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.
This blog cuts through the noise and gets straight to the point: why automation is the foundation of modern incident response and how Fidelis Elevate empowers your SOC to take charge—faster, smarter, and at scale.
Why Automation is Essential for Modern Incident Response
Faster Threat Mitigation Saves Critical Time
When attackers infiltrate a system, every minute counts. Security teams often scramble to piece together what’s happening while threats move laterally and escalate privileges. Delays in detection and manual remediation often translate into longer attacker dwell time and greater impact.
Fidelis Elevate significantly reduces this lag. For example, if malware attempts to cover its tracks by disabling the Event Viewer, security teams can write a remediation script within minutes—automatically re-enabling it every time it’s turned off. Once validated, this action can be set to run automatically, allowing analysts to shift focus to broader containment and analysis.
SOC Teams Struggle with Alert Overload and Burnout
Traditional incident response relies heavily on human analysis of hundreds—sometimes thousands—of alerts daily. This constant flood of signals not only increases fatigue but also heightens the risk of missing real threats buried in the noise.
Fidelis Elevate addresses this challenge through smart correlation across network and endpoint telemetry. It filters out the noise and highlights actionable threats with context, helping analysts stay focused and energized while improving detection accuracy.
Visibility Is Limited Before Full Tool Deployment
During the early stages of a breach, attackers may already be active before endpoint detection agents are even deployed. This delay leaves an initial blind spot that attackers can exploit for lateral movement, staging tools, or establishing persistence.
With Fidelis Elevate, responders can run YARA-based scans to look for attacker IOCs and tooling even before agents are installed. By analyzing memory and disk at scale, the platform helps security teams define incident scope quickly and expand response coverage from day one.
Inconsistent Response Actions Slow Down Remediation
In high-stress scenarios, response actions often depend on individual knowledge, leading to inconsistencies in execution. What one analyst remediates, another might miss. This lack of standardization slows down containment and can let threats linger unnoticed.
Fidelis Elevate solves this by offering prebuilt and customizable playbooks that ensure consistent, automated response actions across the team. Whether isolating endpoints, running scripts, or initiating further investigation, every step follows a tested and repeatable path.
Step-by-Step Guide to Real Threat Detection and Automated Incident Response
Cyberattacks aren’t static—they evolve in real time. Effective response demands a platform that not only detects threats across layers but also acts on them in an orchestrated, automated way. Here’s how Fidelis Elevate brings that power to life:
1. Continuous Threat Containment and Recovery
When malware bypasses standard AV tools and lodges itself in email attachments or disk files, surface-level removal isn’t enough. The threat must be quarantined, analyzed, and fully understood to prevent re-infection or reinfection through other channels.
Fidelis Elevate automates containment of email and disk-resident malware, then sends samples to a built-in sandbox for behavioral analysis. This allows the IR team to study the tools, their communication paths, and establish complete remediation steps beyond just deletion.
2. Visibility Across Network, Endpoint & Attack Lifecycle
Fragmented tools only provide a slice of the attack picture. Network traffic may show exfiltration, while endpoint logs reveal lateral movement—but without correlation, the attack path remains unclear.
Fidelis Elevate bridges this gap. It unifies network metadata and endpoint telemetry to reveal the full kill chain—showing what was executed, where files moved, and how attackers navigated across systems. This comprehensive view helps teams not just stop one attack but also close future gaps.
3. Scalable Response in Large or Distributed Environments
When incidents affect hundreds of endpoints across locations, manually installing agents becomes impractical. Delays in deployment mean delayed insights, especially when relying on IT teams for help.
Fidelis Elevate offers remote agent installation using PowerShell—initiated even from compromised machines. This allows analysts to quickly spread visibility and control across an environment without waiting on IT, enabling a coordinated and fast-moving response.
4. Proactive Threat Hunting at Machine Speed
Waiting for alerts is a reactive approach. By the time something is flagged, the attacker might already be executing the final stage of their plan.
Fidelis Elevate enables threat hunting using behavioral detection, first-seen file analysis, and deep metadata search. It flags anomalies proactively—like new scheduled tasks created to launch ransomware—and gives responders the time and visibility to stop attacks before damage occurs.
5. Informed Decision-Making with Real-Time Incident Timelines
In the heat of response, fragmented information leads to missteps. Analysts need to understand how events unfolded and how they’re connected—without wasting time digging through logs.
Fidelis Elevate delivers correlated timelines that connect user activity, system behavior, and network events. This empowers responders with clear situational awareness and helps teams prioritize actions with confidence.
6. Replacing Outdated AV with Adaptive Defense
Legacy antivirus solutions often fail to detect advanced threats, especially when attackers use registry tweaks, fileless payloads, or evasion techniques. Worse, these outdated tools can interfere with remediation efforts.
Fidelis Elevate identifies when AV tools are compromised or ineffective and uses registry-level automation to safely remove or replace them. It also deploys advanced threat detection and prevention features that adapt to attacker behavior in real time—providing a future-proof defense posture.
Conclusion: Automation Is the Foundation of Real-Time Cyber Defense
Today’s cyber threats are quicker, more covert, and more sophisticated than ever. Manual response just can’t keep pace. Security teams that depend on human action are constantly playing catch-up—buried in alerts, slow to respond, and often reacting with incomplete context.
Automation fills these gaps. It adds velocity to containment, consistency to remediation, and visibility to all areas of your network and endpoints. But automation is not only about getting things done quicker—it’s about getting them done better.
Fidelis Elevate provides this automation where it is needed most. From scripting fast containment processes to actively tracking hidden attackers ahead of time before they can strike, Fidelis equips security teams with the intelligence and capabilities to remain ahead of the threat curve. Remote agent deployment, deep network-endpoint integration, real-time incident timelines, and adaptive response capabilities provide teams with the assurance to move quickly, even in the most complicated situations.
Cyber defense doesn’t mean stopping threats. It means gaining control, limiting damage, and incorporating resilience into your response plan. With Fidelis Elevate, organizations aren’t simply responding—they’re driving the evolution of new, automated cyber defense.
Frequently Ask Questions
Why is automated incident response superior to manual methods?
Delays are eliminated, human error is minimized, and teams are able to respond to threats in real time, greatly reducing impact.
How does automated threat response improve incident handling?
Automated threat response helps security teams act faster by containing threats, deploying fixes, executing response scripts, and continuously monitoring systems — all without waiting for manual input. This reduces attacker dwell time and limits the spread of threats.
Can automated incident response work alongside existing security tools?
Yes. Most automated response solutions are designed to integrate with your current security stack. They enhance existing tools by adding speed, coordination, and deeper visibility into threats across your environment.
