Security Orchestration, Automation, and Response (SOAR)

Let’s start with the basics by unpacking what this acronym stands for (and yes, we know you’re tired of memorizing cybersecurity acronyms).

SOAR is an approach that combines three key elements to improve an organization’s security posture. These include:

1. Security Orchestration: Connecting different security tools and processes to work as part of a cohesive system.
2. Automation: Automating repetitive or time-consuming tasks that historically required manual intervention, distracting your security teams from higher-impact initiatives.
3. Response: Streamlining incident response steps, from initial detection to remediation, using consistent and efficient workflows.

SOAR security has one primary goal in mind: enabling organizations to handle large volumes of alerts without overburdening cloud security teams. 

Instead of sorting through every single incident by hand, teams can rely on predefined workflows to aggregate, analyze, and respond effectively. For many companies, this means integrating everything from threat intelligence feeds to ticketing systems into a single SOAR platform.

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From the rise of AI and LLMs to talent shortages in the industry, it’s safe to say modern cloud security teams face an uphill battle securing complex cloud environments.

A quick look at CrowdStrike’s 2025 Global Threat Report shows why:

• Voice phishing attacks increased by 442% by the second half of 2024
• Valid account abuse made up 35% of cloud incidents
• Initial access made up 52% of the vulnerabilities observed

Staying ahead of known and emerging threats requires organizations to have tools and processes that enable proactive and reactive capabilities. This is where SOAR excels, and here’s why.

Address Alert Fatigue

Most Security Operations Center (SOC) teams will tell you how frustrated they are with the high volume of alerts they receive. 

Some might be duplicates or false positives, others may be triggered from misconfigurations or platform updates. Regardless, manually investigating each of them can waste valuable time. 

SOAR cybersecurity technology helps reduce alert fatigue by automating triage tasks and consolidating alerts. This frees analysts to focus on genuine threats rather than getting bogged down in tedious manual checks.

Defend Against AI-Based Attacks

Few technologies are evolving as fast as AI, and cybersecurity professionals are already bracing for the future of AI-led attacks.

The latest AI-based attacks use techniques like machine learning to adapt and evolve more quickly than traditional threats. 

SOAR levels the playing field by aggregating and analyzing massive amounts of data from multiple sources. This helps security teams spot subtle anomalies indicating AI-driven threats. Automated playbooks allow SOAR to quarantine infected endpoints or block malicious network traffic rapidly, even if the attack morphs in real time.

Integrate Disparate Security Tools

It’s not uncommon for an organization to use numerous vendors and platforms within their cloud security.

If these tools and teams operate in silos, it becomes difficult to maintain collaboration and efficiency. 

A SOAR platform provides a centralized framework to orchestrate these different solutions, allowing them to communicate and share data in real-time. This enables more comprehensive, automated threat detection and incident handling across every security layer.

Accelerate Incident Response

When dealing with threats like ransomware or malicious insiders, speed is critical. In 2024, the average cost of a data breach was $4.88M.

Delays in detecting and resolving attacks can lead to major damages or compliance issues. SOAR automates initial investigations, gathering information quickly from various data sources. It can even initiate or recommend remediation steps, drastically reducing mean time to respond (MTTR).

Support Proactive Security

SOAR software goes far beyond reacting to immediate threats. It enables organizations to take a proactive approach to cloud security. 

Integrating SOAR with threat intelligence tools allows it to highlight emerging risks before they disrupt a network. This proactive stance helps security teams adjust their posture early, applying patches or updating configuration rules long before an incident or data breach occurs.

SOAR’s three key components work together to make security operations faster, more consistent, and easier to manage. 

Here’s how each component contributes to an effective cybersecurity strategy:

1. Security Orchestration

Security orchestration aims to connect the dots between your existing security infrastructure and the SOAR platform. 

Think of a SOAR tool as the conductor in an orchestra who ensures every tool works together to create a unified response. 

By linking tools like a cloud-native application protection platform (CNAPP), security information and event management (SIEM), endpoint protection, and threat intelligence, security orchestration ensures data flows seamlessly without creating bottlenecks typically caused by manual intervention.

How It Helps:

• Consolidation: Tools feed alerts and threat data into a single system.
• Contextualization: Incidents gain enriched context from multiple sources.
• Collaboration: Analysts and automated playbooks can access unified data instead of switching between dashboards.

2. Automation

Automation within SOAR focuses on reducing human intervention in repetitive tasks, but that doesn’t mean humans shouldn’t be in the loop. 

For example, if a phishing email alert comes in, the system can automatically extract key indicators(like the sender’s address, URLs, or attachments and cross-reference them against threat intelligence to issue an immediate block rule on the email gateway if confirmed malicious.

This sequence happens without requiring a human to click through multiple screens.

How It Helps:

• Efficiency Gains: Routine tasks happen faster, freeing analysts for higher-level work.
• Reduced Human Error: Automated workflows follow predefined rules.
• Scalability: Even if alerts spike in volume, automation runs 24/7.

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3. Response

Incident response is where orchestration and automation come together to neutralize a threat. 

With SOAR, you can create structured playbooks for typical incidents like malware infections or unauthorized access. The SOAR tool coordinates the entire chain of events, from detection to mitigation, ensuring each step follows best practices and meets compliance requirements.

How It Helps:

• Consistent Results: Establishes consistent, repeatable processes as similar incidents are handled the same way each time.
• Faster Resolution: Automated steps shorten the gap between detection and remediation, improving MTTR.
• Audit Trails: Uses detailed logs to support compliance, showing what was done, who it was done by, when it happened, and who did it.

Like any new technology or initiative, there are several established best practices worth following to set your SOAR adoption up for long-term success.

1. Define Clear Use Cases

Before you can do anything, you’ll need to map out your use cases. Determine why and how you can use SOAR to improve your security posture.

You may want to improve phishing investigations, file quarantines, or suspicious account lockouts. Your reasons will vary based on your needs.

Regardless, by defining clear use cases, you can design more effective playbooks and prioritize the things that matter most to your organization.

2. Integrate With Existing Infrastructure

You’ll need to integrate whatever SOAR software you choose with your existing cybersecurity solutions. 

Integration is critical to enable your workflows, especially across different teams and tools. 

No direct integration exists? Consider custom connectors through APIs or partnerships with your vendor.

3. Map Out Playbooks Carefully

Playbooks are the backbone of SOAR security. Each one is a collection of automated steps that trigger under specific conditions. 

While it’s tempting to automate everything, start small and gradually expand. Test each playbook thoroughly in a controlled environment to avoid disruptions or false positives. And most importantly, always keep humans in the loop to verify that everything’s working as intended.

4. Get the Right Stakeholders Involved

Looking at SOAR as a singular solution is a mistake. Instead, look at SOAR as a process improvement initiative that includes many teams.

Get key stakeholders like SOC analysts, DevSecOps, IR teams, and IT involved early. Use their input to ensure automated workflows address practical needs and align with organizational goals. 

If you’re aiming for advanced use cases, consider involving software engineers or developers to optimize integrations and automation scripts.

5. Maintain Regular Updates

As threat landscapes evolve, so too should your approach to SOAR cybersecurity. 

Schedule frequent reviews of your playbooks, integrations, and alerting rules. 

Keep your SOAR tool up to date, both for security patches and new feature releases. Regular maintenance ensures you always use the latest threat intelligence and best practices.

SOAR isn’t perfect. When deploying and managing SOAR, you may encounter several challenges.

The good news is that they can be easily overcome if you know what to look out for.

Challenge 1: Over-Automation

The idea of automating everything seems like a no-brainer. 

Wrong. This can lead to intricate, error-prone workflows that are hard to maintain or troubleshoot. It also introduces additional layers of complexity and can even increase alert frequency when configured incorrectly.

Focus on high-value, repetitive tasks that waste the most time. Automate these quick wins first, then gradually expand. Continually refine and simplify playbooks based on feedback from those who use them daily.

Challenge 2: Complex Integrations

Many security stacks include a combination of off-the-shelf solutions and custom-built tools. Ensuring smooth communication between them can be complex.

Develop a clear integration roadmap. It’s also worth checking if your SOAR software comes with ready-made connectors and APIs. 

If certain tools remain difficult to integrate, work with your vendor or consider replacing outdated solutions. Collaboration with internal engineering teams can also help identify more company-specific solutions to your integration challenges.

Challenge 3: Cultural Resistance

Security pros often worry about being replaced or losing control of their environments. Others may be skeptical of giving a SOAR platform authority over critical security actions.

Make it clear how SOAR reduces repetitive tasks, freeing up your teams to focus on more high-impact tasks. Provide training to show how automation can enrich and support them. Consider implementing partial automation that still requires manual approval.

Challenge 4: Resource Constraints

It’s no secret that security teams are being asked to do even more with less. Smaller organizations or those with limited resources may struggle to adopt SOAR.

Start by prioritizing the most impactful use cases that bring immediate ROI. This may include reducing false positives or automating a particularly tedious manual process. 

Consider working with managed security service providers (MSSPs) or specialized consultants to accelerate deployment and overcome resource constraints.

Challenge 5: Keeping Up With Threats

Threats evolve quickly. Playbooks that were effective last month might be irrelevant now. Automation can miss or misclassify new threats if SOAR processes aren’t updated.

Integrate your SOAR tool with reputable threat intelligence sources and schedule routine updates for playbooks, scripts, and rules. 

Encourage security teams to flag new indicators or behaviors so you can adapt automation flows accordingly.

What is SOAR in cybersecurity?

SOAR stands for Security Orchestration, Automation, and Response. It represents a set of technologies and processes designed to automate repetitive security tasks, integrate disparate tools, and orchestrate a coordinated response across the security stack, enabling faster and more consistent incident handling.

How does SOAR differ from SIEM or traditional incident response?

While SIEM focuses on collecting and correlating security events, SOAR takes it further by automating workflows, triggering actions, escalating alerts, and executing playbooks. SIEM provides visibility; SOAR builds on that by enabling active response and structured incident handling through automation and integration.

What are the core components of a SOAR platform?

A typical SOAR solution includes:

1. Orchestration: Connecting and coordinating across security tools and platforms.
2. Automation: Executing repeatable tasks (e.g., quarantining hosts, enriching alerts).
3. Playbooks: Defined workflows that guide responses with conditional logic.
4. Incident management: Ticketing, tracking, and collaboration capabilities.
5. Reporting and metrics: Dashboards for outcomes like response time, task completion, and SLA performance.

How does SOAR improve incident response efficiency?

By automating routine actions, like enrichment, triage, containment, and notification, SOAR reduces manual toil, shortens Mean Time to Respond (MTTR), and enables teams to focus on high-impact decisions instead of repetitive tasks.

Can SOAR be integrated with cloud security workflows?

Yes. SOAR platforms often link with cloud-native tools (like CSPM, CWPP, CIEM) to automate remediation of misconfigurations and anomalies across cloud accounts. Automated triggers can open tickets or apply fixes through cloud APIs, streamlining detection-to-action cycles.

What are common challenges in implementing SOAR?

Common hurdles include fragmented tool ecosystems, lack of standardization across incidents, insufficiently defined playbooks, and team resistance. Successful implementation requires clear process mapping, workflow documentation, and buy-in from both security and operations teams.