What Is SOAR?
SOAR stands for Security Orchestration, Automation, and Response. It is a stack of compatible software solutions that allows an organization to collect data about security threats from multiple sources and respond to low-level security events without human assistance.
TL;DR
What it is: SOAR combines orchestration (coordinating tools), automation (handling repetitive tasks), and response (fixing issues) into one platform.
Why it matters: It reduces alert fatigue for security analysts and speeds up response times.
Key components: Threat and vulnerability management, security incident response, and security operations automation.
Security teams today are drowning in data. Between firewalls, endpoint protection, and identity management systems, a Security Operations Center (SOC) can receive thousands of alerts every single day. It’s like trying to drink from a firehose while simultaneously putting out a fire.
This is where SOAR comes in. It acts as a force multiplier for human analysts, taking on the tedious, repetitive work so the experts can focus on the complex threats that actually require human intuition.
The 3 pillars of SOAR
To truly understand SOAR, we need to break down its acronym. It isn't just one tool; it's a methodology that combines three distinct capabilities.
1. Security orchestration
Think of orchestration as the conductor of an orchestra. In a typical cybersecurity environment, you might have dozens of different tools—antivirus, firewalls, email security, and more—that don't naturally speak the same language.
Orchestration connects these disparate tools. It pulls data from your email security gateway, correlates it with logs from your firewall, and cross-references it with threat intelligence feeds. By integrating these tools, orchestration provides a unified view of the battlefield, rather than a dozen fragmented peepholes.
2. Security automation
If orchestration is the conductor, automation is the set of sheet music that ensures everyone plays the right notes at the right time without needing to be told. Automation handles the "busy work."
For example, if an employee reports a suspicious email, a human analyst shouldn't have to manually check the sender's IP address against a blacklist. Automation can do that instantly. It can scan file attachments, block IP addresses, or quarantine infected devices based on pre-set rules (often called "playbooks") without human intervention.
3. Security response
This is the action phase. Once data is orchestrated and automated tasks are complete, the system needs to respond. This creates a streamlined workflow for handling incidents.
For low-level threats, the "response" might be fully automated (e.g., blocking a user account that has failed login attempts 50 times in a minute). For complex threats, the "response" might be gathering all relevant forensics and presenting them to a human analyst on a silver platter, allowing them to make a decision in minutes rather than hours.
SOAR vs. SIEM: What’s the Difference?
A common point of confusion in the industry is the difference between SOAR and SIEM (Security Information and Event Management). While they are cousins in the cybersecurity family, they play different roles.
SIEM is primarily about visibility. It collects logs and data from various points in your network to detect suspicious activity. It says, "Hey, something looks weird over here."
SOAR is about action. It takes that alert from the SIEM and does something about it. It says, "I see that weird thing, and I’ve already blocked the IP, isolated the laptop, and opened a ticket for you."
In short: SIEM detects the fire; SOAR grabs the extinguisher. You can read more about the differences in our guide” SIEM vs. SOAR: Which One Does Your Organization Need?”
Why modern security teams need SOAR
The threat landscape is evolving faster than human teams can scale. Cybercriminals use automation to launch attacks; defense teams need automation to stop them.
Defeating Alert Fatigue: When analysts see red flashing lights all day, they eventually stop reacting with urgency. This is called alert fatigue, and it’s how breaches slip through the cracks. SOAR filters out the noise.
Faster Mean Time to Respond (MTTR): Every second counts during a ransomware attack. Automation executes containment steps in milliseconds, whereas a human might take minutes or hours to perform the same tasks manually.
Standardized Processes: Humans make mistakes. We forget steps. SOAR playbooks ensure that every incident is handled according to a consistent, repeatable standard, regardless of which analyst is on duty.
Real-world use cases
How does this look in practice? Here are a few scenarios where SOAR shines:
Phishing Remediation
Phishing remains one of the most common attack vectors. When a user reports a phishing email:
Orchestration pulls the email details.
Automation checks the URL against threat intelligence databases and scans attachments.
Response deletes the malicious email from all employee inboxes and blocks the sender's domain.
Malware Containment
If an endpoint protection tool detects malware on a laptop:
Orchestration identifies the specific device and user.
Automation isolates the device from the main network to prevent lateral movement.
Response creates a ticket for the IT team to re-image the machine.
Frequently Asked Questions (FAQs)
The future of automated defense
Cybersecurity isn't just about buying more tools; it's about making the tools you have work better together. SOAR bridges the gap between detection and action, transforming a chaotic, reactive security operation into a proactive, efficient machine.
As threats become more automated, our defense must follow suit. By implementing SOAR, organizations don't just work harder; they work smarter, keeping pace with an adversary that never sleeps.
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