Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Traditional IT environments remain vulnerable when scans are done infrequently or manually. Static scanning misses shadow IT ignores transient devices, and often overlooks systems not regularly scheduled for scans. Take the example of a remote office server that was deployed temporarily for a project. If it’s not included in regular scanning schedules, it might run unpatched and unnoticed for months—an easy target for attackers.

DDoS Defense with up-to-the-minute network analysis has become crucial as these attacks have disrupted network security for almost 20 years. The landscape changed dramatically in 2018 when the first multi-terabyte per second DDoS attacks crippled major organizations. GitHub experienced a massive 1.3TB/s attack that year, which dwarfed the previous record – a 602GB/s attack on the BBC just two years earlier.

Network Detection and Response systems excel at monitoring network traffic and identifying patterns, but they face inherent challenges with sophisticated threats that mimic legitimate behavior. Fidelis Deception addresses these NDR limitations by creating definitive detection points that eliminate ambiguity in threat identification.

Every month, thousands of new vulnerabilities flood security feeds, yet many organizations still depend on quarterly scans and static inventories. That means critical flaws on shadow-IT devices or lateral-movement paths go unnoticed until it’s too late. Meanwhile, your team wastes precious cycles chasing low-risk issues while genuine exploits spread unchecked. It doesn’t have to be this way.

Organizations often lack a complete, up-to-date inventory of their IT assets – servers, endpoints, cloud instances, IoT devices, and more – creating security blind spots. Attackers exploit these unknown devices and outdated systems. Without knowing “what you have, you can’t protect it.” Poor asset visibility dramatically increases risk: you’re slower to spot breaches, can’t prioritize defenses, and may fail compliance checks.

Is your security team stopping threats before they enter, or just reacting after damage happens? Because in the current era of advanced cyber threats, a reactive approach isn’t enough. There must be a proactive defense strategy, fueled by threat intelligence! Extended Detection and Response (XDR) solutions help organizations stop attackers, spot weaknesses, and stay protected with cyber threat intelligence data.

In today’s digital landscape, the importance of adopting a proactive approach to cybersecurity, which involves predictive and retrospective strategies, cannot be overstated. While traditional protective and reactive defenses remain crucial as the first line of defense, they are no longer sufficient on their own. With cyber threats becoming increasingly sophisticated and constantly evolving, organizations must augment these defenses with a proactive approach to stay ahead of potential threats.

Operational Technology (OT) environments are increasingly under pressure from evolving cyber threats. With digital transformation accelerating across industries, the need for comprehensive visibility into all connected assets is more important than ever. According to the 2022 OT/ICS Cybersecurity Survey by SANS Institute, nearly 40% of industrial organizations reported lacking a complete inventory of OT assets—highlighting the urgent need for comprehensive cyber asset visibility.

Cyber attackers hide in enterprise networks for 277 days on average before anyone spots them. Once organizations catch these intrusions, quick incident response hinges on understanding the full attack story. Retrospective analysis flips this challenge into an advantage by digging through historical data to speed up future incident response and strengthen incident management capabilities.

Did you know that more than 90% of web traffic is now encrypted?1 Encryption makes online security better but creates a major blind spot for security teams. Cybersecurity analysts believe that over 90% of malware can hide in these encrypted channels and bypass traditional security measures. Almost every website today uses HTTPS to encrypt data between a user’s browser and the site. This encryption protects legitimate traffic but also hides potential threats.

Today’s advanced threats move faster and cost more—average data breach costs exceed $3.8 million—while defenders struggle under a deluge of siloed alerts and high false-positive rates. This fragmented visibility means breaches often go undetected for months, giving attackers ample time to exfiltrate data, escalate privileges, and inflict major damage.

Ransomware attacks are still causing serious financial and reputational damage to organizations. In May 2024, they made up 32% of all reported cyber incidents, and 92% of industries saw them as a major threat. These attacks lock important data and ask organizations for payment to regain access. Even after paying, attackers might have already gone through the whole system and left loopholes for future attacks. In some cases, ransomware hides in a network for a long time before being noticed.

Credential theft attacks have emerged as the dominant threat vector in 2025, with IBM X-Force observing an 84% increase in emails delivering infostealers in 20241 and credential theft attacks increasing by 703% in the second half2 of 2024. As vulnerability exploitation and credential theft now surpass phishing as the primary initial access methods, organizations must implement comprehensive credential theft prevention strategies to defend against credential-based attacks.

Apex predators in cybersecurity are the top-tier threat actors that most security teams never see coming. These aren’t script kiddies or opportunistic ransomware groups. We’re talking about nation-state APTs, elite criminal syndicates, and sophisticated actors with unlimited budgets and custom toolkits.

Industrial IoT (IIoT) networks are under siege—from ransomware attacks that halt production lines to nation-state actors targeting critical infrastructure. Yet, traditional security measures struggle to keep up with these stealthy and persistent threats. This lack of visibility and proactive detection leaves security teams blind to lateral movement and insider threats lurking within OT environments.

Cloud cyber resiliency means a company can handle cyberattacks and recover fast to keep its cloud services running. It’s about creating systems that expect issues—like attacks, errors, or technical issues—and act quickly to reduce harm. This ability is now very important because businesses depend more and more on cloud systems to run their work. Factors driving this urgency include: Organizations find it hard to keep up with innovation and flexibility while staying secure.