What is Security Orchestration, Automation and Response (SOAR)?

Security Orchestration, Automation and Response explained

In most organizations, a SOC relies on many separate tools to track and respond to threats, and much of that work is manual. An analyst investigating a single phishing email might need a secure email gateway, a threat intelligence platform, and antivirus software just to identify, understand, and resolve it, moving by hand between products from different vendors that do not readily talk to each other. That manual process is slow, error-prone, and difficult to scale.

SOAR addresses this by giving the SOC a central console where these tools are integrated into optimized workflows and the repetitive steps are automated. It also becomes the single place where all the alerts generated by those tools are managed. According to Gartner, a SOAR platform brings together the functions of three earlier categories: security incident response platforms, security orchestration and automation platforms, and threat intelligence platforms. Understanding SOAR is easiest when you break it into its three core capabilities.

How does SOAR work? The three core capabilities

Security orchestration

Orchestration is the coordination layer. It connects the hardware and software tools in a security stack, from Security Information and Event Management (SIEM), Endpoint Detection and Response (EDR), and Extended Detection and Response (XDR) to identity protection, email security, firewalls, and threat intelligence feeds, using APIs, prebuilt plugins, and custom integrations. Once connected, the SOC can coordinate their activity through playbooks and pull data from many sources into one place for deeper context. Orchestration is what lets multiple tools respond to an incident as a group rather than in isolation.

Security automation

Automation handles the low-level, time-consuming, repetitive tasks: opening and closing tickets, enriching events, prioritizing alerts, blocking a malicious IP, or disabling a compromised account. Within a SOAR, teams define step-by-step workflows for specific incident types, and the platform can also trigger automated actions in the integrated tools. Where orchestration connects tools, automation removes the manual effort inside each step, and the two are strongest used together.

Incident response

Because SOAR aggregates and analyzes data from many solutions, it serves as a central console for incident response. Analysts can correlate data across sources, filter out false positives, prioritize alerts, and identify the specific threat, then respond by triggering the appropriate playbook, all without switching tools. SOCs also use SOAR for post-incident reviews and more proactive work, such as understanding how a threat entered the network and focusing threat hunting where it matters.

What are SOAR playbooks?

Playbooks are the feature that makes SOAR more than the sum of its integrations. A playbook is a predefined workflow, essentially a process map, that outlines the steps for handling a specific type of incident, such as investigating a phishing alert, responding to a suspected credential compromise, or containing malware. Playbooks translate institutional knowledge into structured, repeatable processes so the approach is consistent regardless of the shift or analyst on duty. They can span multiple tools and be fully automated, fully manual, or a mix of both, with human decision points built in where judgment is needed.

Here is a concrete example. An EDR tool detects suspicious activity on a laptop and sends an alert to the SOAR, which triggers a playbook. The SOAR opens a ticket, enriches the alert with data from threat intelligence feeds and other tools, then executes automated responses such as quarantining the endpoint through a network detection tool or prompting antivirus to detonate suspected malware. Finally it passes the ticket to an analyst, who decides whether the incident is resolved or needs further intervention.

The benefits of SOAR

• Process more alerts in less time: Centralizing data, enriching events, and automating responses lets a SOC handle hundreds or thousands of daily alerts without analysts missing real threats to alert fatigue.
• Faster response and containment: Automating enrichment, triage, and response reduces the gap between detection and remediation, cutting MTTD and MTTR.
• More consistent incident response: Playbooks define standard, scalable workflows so threats are handled the same way every time.
• Improved operational efficiency: Automating repetitive work frees analysts to focus on higher-value investigations and reduces costly human error.
• Stronger compliance and audit readiness: Structured workflows and automated documentation create clear records of how incidents were handled.
• Better collaboration and decision-making: A shared operational view and performance metrics help security, IT, and other stakeholders work together and refine playbooks over time.

Challenges and considerations

SOAR is powerful, but getting value from it requires planning. A few realities are worth accounting for.

• Upfront design effort: Effective automation requires clearly defined processes. Automating a poorly understood workflow compounds inefficiency rather than resolving it.
• Risk of over-automation: Without guardrails, automation can disable accounts or isolate systems at the wrong moment, which is why human oversight is essential.
• Ongoing ownership: Playbooks must be maintained, versioned, and improved, or they become outdated and overly complex.
• Skills and change management: Teams need both security expertise and workflow-design skills, and analysts need time to adapt to automation-assisted operations.

SOAR use cases

SOAR delivers the most value when applied to repeatable, high-volume processes. Common use cases include:

• Automated phishing response: Ingesting reported emails, extracting and enriching indicators, checking for similar messages, and quarantining malicious mail.
• Threat intelligence enrichment: Automatically querying internal and external feeds, checking indicators against known malicious infrastructure, and correlating related alerts.
• Incident triage and escalation: Assigning severity by predefined criteria, routing to the right analyst, and triggering escalation when thresholds are met.
• Account compromise response: Validating the alert, disabling or resetting accounts, revoking sessions, and documenting actions for compliance.
• Vulnerability management coordination: Ingesting scan results, prioritizing by risk, creating tickets, and tracking remediation across IT teams.

SOAR vs. SIEM vs. XDR: what is the difference?

SOAR is frequently confused with SIEM and XDR because all three help SOCs handle threats at scale. They are complementary rather than interchangeable, and large teams often run all three together.

SIEM finds threats by analyzing data, XDR adds depth of detection and response across specific resources, and SOAR coordinates the response by automating and connecting the tools. A common pattern is a SIEM raising an alert that a SOAR then enriches and acts on. Because SOAR ingests alerts that SIEMs often do not, such as vulnerability scan findings, cloud alerts, and Internet of Things (IoT) device alerts, SOAR and SIEM integrations are a natural pairing. Some experts believe XDR may eventually absorb these categories, much as SOAR once consolidated its own predecessors.

Why SOAR matters

The case for SOAR comes down to a widening gap between the volume of threats and the resources available to handle them. Security teams are tasked with working through thousands of alerts a day across siloed, sometimes outdated tools, while a persistent shortage of skilled cybersecurity talent leaves many roles unfilled. That combination creates manual errors, operational inefficiency, and analyst burnout, forcing teams to make judgment calls on which alerts to prioritize, which is how real threats get missed.

SOAR changes the economics of that problem. By systematically orchestrating and automating the alert-and-response process, it filters out the repetitive work that consumes the most time and energy, so analysts focus on the incidents that genuinely need human judgment. There is a direct financial dimension too: faster detection and response reduce the cost and impact of a breach, and standardized, documented response lowers the risk of legal liability and business downtime while maximizing the value of the security tools an organization already owns.

What to look for in a SOAR platform

Once the concept is clear, the practical question is which platform fits. After an honest internal audit of your security maturity, tool stack, and processes, weigh these factors.

• Ease of use and connectivity: The platform should integrate detection, enrichment, and response tools, ingesting alerts and executing coordinated playbooks across them.
• Breadth of prebuilt integrations: How many out-of-the-box integrations exist, how often are new ones added, and are updates free or paid? This is often the biggest driver of time-to-value.
• Custom integration capability: An internal software development kit (SDK) and onboarding support matter when a tool is not covered out of the box.
• Workflow and playbook features: Look for visual, drag-and-drop playbook building, live run views, nesting, and reusable custom tasks.
• Incident and case management: Native case management, incident-timeline reconstruction, post-incident review, and audit trails.
• Threat intelligence integration: Mapping external intelligence to internal incidents speeds investigation and can surface previously undetected activity.
• Deployment flexibility and pricing: Multi-tenancy, scalability, and a pricing model (per action, per node, or subscription) that fits your budget and growth.

Expert insight: SOAR is only as good as the intelligence behind it

Automation without good intelligence just makes bad decisions faster. A playbook that enriches an alert is only as useful as the Cyber Threat Intelligence (CTI) it draws on, and this is where a CTI-native approach changes the outcome. Sekoia builds automation and orchestration directly into its SOC platform, fed by intelligence from an in-house Threat Detection & Research (TDR) team through the native Sekoia Intelligence engine. When a playbook enriches or triages an alert, it draws on continuously updated, cross-referenced intelligence rather than a generic third-party feed, which means fewer false positives reaching an analyst and higher-confidence automated actions.

Two practical points follow for buyers. First, SOAR delivers value through breadth of integration, and Sekoia offers more than 300 integrations so playbooks can coordinate across an existing stack without vendor lock-in. Second, automation belongs inside the workflow rather than bolted on: because detection, native CTI, and automated incident response live in one platform, orchestration does not require stitching together separate SIEM, threat intelligence platform, and SOAR products from different vendors. As a European vendor, Sekoia pairs this with a data sovereignty posture that addresses requirements US generalists rarely match, which matters when automated playbooks are touching sensitive incident data.

The future of SOAR

SOAR is moving beyond static, rule-based automation toward adaptive, intelligence-driven workflows. Several trends stand out. Generative AI is making playbook creation accessible through natural language, so analysts, not just automation specialists, can build and refine workflows. Next-generation platforms are adding feedback loops that learn from past incidents and adjust over time. SOAR is expanding beyond post-alert response into pre-alert signal correlation and post-incident tasks like reporting and control updates. And as agentic AI and non-human identities spread, SOAR is emerging as a control plane that coordinates autonomous actions safely with guardrails. The SOAR label itself may eventually fade as its capabilities are absorbed into SIEM, XDR, and broader security operations platforms.

‍

Frequently asked questions