Articles

From intrusion detection to threat analysis to endpoint security, the effectiveness of cybersecurity efforts often boils down to how much data can be processed in real-time with the most advanced algorithms and models.

Many factors are obviously involved in stopping cybersecurity threats effectively. However, the databases responsible for processing the billions or trillions of events per day (from millions of endpoints) play a particularly crucial role. High throughput and low latency directly correlate with better insights as well as more threats discovered and mitigated in near real-time. Cybersecurity data-intensive systems are incredibly complex: many span 4+ data centers with database clusters exceeding 1000 nodes and petabytes of heterogeneous data under active management.

Source de l’article sur DZONE

While the Coronavirus pandemic continues to strike chaos across the global economies, threat actors keep on launching cyberattacks on organizations from all sizes and verticals. IR providers face a unique challenge when approached by these organizations since, due to the Coronavirus mass quarantine, conducting incident response engagements by arriving physically to the customers’ offices is
Source de l’article sur The Hacker News


Introduction

Also called endpoint protection in the world of network security, endpoint security describes the practices and methodologies adopted for the safeguarding of corporate computer systems and networks that can be remotely accessed via wireless gadgets (called client devices), such as laptops, mobiles, desktops, tablets, notebooks and the like.

General components of an endpoint security system include client software and security software. The former is installed separately on every wireless device that is employed to access the corporate network from a remote location. Security software, on the other hand, is a part of the security system that is positioned on a gateway or server and which can be accessed and managed centrally.

Source de l’article sur DZONE