Aggregator
Internet Archive Breached, 31 Million Records Exposed
U.S. CISA adds Ivanti CSA and Fortinet bugs to its Known Exploited Vulnerabilities catalog
CVE-2014-7546 | Buddhist Prayer 3 X.509 Certificate cryptographic issues (VU#582497)
Смартфон толщиной с кредитку: новые батареи для сверхлегких гаджетов и электромобилей
CVE-2024-48902 | JetBrains YouTrack up to 2024.3.44799 Project Update authorization
CVE-2024-45149 | Adobe Commerce up to 2.4.7-p2/2.4.6-p7/2.4.5-p9/2.4.4-p10 access control (apsb24-73)
CVE-2024-45148 | Adobe Commerce up to 2.4.7-p2/2.4.6-p7/2.4.5-p9/2.4.4-p10 improper authentication (apsb24-73)
CVE-2024-45135 | Adobe Commerce up to 2.4.7-p2/2.4.6-p7/2.4.5-p9/2.4.4-p10 access control (apsb24-73)
CVE-2024-45134 | Adobe Commerce up to 2.4.7-p2/2.4.6-p7/2.4.5-p9/2.4.4-p10 information disclosure (apsb24-73)
CVE-2024-9201 | SEUR Plugin up to 2.5.10 saveCodFee.php id_order sql injection
Cyber Signals Issue 8 | Education under siege: How cybercriminals target our schools
This edition of Cyber Signals delves into the cybersecurity challenges facing classrooms and campuses, highlighting the critical need for robust defenses and proactive measures. From personal devices to virtual classes and research stored in the cloud, the digital footprint of school districts, colleges, and universities has multiplied exponentially.
The post Cyber Signals Issue 8 | Education under siege: How cybercriminals target our schools appeared first on Microsoft Security Blog.
Microsoft: BYOD, QR Codes Lead Rampant Education Attacks
6 Simple Steps to Eliminate SOC Analyst Burnout
CVE-2024-45127 | Adobe Commerce up to 2.4.7-p2/2.4.6-p7/2.4.5-p9/2.4.4-p10 cross site scripting (apsb24-73)
CVE-2024-9596 | GitLab Enterprise Edition up to 17.2.8/17.3.4/17.4.1 sensitive information in source (Issue 493355 / Nessus ID 208695)
CVE-2024-8977 | GitLab Enterprise Edition up to 17.2.8/17.3.4/17.4.1 Product Analytics Dashboard server-side request forgery (Issue 491060 / Nessus ID 208697)
Hackers Exploiting Zero-day Flaw in Qualcomm Chips to Attack Android Users
Hackers exploit a zero-day vulnerability found in Qualcomm chipsets, potentially affecting millions worldwide. The flaw, identified as CVE-2024-43047, is a use-after-free vulnerability resulting from memory corruption in the DSP Services while maintaining memory maps of HLOS memory. Vulnerability in Qualcomm Chipsets – CVE-2024-43047 Google’s Threat Analysis Group has flagged this vulnerability under limited, targeted exploitation. […]
The post Hackers Exploiting Zero-day Flaw in Qualcomm Chips to Attack Android Users appeared first on GBHackers Security | #1 Globally Trusted Cyber Security News Platform.