Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Deception vs. Traditional Threat Detection: A Detailed Comparison

Trapping attackers and catching them red-handed before they even enter your network is the ultimate defense strategy. There is no doubt that traditional security systems are efficient in handling threats—but known threats! What if the attacker finds a new and unimaginable way to intrude into your network? This is where we need deception technology! Let’s go through both methods and find the differences in detail.

Legacy DLP Solutions vs. Fidelis Network DLP: Overcoming Pain Points in Data Protection

In our modern digital world, sensitive data protection is an essential challenge for organizations of any scale. Data breaches can translate into huge financial losses, loss of customer confidence, and heavy legal fines. Data Loss Prevention (DLP) technology plays a crucial role in protecting information, but not all DLP technologies are capable of addressing the evolving threats. Legacy DLP infrastructure, which was the norm, is no longer good enough, exposing organizations to risks.

Anomaly Detection in IoT Networks: Securing the Unseen Perimeter

The explosion of Internet of Things (IoT) devices has transformed our world in countless ways, from smart factories to connected healthcare systems. According to recent projections by IoT Analytics, the number of connected IoT devices is expected to reach 40 billion by 2030 . This exponential growth has created an expansive and often invisible attack surface that traditional security measures struggle to protect.

Building a Strong Security Approach for Financial Institutions

The security landscape for financial institutions has changed dramatically in recent years. Banks and credit unions face an onslaught of attacks unlike anything security professionals have ever seen before. As 2025 progresses, these threats aren’t letting up – they’re getting worse, forcing financial organizations to completely rethink how they protect sensitive data.

The Five Critical Components of XDR Integration: A Comprehensive Guide

As the present-day cybersecurity landscape is, cyber attacks have become more sophisticated and multi-layered in nature. Organizations are put in a greater quandary to secure their environments while juggling a range of security tools—everything from firewalls and endpoint detection and response (EDR) solutions to SIEM and SOAR platforms.

Leveraging Retrospective Detection for Zero-Day Threats

Within the cybersecurity landscape, zero-day vulnerabilities have become a significant threat to companies, especially bigger enterprises. It is a form of cyberattack in which a security flaw that is undiscovered by the organization is exploited by attackers. Zero-day threats pose a serious challenge to enterprises as it becomes difficult to detect and mitigate an attack which is unknown.

How to Protect Your Cloud from Costly Breaches?

In 2024, businesses lost an average of $4.88 million per cloud breach. Are you prepared? Discover how Fidelis Halo, an all-in-one cloud security platform, helps protect your data, applications, and resources from evolving cyber threats. From preventing data leaks, locking down APIs, and blocking insider threats, Halo ensures your cloud infrastructure stays secure—without chaos. Complete CNAPP Solution (CWPP, CSPM, Container Security) Automated threat responses for instant protection Real-time monitoring to eliminate blind spots.

Why is EDR not enough: Transition from EDR to XDR solution

Various studies reveal a startling fact: endpoint devices are the source of 90% of successful cyber-attacks and 70% of data breaches1. These numbers emphasize why modern cybersecurity strategies must carefully weigh the choice between XDR vs EDR. Endpoint detection and response (EDR) has served as the life-blood of security frameworks.

Tracking the Cybercriminal with Digital Forensics methodology

Digital forensics methodology is a scientific approach that uncovers and interprets electronic data while you retain control of its integrity for legal proceedings. This systematic process of digital forensics helps reconstruct criminal events with scientific precision by identifying, collecting, and analyzing digital information. The methodology follows a well-laid-out framework that confirms evidence authenticity and admissibility in court.

Detecting and Controlling Hidden DNS Tunnel Attacks

DNS is the backbone of the internet, translating domain names into IP addresses to facilitate communication between devices. However, cybercriminals exploit DNS to create covert channels for data exfiltration and command-and-control (C2) operations using DNS tunneling. This technique allows attackers to bypass security measures by disguising malicious traffic as legitimate DNS queries. As DNS-based attacks continue to rise, securing DNS traffic has become a priority for organizations worldwide.