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The China-linked advanced persistent threat (APT) group known as Aquatic Panda has been linked to a "global espionage campaign" that took place in 2022 targeting seven organizations. These entities include governments, Catholic charities, non-governmental organizations (NGOs), and think tanks across Taiwan, Hungary, Turkey, Thailand, France, and the United States. The activity, which took place

After conducting over 10,000 automated internal network penetration tests last year, vPenTest has uncovered a troubling reality that many businesses still have critical security gaps that attackers can easily exploit. Organizations often assume that firewalls, endpoint protection, and SIEMs are enough to keep them secure. But how effective are these defenses when put to the test? That’s where

Apple и Google столкнулись с беспрецедентными требованиями европейских регуляторов.

360公司获评2024年度CAPPVD漏洞库“三星级技术支撑单位”（最高等级）称号

AI时代，谁在悄悄“开盒”你的核心竞争力？

360公司获评2024年度CAPPVD漏洞库“三星级技术支撑单位”（最高等级）称号

AI时代，谁在悄悄“开盒”你的核心竞争力？

Что скрывал инженер в 3400 страницах секретных документов?

Geofence warrants are a relatively new tool that allows law enforcement to obtain location data from devices within a specified geographic area during a specific time frame.

The post Fifth Circuit Strikes Down “Geofence” Warrants – Conflict With Fourth Circuit appeared first on Security Boulevard.

三大初始套件：基于角色的访问控制、系统监控和边界防护

速修复

Two known threat activity clusters codenamed Head Mare and Twelve have likely joined forces to target Russian entities, new findings from Kaspersky reveal. "Head Mare relied heavily on tools previously associated with Twelve. Additionally, Head Mare attacks utilized command-and-control (C2) servers exclusively linked to Twelve prior to these incidents," the company said. "This suggests

4月2日下午新国际博览中心，彭鑫老师将作分享报告《神经符号融合的智能机器人系统：探索个体自主与协作规程的黄金分割点》

4月2日下午新国际博览中心，彭鑫老师将作分享报告《神经符号融合的智能机器人系统：探索个体自主与协作规程的黄金分割点》

4月2日下午新国际博览中心，彭鑫老师将作分享报告《神经符号融合的智能机器人系统：探索个体自主与协作规程的黄金分割点》

4月2日下午新国际博览中心，彭鑫老师将作分享报告《神经符号融合的智能机器人系统：探索个体自主与协作规程的黄金分割点》

4月2日下午新国际博览中心，彭鑫老师将作分享报告《神经符号融合的智能机器人系统：探索个体自主与协作规程的黄金分割点》