The End of "Console Clicking": How SOAR and Agentic AI Are Saving SOC Teams from Burnout

Imagine a job where your "boss," in this case a computer system, yells at you several thousand times a day. Most of that yelling is a false alarm. Someone forgot their password. Someone else ran a port scanner while testing a new app. But you still have to check every single one. Sounds like a recipe for burnout? Welcome to the world of the Security Operations Center (SOC) analyst.

Modern cybersecurity architecture has reached a breaking point. The "digital explosion" and the move to the cloud have pushed alert volumes beyond what the human brain can handle. But help is coming, and it isn't another cup of coffee. It's a fundamental shift in approach: SOAR (Security Orchestration, Automation, and Response) and the coming Agentic AI revolution.

Here's what you need to know about how automation is changing the game in 2025.

Chasing Ghosts Is Costing Us Millions

Let's start with a number that should alarm every CFO. SOC analysts spend an average of 32 minutes checking a single false alert. The industry even has a name for it: "chasing ghosts."

This constant overload leads to alert fatigue. Our brains simply shut down. That isn't laziness; it's biology. The result? Staff become desensitized, and there's a real risk that the one genuine breach gets lost in the noise. SOAR isn't a shiny toy for gadget lovers. It's how you stop wasting your people's brainpower on mechanical work that a script can do in milliseconds.

Brain vs. Muscle: The Difference Between SIEM and SOAR

People often mix up these two terms. Think of the human body. SIEM (Security Information and Event Management) is the brain of detection. It collects signals from the eyes and ears, analyzes them, and says, "Hey, that's hot!" SOAR is the muscular and nervous system. It pulls your hand back automatically, before you've even had time to think "ouch."

Orchestration works as an abstraction layer that "translates" alerts from one system into actions in another.

That means an analyst no longer has to log in to 50 different consoles and copy and paste data between them. Instead, they get a "Single Pane of Glass": one screen that shows the full context without the extra noise.

Playbooks: Turning Hours into Seconds

Playbooks, or response scenarios, are the heart of SOAR. This is where the ROI happens. Take phishing as an example.

In the "old world," an analyst gets a report, checks the email headers, submits the URL to VirusTotal, waits for the result, then hunts down everyone else who got the same email and asks the mail server admin to delete it... That takes 45 minutes. With SOAR? A playbook does all of this automatically. If it finds a threat, it runs a "Search and Purge," hard-deleting the malicious message from the inbox of every employee in the organization. Time to complete: under 60 seconds.

It's even more impressive with ransomware, where every minute means thousands of encrypted files. SOAR doesn't wait for a human. If EDR detects an encryption process, the automation immediately cuts the host off from the network, leaving only a tunnel open for the administrator. Relentless, machine-speed response.

2025: Enter Agentic AI

If traditional playbooks are a GPS that follows a fixed route (and gets lost when a road is closed), then Agentic AI (autonomous AI agents) is like a smart driver who knows the city like the back of their hand.

We're entering an era where rigid "If-This-Then-That" logic is no longer enough. The next generation of automation, expected in 2025, is driven by goals rather than scripts. An AI agent gets a task like "Investigate this process." It decides for itself what data to collect, which hypotheses to form, and how to test them. It can adapt.

Traditional SOAR works like a GPS system following a strictly defined route: if the road is closed, the system may not know how to find a detour. Agentic AI works like an autonomous, intelligent driver.

The Fear of "Locking Out the CEO"

Rolling out full automation isn't just a technical challenge (the so-called API integration hell). Above all, it's a cultural one. There's a legitimate fear that the automation will make the wrong call and, for example, cut the CEO off from the network or stop a production line.

That's why, despite the AI revolution, the human-in-the-loop model is still going strong. The automation prepares the "case file" and gathers the evidence, but a human presses the final "Isolate" button. Building trust in the machine takes time.

What's Next?

Don't worry that SOAR will take our jobs. It's true that the alert "screener" role will disappear. In its place, though, comes the role of the Threat Hunter: a strategist who, instead of fighting a flood of logs, actively hunts for threats too subtle for automation to catch.

In 2025, automation stops being a tech novelty and becomes a strategic foundation. In a world of machine-driven threats, we have to defend ourselves at machine speed.

Aleksander

Sources:

• SIEM vs. SOAR: How SOC Tools Complement Each Other - CodiLime
• The Role of SOAR in Modern Security Operations | Google SecOps Explained
• Cost of a Data Breach Report 2024
• Agentic AI vs SOAR: What's the Real Difference? - GBHackers
• The Drawbacks of a SOAR - The New Stack
• 2025 cybersecurity trends: GenAI, cloud security and zero trust - Silicon Republic

See Also: Related Topics

Articles on Automation and the SOC

• Security Operations Center (SOC): The Complete Guide - Everything about building and running a security operations center, structuring the team, and SIEM/XDR/SOAR technologies
• Threat Hunting: An Advanced Guide - Learn proactive threat hunting techniques and the "Assumed Breach" mindset
• Zero Trust Architecture: A New Security Paradigm - Why the "castle and moat" model is obsolete and how the trust algorithm works

Technologies and Tools

• SIEM vs. XDR: Which Should You Choose? - A side-by-side comparison of key detection and response technologies
• EDR/XDR: The Evolution of Endpoint Protection - How extended detection is changing the game
• Incident Response Plan: How to Prepare Your Company for a Cyberattack - A practical guide to incident response procedures

Regulations and Compliance

• The NIS2 Directive in Poland: The Complete Guide - Legal requirements, reporting deadlines, and penalties: everything you need to know
• GDPR and Cybersecurity: A Practical Guide - How to meet GDPR requirements when automating security
• ISO 27001: Information Security Management System Certification - Your path to international certification

Need Help Implementing SOAR?

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What We Offer

• Strategic consulting - analysis of your SOC processes and identification of areas to automate
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• Playbook design - response scenarios for key incident types (phishing, ransomware, brute-force, DDoS)
• Deployment and integration - SOAR implementation and integration with your existing systems (SIEM, EDR, firewall, ticketing)
• Team training - preparing your analysts to work with the automation platform
• Compliance support - aligning your processes with NIS2, GDPR, and ISO 27001 requirements

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Tags

#SOAR #SecurityOrchestration #Automation #SOC #Cybersecurity #InfoSec #AlertFatigue #Playbooks #IncidentResponse #AgenticAI #SIEM #XDR #EDR #ThreatHunting #Ransomware #Phishing #NIS2 #ManagedSOC #MSSP #SecOps

FAQ

What is SOAR in cybersecurity?

SOAR (Security Orchestration, Automation, and Response) is a platform that combines security tool orchestration, automation of repetitive tasks, and smart incident response management. SOAR lets SOC analysts focus on strategic thinking instead of mechanical "console clicking."

What's the difference between SIEM and SOAR?

SIEM (Security Information and Event Management) is the "brain of detection": it collects and analyzes logs, detects anomalies, and generates alerts. SOAR is the "muscular system": it responds to alerts automatically, orchestrates actions across different systems, and runs playbooks. SIEM says "that's hot"; SOAR takes action immediately.

What are SOAR playbooks?

Playbooks are automated response scenarios for security incidents. They define, step by step, what the system should do in response to a specific type of threat (such as phishing, ransomware, or DDoS). With playbooks, tasks that used to take an analyst 45 minutes can be completed automatically in under 60 seconds.

What is alert fatigue, and how does SOAR help solve it?

Alert fatigue happens when analysts bombarded with thousands of false alarms a day lose focus and start ignoring them. SOAR solves this by automatically triaging alerts, filtering out false positives, and handling routine actions without human intervention, so analysts can focus on real threats.

How quickly can SOAR respond to a ransomware attack?

With ransomware, every minute means thousands of encrypted files. SOAR can respond in under 60 seconds: when EDR detects an encryption process, a playbook automatically isolates the host from the network (leaving a tunnel open for the admin), blocks related accounts, and alerts the team. Without SOAR, the same steps could take 15–30 minutes.

What is Agentic AI, and how is it different from traditional SOAR?

Traditional SOAR works like a GPS: it follows a fixed route based on "If-This-Then-That" rules. If the situation strays from the script, the system can get lost. Agentic AI is an autonomous, intelligent agent that is given a goal (e.g., "Investigate this process") and decides for itself what steps to take, adapting as the situation changes. It's the evolution from rigid scripts to smart, context-aware action.

Will SOAR take away SOC analysts' jobs?

No. SOAR eliminates the alert "screener" role, the monotonous work that drives burnout. In its place comes the role of the Threat Hunter: a strategist who actively hunts for threats too subtle for automation. SOAR takes robotic work off people's plates so they can focus on tasks that call for creativity and strategic thinking.

What are some practical examples of SOAR in action?

Phishing: Automatically analyzing a suspicious email, checking the URL in VirusTotal, finding every user who received the message, and deleting it from all inboxes (Search and Purge), all in <60 seconds.

Ransomware: Immediately isolating the infected host, blocking related accounts, and notifying the team, in real time.

Brute-force: Detecting attacks on accounts, automatically blocking the IP address, and forcing password resets on compromised accounts.

What does "human-in-the-loop" mean in SOAR?

Human-in-the-loop is a model where the automation prepares the "case file," gathers evidence, and recommends an action, but a human makes the final decision. This approach is used in critical situations where a wrong automated decision could have serious consequences (for example, locking the CEO out). Building trust in automation takes time.

How much does it cost to implement a SOAR platform?

SOAR costs vary with the size of the organization and the platform you choose. Licenses can run from USD 50,000 to USD 500,000 per year. However, the ROI comes quickly: by automating routine tasks, a single analyst can do work that used to take 3–5 people. On top of that, cutting response times from hours to minutes can prevent incidents that cost millions.

What are the most popular SOAR platforms in 2025?

The most popular SOAR platforms include:

• Palo Alto Cortex XSOAR (formerly Demisto)
• Splunk SOAR (formerly Phantom)
• IBM Security SOAR (formerly Resilient)
• Microsoft Sentinel (with SOAR capabilities)
• Google Chronicle SOAR
• Swimlane
• Tines (low barrier to entry, a good fit for smaller organizations)

Do small and midsize businesses need SOAR?

Even small companies can benefit from SOAR, especially given NIS2 requirements, which mandate rapid incident response. For smaller organizations, good options include lighter platforms (such as Tines or Shuffle) or Managed SOC with SOAR, a subscription model in which an external provider (MSSP) supplies both the platform and the experts.