Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Lateral movement is no longer a secondary concern—it’s a core phase of modern cyberattacks. Once attackers breach an initial endpoint, they don’t strike immediately. Instead, they pivot silently across the network, escalate privileges, and hunt for sensitive assets. The longer they dwell, the more damage they’re capable of. That’s why detecting lateral movement with behavioral analysis is essential for modern cybersecurity defense.

11 days. That’s the global median dwell time for attackers in 2024,down from 26 days when external entities notify, but still long enough to cause significant damage. Your firewalls? They’re stopping known signatures. Endpoint tools see individual machines. But the network layer, where attackers actually move around, escalate privileges, steal sensitive data, that’s often a blind spot.

Corporate networks aren’t just facing hackers anymore; they’re under siege from digitally enabled terrorists who view our connected infrastructure as their weapon of choice. Traditional security measures keep failing because they’re built on the wrong premise: that we can keep the bad guys out indefinitely. What if we flipped that thinking entirely?

Organizations face mounting pressure from cyber threats that exploit detection delays. Industry data shows breach costs averaging $4.45 million per incident, with late detection driving exponential damage. Attackers typically operate undetected for 197 days, establishing deep network presence before discovery. An indicator of compromise is digital evidence or a signal that a network or endpoint has been breached or that malicious activity has occurred.

Network security engineers don’t mess around when sophisticated threats target enterprise infrastructure. Yet many security teams struggle with a fundamental decision: Deep Packet Inspection vs TCP Analysis. Both methodologies monitor network traffic, but their approaches differ dramatically in scope, resource requirements, and threat detection capabilities.

Every organization faces a threat landscape that evolves as quickly as military battlefields do. By borrowing four core cyber warfare principles—understanding your digital terrain, deploying deception, acting at cyber speed, and thinking ahead—you can strengthen your corporate security posture. These ideas translate directly into actions you can take today, powered by tools like Fidelis Elevate.

In today’s networks, more than 90% of traffic is encrypted, obscuring both legitimate business data and increasingly sophisticated threats. Forcing every TLS/SSL stream through decryption tools introduces latency, privacy risks, and compliance headaches—so many teams simply turn off inspection and leave dangerous blind spots. Security teams urgently need an encrypted traffic inspection that delivers full encrypted traffic visibility without ever breaking end-to-end encryption.

Companies now need EDR to protect their remote workforce because old security measures just don’t cut it anymore. Remote devices face 59% more malware attacks than office computers. VPNs and firewalls aren’t enough to protect our remote teams anymore. Home networks lack security, people use their personal devices, and security practices vary widely. These issues create weak spots that basic endpoint protection tools don’t deal very well with.

Secure Web Gateways (SWGs) have become a cornerstone of enterprise security. They filter web traffic, enforce policies, and block known threats. But as attackers get smarter, many organizations are realizing one hard truth: a Secure Web Gateway alone is not enough.

Today’s Security Operations Centers (SOCs) have plenty of data but are overwhelmed. A single attacker can trigger alerts across various tools, each showing only part of the attack. While visibility is essential, unmanaged alert volume creates a different risk: distraction, delay, and potentially, missed threats. Fidelis Elevate solves this problem with Alert Noise Cancellation, a built-in feature that filters, verifies, and adds context to security alerts across the entire system.