SOAR: Security Orchestration, Automation & Response

Key Takeaways

  • SOAR platforms integrate and orchestrate disparate security tools, automating and streamlining incident response processes through consistent, repeatable workflows.
  • By leveraging automated playbooks and actions, SOAR reduces manual work, accelerates threat detection and remediation, and enables security teams to focus on higher-value work.
  • Integrated case management, threat intelligence, and collaboration features provide centralized visibility, audit trails, and improved cross-team coordination for more effective incident handling.

An important piece of cybersecurity, SOAR solutions provide a single location for you to observe, understand, and decide how to respond to security incidents. Short for security orchestration, automation and response, true SOAR solutions are operational tools that can be very flexible and powerful, useful even beyond security use cases.

In this article, we’ll explore what SOAR is, why it’s important for enterprises and how you can get the most value from your SOAR solution.

What is SOAR?

SOAR has revolutionized security operations, specifically the way security operations teams manage, analyze and respond to alerts and threats. Without security automation and orchestration, your security analysts are left to investigate every detail manually.

Today, that’s simply not enough. And it’s a guarantee for disaster: cyberattacks of all stripes are rising. SOAR can remedy many of these all on its own. SOAR also helps analysts to more efficiently remedy other threats.

So, let’s talk about what SOAR really is. Technology analyst Gartner defines SOAR as:

“solutions [that] combine incident response, orchestration and automation, and threat intelligence (TI) management capabilities in a single platform.”

Next, we’ll break down these three pieces. As we go along, we’ll see how they realize the rest of what SOAR can do: “document and implement processes (aka playbooks, workflows and processes); support security incident management; and apply machine-based assistance to human security analysts and operators.”

Incident response

Of the three components, incident response is the easiest to understand. NIST defines incident response as “the mitigation of violations of security policies and recommended practices”. Basically, any incident or event that violates your organization's security policies and/or overall cyber best practices.

Incident response is a full practice, made up of a variety of pieces including incident planning and incident response itself. (There are several steps, depending on the framework you use.) You can put all of this under the umbrella of incident management.

(Related reading: incident response 101, incident response metrics & CSIRTs: critical incident response teams.)

Security automation & orchestration

Next, let’s look at automation and orchestration. These are different technologies:

Automation and orchestration are best used in concert. With SOAR, you’re not choosing one or the other: you get both. This capability relieves your security pros from weeding through logs, manually addressing every single alert. (Let them focus on investigation and strategy!)

In a matter of seconds, security automation and orchestration can:

Let’s be clear: SOAR is in no way a replacement for human staff. You will continue to need highly-skilled security analysts to investigate emerging and non-standard issues. And then to orchestrate appropriate responses as necessary.

Threat intelligence

Threat intel is its own full subject! For our purposes here we can define cyber threat intelligence as “evidence-based knowledge” — things like known TTPs and indicators of compromise or attack. When folded into your SOAR solution, this information can help your security teams to better:

(Read our full explainer on cyber threat intelligence.)

A high-level SOAR workflow

SOAR use cases & benefits

A lot of the alerts your security teams receives are mundane, requiring rote manual responses. Others are redundant or false positives — you can ignore these.

SOARs remove rote tasks and makes clear exactly which alerts are worth exploring more. This way you’re handling incidents more efficiently: the easy ones get handled automatically, and more complicated ones get the attention they deserve. That’s an ideal security posture.

Successful SOARing can really change how your SOC teams operate. We can sum up the benefits in three categories:

Ultimately, SOAR solutions free you to investigate the things worthy of analyst time.

Use cases

The smartest thing you can do when exploring SOAR solutions is to imagine how your organization will use it — both initially and over the long term. That’s where SOAR maturity models can help. So, what are common use cases? They often depend on your industry and company profile, but common use cases include:

SOAR features & capabilities

OK, so we know what SOAR tools can do. Now, you’ll need the right features in your SOAR solution. There’s plenty of options out there — including Splunk SOAR — though only a few will have all the features you need.

Here are the capabilities that you should look for:

(Take a guided SOAR tour or try Splunk SOAR for free.)

Comparisons with other cyber solutions

SOAR vs. SIEM

SOAR solutions are often deployed alongside SIEM technology (security incident & event management) because they have distinct differences. Key differences include data sources, alerting vs. investigating capabilities, and the need for tuning. We can sum up these differences:

(See how Splunk is a Leader in SIEM.)

SOAR vs. XDR

Yes, SOAR and extended detection and response (XDR) solutions are often compared: they both integrate diverse security tools and automate and coordinate the response. But how they do it — and how widely the technologies can be used — varies:

SOAR best practices for maximizing value

As with all security tools, the real value of SOAR is in how you use it. Follow these best practices to gain the most value from your SOAR solution investment:

Establish priorities

First evaluate where automation will help immediately, and prioritize those needs. Consider the big picture: prioritize incidents based on frequency and resolution time.

Then define your short-term and long-term use cases and create a list of how you will use SOAR. Involve stakeholders to identify further use cases, even if you implement them later.

Develop your playbooks

Document the steps, instructions and best practices for resolving incidents effectively, ensuring that your security team follows a consistent, repeatable process.

Inventory your tools, apps and APIs

Ensure the vendor you choose can support all the tools you’re currently using. A SOAR solution is only as good as the information you’re putting into it.

Train staff

Train staff for to use SOAR appropriately, but don’t stop there. Train your team to address complex incidents: When alerts require human invention, your staff must have the expertise and confidence to tackle those issues.

Take advantage of newfound time

Plan how your analysts will focus on value-added tasks that benefit the organization — for example, conducting a deep investigation as to why you are constantly fighting off phishing attacks. Even better: Automation will create new roles within the organization. So, use this new time for new areas of focus, like managing the automation and playbooks.

Don’t expect magic overnight

Ease in, don’t expect to use every feature immediately. Focus first on one critical area, then mature sophistication over time. This way you’ll realize the full potential of the solution while minimizing growing pains.

(Learn 5 things to automate first: watch the on-demand webinar.)

Optimize security operations with SOAR

Enable your security team to do the impossible: Keep up with the never-ending security alerts that plague a highly complex IT environment. Freeing your team from dealing with false positives, repetitive alerts and low-risk warnings, SOAR lets you pivot from a reactionary approach to a more proactive one. Rather than fighting fires, security analysts can put their talents and extensive training to better use, ultimately improving your organization’s overall security posture.

Related Articles

Static Code Analysis: The Complete Guide to Getting Started with SCA
Learn
10 Minute Read

Static Code Analysis: The Complete Guide to Getting Started with SCA

Static code analysis examines code without running it, and it shifts security and quality checks left, into the earliest stages of software development.
From Idea to Deployment: How To Build a Practical AI Roadmap
Learn
6 Minute Read

From Idea to Deployment: How To Build a Practical AI Roadmap

AI systems are everywhere, but how many organizations have rolled it out successfully? Use a roadmap to run AI systems risk-free and without sacrificing quality.
Cybersecurity Jobs in 2026: Top Roles, Responsibilities, and Skills
Learn
8 Minute Read

Cybersecurity Jobs in 2026: Top Roles, Responsibilities, and Skills

In this post, we'll look at roles and responsibilities in the cybersecurity domain including skills required and average annual salary.
Serverless Architecture & Computing: Pros, Cons, Best Fits, and Solving Challenges
Learn
9 Minute Read

Serverless Architecture & Computing: Pros, Cons, Best Fits, and Solving Challenges

💻 🌆 Serverless architecture is just another way of saying, “We’ll design the apps and software, you make the backend work.” Get all the details here.
State of DevOps 2025: Review of the DORA Report on AI Assisted Software Development
Learn
6 Minute Read

State of DevOps 2025: Review of the DORA Report on AI Assisted Software Development

Learn about the latest DORA Report on AI-Assisted Software Development, the most recent publication in the State of DevOps series.
Incident Command Systems: How To Establish an ICS
Learn
7 Minute Read

Incident Command Systems: How To Establish an ICS

When a serious, on-scene incident occurs, you need a system that is both structured and flexible. The Incident Command System provides that framework. Learn more here.
KubeCon + Cloud NativeCon 2025: The Attendees’ Guide
Learn
6 Minute Read

KubeCon + Cloud NativeCon 2025: The Attendees’ Guide

Get ready for KubeCon + Cloud NativeCon North America 2025 in Atlanta! Discover key tracks, travel tips, hotel deals, and everything attendees need to know.
Information Lifecycle Management Explained: The Five Essential Stages for Data Management and Compliance
Learn
5 Minute Read

Information Lifecycle Management Explained: The Five Essential Stages for Data Management and Compliance

Learn the five stages of Information Lifecycle Management (ILM) to optimize data value, reduce costs, ensure security, and stay compliant with regulations.
LLM Observability Explained: Prevent Hallucinations, Manage Drift, Control Costs
Learn
7 Minute Read

LLM Observability Explained: Prevent Hallucinations, Manage Drift, Control Costs

LLM observability is critical for scaling AI systems. Learn how proper tracking helps to cut costs, prevent hallucinations, and build trustworthy LLM apps.