 💬 So, what does this mean for the tech industry? Here are some key takeaways and predictions to chew on: 🌐 Geopolitical implications: Cyber warfare is blurring the lines between politics and tech, creating a digital battlefield with real-world consequences. 🌍💻 🧠 Stay sharp, defenders: It's crucial for organizations to stay vigilant and constantly update their security measures to combat evolving threats like Head Mare. The cyber arms race is real! ⚔️🔐 🔮 Future outlook: As hacktivist groups become more brazen and sophisticated, we can expect to see a rise in targeted cyber attacks with global repercussions. Brace yourselves, the digital storm is coming! 🌪️🌐 Let's discuss, how can we fortify our cyber defenses against threats like Head Mare? Share your thoughts and let's keep the cybersecurity conversation buzzing! 🐝💬 #ainews #automatorsolutions #CyberSecurity #Hacktivism #TechTrends #DigitalDefense #StayVigilant #GeekOut 👩‍💻👨‍💻🔒 #CyberSecurityAINews ----- Original Publish Date: 2024-09-03 06:54

🚨 SECURITY ALERT: CVE-2024-30080 🚨 📝 CVE DETAILS: - 🆔 Vulnerability: CVE-2024-30080 - 🔥 Severity: Critical - 📉 CVSS Score: 9.8 - 🎯 Exploit Probability EPSS: 71.970 % - 📜 Status according to CISA: Not actively exploited vulnerability. - 🛠️ Exploit: No exploit on GitHub or ExploitDB. - 🛡️ IoCs: No IoCs associated - 📅 Publication Date: 09/07/2024 07:42 UTC - 🖥️ Vulnerable Software: Microsoft MSMQ 🔍 EXPLANATION AND MITIGATION: Cause of the Vulnerability: The vulnerability stems from an issue in Microsoft Message Queuing MSMQ that allows remote attackers to execute arbitrary code on affected systems. The flaw lies in the way MSMQ handles specially crafted messages, which can lead to memory corruption and the execution of malicious code. Steps for Mitigation: 1. Apply Security Updates: - Install the latest security updates released by Microsoft for MSMQ. These updates address the vulnerability and patch the affected components. 2. Disable MSMQ: - If MSMQ is not essential for your system, consider disabling it to eliminate the risk of exploitation. - On Windows Server, open Server Manager, navigate to "Features," and uncheck "Message Queuing." - On Windows clients, open Control Panel, search for "Turn Windows features on or off," and uncheck "Message Queuing." 3. Configure Firewall Rules: - Block incoming connections from untrusted sources on ports 1801 and 1803, which are used by MSMQ. - Set up firewall rules to allow only authorized connections from trusted networks. 4. Use Strong Passwords: - Ensure that administrative accounts and MSMQ services use strong and unique passwords to prevent unauthorized access. 5. Enable Message Signing: - Configure MSMQ to require message signing to prevent malicious messages from being accepted. - Open MSMQ Management Console, right-click on the queue, select "Properties," navigate to the "Security" tab, and enable "Require message signing." 6. Implement Intrusion Detection and Prevention Systems: - Deploy intrusion detection and prevention systems to monitor network traffic and detect suspicious activity related to MSMQ. 7. Educate Users: - Inform users about the vulnerability and instruct them to be cautious of suspicious emails or messages that may contain malicious MSMQ messages. 📈 TECHNICAL IMPACT: Attack Vector: Network access, Internet. Attack Complexity: Easy to exploit, does not require special skills. Privileges Required: Does not need special privileges to be exploited. User Interaction: No user interaction needed, can occur in the background. Scope: Does not spread to other systems Confidentiality: May reveal sensitive and critical information. Integrity: May modify or destroy important data. Availability: May cause the system to stop working completely. 🔗 STAY SAFE AND INFORMED #CyberSecurity #InfoSec #Vulnerability #CVE #TechNews #AI #Automation

🚨 SECURITY ALERT: CVE-2020-36839 - WP Lead Plus X 🚨 📝 CVE DETAILS: - 🆔 Vulnerability: CVE-2020-36839 - 📅 Publication Date: 2024-10-16 07:15:09 UTC - 🛡️ MITRE Tactics and Techniques: Tactics: - Tactic Name: Validation of user input to detect and prevent exploitation of vulnerable components. MITRE ATTCK ID: TA0009 - Tactic Name: Enforce the use of strong unique passwords to limit the impact of credential compromise. MITRE ATTCK ID: TA0004 - Tactic Name: Update software components to the latest versions to patch vulnerabilities. MITRE ATTCK ID: TA0010 Techniques: - Technique Name: Verify that the content of web requests is validated to prevent malicious input. MITRE ATTCK ID: T1091 - Technique Name: Enforce the use of multi-factor authentication to prevent unauthorized access. MITRE ATTCK ID: T1082 - Technique Name: Regularly update software to ensure the latest security patches are applied. MITRE ATTCK ID: T1058 - Technique Name: Utilize web application firewalls to detect and block malicious web requests. MITRE ATTCK ID: T1057 - Technique Name: Implement intrusion detection systems to identify and alert on suspicious network activity. MITRE ATTCK ID: T1048 - 🌐 References: https://lnkd.in/etF7R2WH https://lnkd.in/eseHfwN https://lnkd.in/eUndeNew #CVE #CyberSecurity #InfoSec #Vulnerability #TechNews #AI #Automation #WPLeadPlusX

🚨 SECURITY ALERT: CVE-2024-30097 🚨 📝 CVE DETAILS: - 🆔 Vulnerability: CVE-2024-30097 - 🔥 Severity: High - 📉 CVSS Score: 8.8 - 🎯 Exploit Probability EPSS: 61.248 % - 📜 Status according to CISA: Not actively exploited vulnerability. - 🛠️ Exploit: No exploit on GitHub or ExploitDB. - 🛡️ IoCs: No IoCs associated - 📅 Publication Date: 09/07/2024 07:21 UTC - 🖥️ Vulnerable Software: Microsoft Speech Application Programming Interface SAPI 🔍 EXPLANATION AND MITIGATION: 1. Cause of the Vulnerability: The vulnerability arises from a flaw in the Microsoft Speech Application Programming Interface SAPI. SAPI allows applications to interact with speech recognition and synthesis engines. However, the vulnerability allows attackers to send specially crafted speech commands that can execute arbitrary code on the target system. 2. Steps for Mitigation: For Windows 10 and 11: Install the latest Windows updates. Ensure that all applications are up-to-date. Disable the SAPI client service by following these steps: Open the "Services" app search for "services.msc" in the Start menu. Locate the "Speech Application Programming Interface SAPI Client" service. Right-click on the service and select "Stop." Right-click on the service again and select "Properties." Change the "Startup type" to "Disabled." Click "Apply" and "OK." For Windows Server 2012 and later: Install the latest Windows updates. Ensure that all applications are up-to-date. Disable the SAPI client service by following these steps: Open the "Server Manager" app. Click on "Tools" and select "Services." Locate the "Speech Application Programming Interface SAPI Client" service. Right-click on the service and select "Stop." Right-click on the service again and select "Properties." Change the "Startup type" to "Disabled." Click "Apply" and "OK." Additional Recommendations: Use a firewall to block unauthorized access to the system. Implement strong password policies. Regularly review and update security configurations. 📈 TECHNICAL IMPACT: Attack Vector: Network access, Internet. Attack Complexity: Easy to exploit, does not require special skills. Privileges Required: Does not need special privileges to be exploited. User Interaction: Requires the user to perform some action, like clicking a link. Scope: Does not spread to other systems Confidentiality: May reveal sensitive and critical information. Integrity: May modify or destroy important data. Availability: May cause the system to stop working completely. 🔗 STAY SAFE AND INFORMED #CyberSecurity #InfoSec #Vulnerability #CVE #TechNews #AI #Automation

🚨 SECURITY ALERT: CVE-2024-3080 🚨 📝 CVE DETAILS: - 🆔 Vulnerability: CVE-2024-3080 - 🔥 Severity: Critical - 📉 CVSS Score: 9.8 - 🎯 Exploit Probability EPSS: 39.274 % - 📜 Status according to CISA: Not actively exploited vulnerability. - 🛠️ Exploit: No exploit on GitHub or ExploitDB. - 🛡️ IoCs: No IoCs associated - 📅 Publication Date: 09/07/2024 07:31 UTC - 🖥️ Vulnerable Software: ASUS router, firmware versions prior to 3.0.0.4.386.49710 🔍 EXPLANATION AND MITIGATION: 1. Cause of the Vulnerability: The vulnerability arises because the ASUS router does not properly verify the user's credentials before allowing them to log in. This allows an attacker to bypass the authentication process and gain access to the router's settings without providing a valid username or password. 2. Steps for Mitigation: 1. Update the router's firmware: ASUS has released a firmware update that addresses this vulnerability. Visit the ASUS support website to download and install the latest firmware for your router model. 2. Enable two-factor authentication 2FA: If available, enable 2FA on your router. This requires you to provide an additional code sent to your phone or email when logging in, making it more difficult for attackers to gain unauthorized access. 3. Use a strong password: Set a strong password for your router that is at least 12 characters long and includes a combination of uppercase and lowercase letters, numbers, and symbols. 4. Disable remote management: If you do not need to access your router remotely, disable remote management features to prevent attackers from exploiting this vulnerability over the internet. 5. Change the default IP address: The default IP address of ASUS routers is often known to attackers. Change the IP address to a less common one to make it harder for attackers to target your router. 6. Keep your router updated: Regularly check for and install firmware updates from ASUS to ensure your router is protected against the latest vulnerabilities. 📈 TECHNICAL IMPACT: Attack Vector: Network access, Internet. Attack Complexity: Easy to exploit, does not require special skills. Privileges Required: Does not need special privileges to be exploited. User Interaction: No user interaction needed, can occur in the background. Scope: Does not spread to other systems Confidentiality: May reveal sensitive and critical information. Integrity: May modify or destroy important data. Availability: May cause the system to stop working completely. 🔗 STAY SAFE AND INFORMED #CyberSecurity #InfoSec #Vulnerability #CVE #TechNews #AI #Automation

ISOG kicks off 2024 ‘I am Secure’ campaign - Backend News: ISOG kicks off 2024 ‘I am Secure’ campaign  Backend News #CyberSecurity #InfoSec #SecurityInsights

🚨 SECURITY ALERT: CVE-2024-35771 🚨 📝 CVE DETAILS: - 🆔 Vulnerability: CVE-2024-35771 - 🔥 Severity: High - 📉 CVSS Score: 8.8 - 🎯 Exploit Probability EPSS: 24.331 % - 📜 Status according to CISA: Not actively exploited vulnerability. - 🛠️ Exploit: No exploit on GitHub or ExploitDB. - 🛡️ IoCs: No IoCs associated - 📅 Publication Date: 09/07/2024 07:39 UTC - 🖥️ Vulnerable Software: Customizr version prior to 4.4.22 🔍 EXPLANATION AND MITIGATION: 1. Cause of the Vulnerability: The vulnerability arises because the application does not implement proper Cross-Site Request Forgery CSRF protection. CSRF attacks exploit a user's authenticated session to perform unauthorized actions on a website. In this case, the application allows attackers to craft requests that can be executed in the context of an authenticated user, potentially leading to account takeover or other malicious actions. 2. Steps for Mitigation: Mitigation Steps: 1. Update Customizr: Update Customizr to version 4.4.22 or later. This version includes the necessary security patches to address the CSRF vulnerability. 2. Implement CSRF Protection: If updating Customizr is not immediately possible, implement CSRF protection measures on the server-side. This can be achieved by using a CSRF token or a synchronization token pattern, which validates that requests originate from the intended source. Bash Script for Mitigation: ```bash # Update Customizr sudo apt-get update sudo apt-get install customizr=4.4.22 # Restart Apache sudo service apache2 restart ``` PowerShell Script for Mitigation: ```powershell # Update Customizr Install-PackageProvider -Name NuGet -Force Update-Package Customizr -Force # Restart IIS Restart-Service "IIS Admin Service" ``` 📈 TECHNICAL IMPACT: Attack Vector: Network access, Internet. Attack Complexity: Easy to exploit, does not require special skills. Privileges Required: Does not need special privileges to be exploited. User Interaction: Requires the user to perform some action, like clicking a link. Scope: Does not spread to other systems Confidentiality: May reveal sensitive and critical information. Integrity: May modify or destroy important data. Availability: May cause the system to stop working completely. 🔗 STAY SAFE AND INFORMED #CyberSecurity #InfoSec #Vulnerability #CVE #TechNews #AI #Automation

🚨 SECURITY ALERT: CVE-2024-4748 🚨 📝 CVE DETAILS: - 🆔 Vulnerability: CVE-2024-4748 - 🔥 Severity: High - 📉 CVSS Score: 7.8 - 🎯 Exploit Probability EPSS: 20.075 % - 📜 Status according to CISA: Not actively exploited vulnerability. - 🛠️ Exploit: No exploit on GitHub or ExploitDB. - 🛡️ IoCs: No IoCs associated - 📅 Publication Date: 09/07/2024 07:34 UTC - 🖥️ Vulnerable Software: CRUDDIY 🔍 EXPLANATION AND MITIGATION: 1. Cause of the Vulnerability: The vulnerability arises because the CRUDDIY project processes user input without properly validating or sanitizing it. This allows malicious users to craft a specially formatted request that contains shell commands that can be executed on the server where CRUDDIY is running. 2. Steps for Mitigation: 1. Input Validation: Implement robust input validation mechanisms to check for malicious characters or commands in user input. Use whitelisting or blacklisting techniques to restrict the types of characters or commands that are allowed. 2. Sanitization: Sanitize user input before using it in any operations. Remove or encode special characters or commands that could be exploited. 3. Restricted Access: Limit access to the CRUDDIY project to authorized users only. Implement authentication and authorization mechanisms to prevent unauthorized access. 4. Firewall Configuration: Configure firewalls to block incoming traffic from untrusted sources. Restrict access to the CRUDDIY server to only the necessary ports and IP addresses. 5. Regular Updates: Regularly update the CRUDDIY project and its dependencies to patch any newly discovered vulnerabilities. Monitor security advisories and apply patches promptly. 6. Security Awareness: Educate users about the risks of shell command injection and how to avoid it. Encourage users to be cautious when providing input to web applications. 📈 TECHNICAL IMPACT: Attack Vector: Requires physical access to the device. Attack Complexity: Easy to exploit, does not require special skills. Privileges Required: Does not need special privileges to be exploited. User Interaction: Requires the user to perform some action, like clicking a link. Scope: Does not spread to other systems Confidentiality: May reveal sensitive and critical information. Integrity: May modify or destroy important data. Availability: May cause the system to stop working completely. 🔗 STAY SAFE AND INFORMED #CyberSecurity #InfoSec #Vulnerability #CVE #TechNews #AI #Automation

Zelenskyy dismisses Vitiuk from post of head of SBU cybersecurity department - Interfax-Ukraine: Zelenskyy dismisses Vitiuk from post of head of SBU cybersecurity department  Interfax-Ukraine #CyberSecurity #InfoSec #SecurityInsights