What is SOAR in Cyber Security? A Guide for IT Leaders

SOAR is one of those cyber security terms you’ve likely heard mentioned in SOC conversations, vendor briefings, or technical discussions. But what does SOAR actually mean, and why is it becoming so central to modern security operations?

SOAR platforms or SOAR solutions are becoming more and more common in cyber security, helping security teams respond to cyber threats faster, more consistently, and with far less manual effort.

For IT and security leaders who are under pressure from alert fatigue, skills shortages, and rising regulatory expectations, SOAR can offer a solution, but it needs skills and knowledge to be deployed and managed effectively.

In this guide, you’ll learn what SOAR is, how it works inside a Security Operations Centre (SOC), the problems it solves, and why many organisations choose a managed SOC with SOAR rather than trying to build everything in-house.

Key Takeaways

• SOAR stands for Security Orchestration, Automation and Response, and focuses on automating how your security team responds to threats detected on your network.
• It works alongside SIEM, EDR, and threat intelligence tools to reduce manual effort and speed up incident response.
• SOAR helps to cut alert fatigue, standardise response actions, and reduce Mean Time to Respond (MTTR).
• Human analysts remain essential, with SOAR handling repeatable tasks and analysts making decisions where judgement is required.
• A managed SOC with SOAR delivers faster time to value and more consistent outcomes than most in-house deployments.

What Does SOAR Stand for in Cyber Security?

SOAR stands for Security Orchestration, Automation and Response. The term can be used to describe both a set of capabilities and the SOAR cyber security platforms that deliver them.

It’s designed for organisations that can already detect threats but struggle to respond quickly and consistently.

What is SOAR: Security Orchestration, Automation, and Response

Most organisations already use a mix of technologies such as SIEM, EDR, email security, firewalls, and threat intelligence feeds. Orchestration allows these tools to share data and work together, rather than operating in silos.

Security Automation focuses on removing repetitive manual tasks from incident responders. Instead of your analysts copying data between systems or following the same steps hundreds of times, SOAR can be built to execute those steps automatically using predefined workflows called playbooks.

SOAR ensures that when a threat is confirmed, the right actions happen quickly and consistently. That might mean isolating a device, disabling a user account, blocking an IP address, or escalating the incident to a human analyst.

A useful way to think about it is that orchestration connects the tools, automation does the work, and response delivers the outcome.

The purpose of SOAR in modern security operations

The strategic purpose of SOAR is consistency and speed. Cyber incidents don’t only operate in office hours, and attackers rely on delays and human error. SOAR helps you to respond in minutes rather than hours to potential incidents, using the same proven process every time.

For senior IT and security leaders, this also means predictability. You can measure response times, demonstrate control during audits, and reduce your reliance on individual team members remembering what to do under pressure.

How Does SOAR Work Inside a Security Operations Centre (SOC)?

In cyber security, SOAR plays a critical role in turning detection into action inside your Security Operations Centre. However, SOAR isn’t a standalone solution; it sits at the heart of a modern Security Operations Centre (SOC), supporting both your technology and your people to work more efficiently.

Integrating SOAR with tools like SIEM, EDR, and threat intel

In a typical SOC, SIEM capabilities detect suspicious activity by analysing logs and events across your environment, EDR tools provide visibility and control at the endpoint, and then threat intelligence adds the context about known malicious indicators.

SOAR sits across these tools. When the SIEM raises an alert, SOAR can automatically enrich it with threat intelligence, pull endpoint details from EDR, and assess the potential impact.

Microsoft Sentinel is a common example where SIEM and SOAR capabilities are tightly integrated, allowing detection and response to work as a single workflow rather than separate processes.

Automating incident triage and response workflows

Imagine an account compromise alert is generated, such as multiple failed logins followed by a successful sign-in from an unusual location. Without SOAR, an analyst might need to manually review sign-in logs, check device details, look up threat intelligence, and decide whether the activity is genuinely malicious before taking action.

With SOAR, this workflow can be automated. The alert triggers a playbook that enriches the event with contextual data, such as user behaviour history, device reputation, and known threat indicators. If the risk is confirmed, SOAR can automatically disable the account, force a password reset, revoke active sessions, and raise a ticket for analyst review. Analysts are only engaged when judgement or escalation is required.

As well as saving time, this approach ensures that every suspected account compromise is handled quickly and consistently, reducing the risk of lateral movement and data exposure regardless of who’s on shift.

Human-in-the-loop vs fully automated actions

SOAR also doesn’t remove real people from your security operations; quite the opposite. Tools aren’t effective without the knowledge to deploy and manage them effectively, and you need human expertise to add the most value.

Some actions are safe to automate fully, such as blocking known malicious IP addresses or quarantining confirmed phishing emails. Others require human approval, especially when the business impact is higher, like disabling executive accounts or isolating critical servers.

Modern SOAR platforms are designed to support both models, giving analysts visibility and control while eliminating unnecessary manual work.

What Problems Does SOAR Solve?

SOAR exists because SOC models struggle to scale with an escalating volume of cyber threats. The challenges it addresses are ones most IT leaders face every day.

Alert fatigue and analyst overload

Security tools generate huge volumes of alerts, many of which are low risk or false positives. If analysts spend too much time triaging noise and not enough time investigating real threats, it can increase your business risk rather than reduce it.

SOAR helps to cut through this noise by automating enrichment and prioritisation. Low risk alerts can be closed automatically, while high risk incidents are escalated with full context.

Inconsistent or delayed response to threats

When responses depend on manual processes, outcomes can vary. Two analysts might handle the same incident differently, or an alert might sit unaddressed during busy periods.

SOAR uses playbooks to standardise responses. Every incident follows the same approved steps, improving speed and reducing the risk of mistakes. From a leadership perspective, this also supports auditability and accountability.

Stay ahead of cyber threats

Threats evolve quickly. Having an experienced cyber security partner that continuously monitors emerging risks through threat intelligence and dark web monitoring is the best way to stay ahead.

When a new tactic is identified, experienced personnel can update and deploy SOAR playbooks immediately, before attackers target your organisation. DigitalXRAID refers to this as a ‘one affected, all protected’ approach. When a managed SOC customer encounters a new threat, the response is refined and applied across our wider customer base.

What’s the Difference Between SOAR and SIEM?

This is one of the most common questions that IT leaders ask, and it’s an important distinction. Let’s look at SIEM vs SOAR.

SIEM for detection, SOAR for response

SIEM focuses on detecting cyber security threats trying to penetrate your network, collecting and analysing log data to identify suspicious activity. SOAR focuses on responding to those threats determines what happens next once an alert has been raised.

In simple terms, SIEM tells you something might be wrong, and SOAR helps you deal with it.

Why do they work better together in a managed SOC

On their own, both tools have limitations. SIEM without SOAR relies heavily on manual response, but SOAR without SIEM lacks reliable detection.

Together, especially in platforms like Microsoft Sentinel, they form a continuous detection and response loop. Alerts are detected, enriched, investigated, and responded to quickly and consistently.

In a managed SOC, this combination delivers far better outcomes than either technology in isolation.

Real World Use Cases of SOAR in Cyber Security

Looking at practical examples of how SOAR can protect your business puts its value into context to protect your own business against cyber security threats.

Phishing email analysis and automated takedown

Phishing remains one of the most common attack vectors. SOAR can automatically analyse reported emails, check links and attachments, identify affected users, and remove malicious messages across the organisation.

What might take an analyst 30 minutes to manually triage can be completed in seconds, reducing user exposure and business disruption.

Malware alerts and cross-tool correlation

When malware is detected, SOAR can correlate SIEM alerts with endpoint data to confirm whether the threat is active. It can then isolate the device, trigger a scan, and notify analysts with a full incident timeline.

This coordinated response significantly reduces dwell time and therefore the likelihood of a breach becoming a serious incident.

Incident escalation with playbooks and auto-ticketing

For more complex incidents, SOAR can automatically create tickets, assign tasks, and escalate based on severity. This ensures that nothing is missed and response actions are tracked from start to finish.

Should You Build or Outsource SOAR Capabilities?

SOAR sounds compelling, but implementation is where many organisations stumble or fail to get the best return on their software investment.

Challenges of in-house SOAR implementation

Building SOAR internally requires more than buying a platform. You need skilled staff to design playbooks, integrate tools, tune workflows, and maintain them as threats change.

There’s also the cost of 24/7 coverage, training, and ongoing optimisation. For many mid size and even larger organisations, doing this all in-house quickly becomes impractical.

Benefits of SOAR as part of a Managed SOC provider

A managed SOC with SOAR delivers immediate value. Playbooks are already proven, integrations are in place, and experienced analysts oversee your operations around the clock.

You benefit from continuous improvement, shared threat intelligence, and consistent response without the overhead of building and maintaining everything yourself.

Final Thoughts: What is SOAR in Cyber Security?

SOAR isn’t a buzzword, and importantly, it’s not a replacement for skilled security professionals. It’s a practical way to make your incident response faster, more consistent, and more resilient.

For organisations facing alert fatigue, limited internal resources, and growing compliance demands, SOAR turns detection into decisive action. When delivered through a managed SOC, it provides the scale and expertise that most in-house teams struggle to achieve.

If you want to explore how DigitalXRAID’s managed SOC service, which includes full SOAR, SIEM, EDR and XDR capabilities, can strengthen your security operations and reduce risk, you can get in touch with the team to discuss your requirements.

FAQs: SOAR in Cyber Security

Is SOAR the same as automation?

No. Automation is one component of SOAR. SOAR also includes orchestration between tools and structured response processes.

Can SOAR replace security analysts?

No, SOAR supports your analysts by handling repeatable tasks, but human judgement is still essential for complex decisions and investigations.

What tools are commonly used for SOAR?

SOAR typically integrates with SIEM, EDR, threat intelligence platforms, email security tools, firewalls, and ticketing systems.

How long does SOAR take to implement?

Implementation time varies. In-house deployments can take months, while managed SOC services often deliver value much faster by using prebuilt playbooks.

Is SOAR only for large enterprises?

Not at all! While large organisations benefit significantly, SOAR is increasingly valuable for mid-sized organisations with limited security teams.

What should I look for in a SOAR provider?

Look for proven playbooks, strong integrations, experienced analysts, and the ability to adapt workflows to your organisation and threat landscape.

Does SOAR help with compliance audits?

Yes. SOAR provides consistent, documented response processes and detailed incident records, supporting audits and regulatory requirements.