What is SOAR in Cybersecurity? 

Security operations centers have been facing a growing problem: alert volumes keep increasing, security tools stay disconnected from one another, and manual response can’t keep pace with the scale of modern threats. SOAR — Security Orchestration, Automation, and Response — is the category of technology built to close these gaps. 

In this post, you’ll learn: 

• What SOAR is and what role it plays in security operations 

• How SOAR works, from data ingestion to automated response 

• How SOAR is different from SIEM 

• When an organization is actually ready to adopt SOAR 

This post is for SOC analysts, security engineers, IT security managers, CISOs, and teams evaluating whether to adopt or build SOAR-adjacent tooling. 

What is SOAR? 

SOAR is a set of technologies that let security teams collect data on threats from across their environment and respond to security events with little to no manual intervention. 

Within security operations, SOAR platforms serve as a connection layer. They pull data from SIEM, EDR, threat intelligence feeds, and other sources. After that, they execute or support the response, so analysts spend less time on repetitive triage and more time on decisions that genuinely require human judgment. 

How does SOAR work? 

SOAR platforms operate through three core capabilities that are reflected directly in the acronym: 

1. Orchestration. SOAR platforms ingest alert and event data from connected security tools, then consolidate this data into a single, unified workflow without manual oversight from security analysts. 

2. Automation. Incoming alerts trigger predefined playbooks: sequences of steps that automate and/or orchestrate the response workflow, from routine data gathering to containment actions. 

3. Response. Analysts review, refine, and act the SOAR alerts, often assisted by machine learning that improves alert prioritization over time. 

Let’s see how this works in practice, using malware analysis as an example: 

• An EDR alert flags a suspicious file on an endpoint, and the SOAR platform pulls that alert and the file into the platform. 

• The file is submitted to a sandbox for assessment, and the results are checked against threat intelligence sources to confirm whether its behavior matches known malicious patterns. 

• Based on that confirmation, the alert is either closed automatically if the file comes back clean or is escalated to an analyst if the file is confirmed as malicious. 

This cuts the process down to a few seconds of automated work plus a quick human review. 

SOAR vs. SIEM: What’s the difference? 

SOAR and SIEM are closely related, but they solve different problems.

Table 1. SOAR vs. SIEM 

	SIEM	SOAR
Core function	Collects and correlates data, generates alerts on security events	Adds automated response and orchestration on top of data analytics
Data sources	Primarily logs and events pulled from IT systems	SIEM’s correlated output, plus direct, two-way integrations with security tools
Output	Correlated alerts for analysts to investigate	Automated or semi-automated response actions, plus prioritized alerts
Role in the SOC	Visibility and detection layer	Response and workflow layer

Since they complement each other, SOAR platforms usually sit on top of or alongside a SIEM instead of fully replacing it. For a deeper breakdown, see our glossary post on SOAR vs. SIEM. 

When is an organization ready for SOAR? 

SOAR is not a starting point for a cybersecurity strategy. Before automating incident response, organizations must have manual incident response playbooks and reasonably mature security operations functions in place.

Table 2. Is your organization ready for SOAR? 

Ready for SOAR	Not yet ready for SOAR
✅ Established, documented manual IR playbooks	❌ No documented incident response process yet
✅ A real, sustained volume of repetitive alerts	❌ Low alert volume that a small team can handle manually
✅ Multiple disconnected tools that need coordinating	❌ A single-tool environment with little integration overhead

If your team is still building its baseline IR process, it might be too early. SOAR pays off once there is a defined workflow to automate. 

SOAR use cases 

SOAR playbooks can be built around almost any recurring security workflows. Instead of listing use cases by activity type, it’s often more useful to think about what triggers a playbook and how it responds. 

Table 3. What SOAR does in certain scenarios 

Trigger/Scenario	What SOAR does
High-volume alert triage	🔹 Auto-correlates duplicate or related alerts  🔹 Filters out false positives  🔹 Routes only confirmed incidents to analysts, for example, phishing email reports or brute-force login attempts
Cross-tool investigation	🔹 Pulls context from multiple sources (EDR, firewall, threat intel feeds)  🔹 Compiles it into a single case file  🔹 Removes the need for analysts to manually shift between consoles
Compliance assessment	🔹 Auto-generates timestamped incident logs and response records  🔹 Maps evidence to standards like PCI DSS or ISO 27001  🔹 Reduces manual audit prep
Incident containment	🔹 Quarantines an affected endpoint  🔹 Blocks a malicious IP or domain  🔹 Disables a compromised account
Vulnerability-to-ticket handoff	🔹 Connects scanner findings directly to patch management or ticketing systems  🔹 Auto-assigns priority based on exploitability

Popular SOAR platforms 

Organizations can use SOAR both as a standalone platform and as a module built into a broader security suite. Here are some of the most widely used platforms: 

• Cortex XSOAR (Palo Alto Networks): Centralizes SOC workflows by connecting to a wide range of security tools and threat intelligence sources.

• FortiSOAR (Fortinet): Aggregates alerts from connected security tools into a single coordinated response environment.

• Splunk SOAR (Cisco): Automates and orchestrates response on top of existing security tooling, using configurable playbooks that cover task assignment, evidence collection, and reporting.

• Swimlane Turbine: A low-code automation platform built to scale security automation across large, complex environments.

How Apriorit can help with SOAR development and implementation 

With deep experience in cybersecurity and software engineering, Apriorit helps organizations design, build, integrate, and fine-tune SOAR capabilities that fit their existing security stack and IR maturity.  

Our team supports SOAR development and implementation with: 

• SOAR product development for vendors looking to bring a competitive solution to market 

• SOAR tooling integration with your existing SIEM, EDR, and cloud security stack 

• Custom playbook design built around your organization’s actual IR processes 

• Custom connector and API development for tools your SOAR platform doesn’t support out of the box 

• Ongoing tuning and optimization, so automation doesn’t outpace the maturity of the underlying process 

We help you understand whether you need SOAR instead of adopting automation for its own sake.