Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Analyzing Advanced Persistent Threats (APTs) in Threat Intelligence for Government Agencies

It doesn’t matter which industry you belong to; cybersecurity is one of the most important factors you should always be cautious about. When it comes to government agencies, the stakes are even higher! Government agencies are prime targets for cybercriminals, including state-sponsored actors and APT groups. These APT attackers often utilize Advanced Persistent Threats (APTs), which are designed to infiltrate target networks and gain access to sensitive data over extended periods.

5 Proven Strategies to Stop Privilege Escalation Attacks

This blog covers five strategies that work to prevent privilege escalation and protect your organization’s critical assets. You’ll learn about ways to improve your security – from better authentication protocols to securing Active Directory. We’ll show you useful steps to lift your security stance against these ongoing threats using advanced monitoring tools like Fidelis Elevate XDR platform.

Cloud XDR for Incident Response: Reducing MTTR with Automated Remediation

Security teams now handle up to two million alerts daily, and the time it takes to resolve threats—MTTR—can directly affect business resilience. Cloud-based Extended Detection and Response (XDR) systems address these challenges by streamlining the entire process—from detection to automated remediation. By harnessing cloud-native architectures and response automation, organizations can detect threats faster and cut resolution times significantly.

The Role of Data Transfer Monitoring with DLP in Tracking Internal & External Data Movement

Data Loss Prevention (DLP) tools are crucial for protecting sensitive information as it moves within and outside an organization. They help prevent data leaks and unauthorized access by allowing organizations to monitor, control, and respond to potential data transfer risks. In this article, let’s learn more about how DLP tools play a vital role in secure data transfers.

Step-by-Step Guide to Real Threat Detection - Powered by Fidelis Security

In today’s threat landscape, the question is no longer “Will we be attacked?” but “How fast can we detect and respond when it happens?” The unfortunate reality is that many organizations struggle to detect threats in time—often because their tools operate in silos, their teams are overloaded with false positives, and they lack the necessary context to act swiftly and accurately.

10 Best practices for enterprise data loss prevention in 2025

Cybersecurity Insiders’ Insider Threat Report 2023 states that 74% of organizations are moderately or more vulnerable to insider threats, which demonstrates why organizations need resilient data loss prevention strategies. Your organization needs strong access controls and detailed monitoring systems to protect sensitive information effectively.

How to Break the Cyber Attack Lifecycle: A Step-by-Step Defense Guide

The numbers are startling – organizations typically need 197 days to spot a cyber attack and another 69 days to contain it. This leaves systems vulnerable for more than eight months. The financial impact keeps growing. A typical cyber attack now costs organizations $4.45 million in damages – a 15% increase in the last three years. But there’s good news: cybersecurity works like asymmetric warfare. Defenders can stop an entire attack by breaking just one link in the attack chain.

Eliminating Security Blind Spots and Closing Security Gaps with Fidelis Elevate

Digital transformation has expanded IT environments beyond traditional boundaries. Data now exists on-premises, across multiple clouds, on endpoints, and within shadow IT. This expansion creates environments where security blind spots introduce significant risk and create dangerous security gaps. According to recent data, organizations take an average of 277 days to identify and contain breaches. Companies that contain breaches in under 200 days save an average of $1.12 million.

Importance of Automated Incident Response in Cyber Defense

Breach speed is rising. Attackers are growing more evasive. And the reality is clear—manual incident response can no longer keep pace. Security teams are overwhelmed by alerts, context-switching, and delayed visibility. The time it takes to investigate, triage, and respond can leave critical gaps for attackers to exploit.

IOC Detection and Response: Strategies for Immediate Threat Containment

Indicators of Compromise (IoCs) act as digital forensic breadcrumbs that point to data breaches. IoCs help identify malicious activity, but traditional detection methods mostly react to incidents after they occur. A compromise likely happens before anyone spots an indicator. Organizations need immediate detection capabilities to minimize damage and contain security threats before they grow. This piece will share proven strategies for quick threat containment.