Category: Security Operations & Detection

Security Orchestration Automation and Response

Also known as: SOAR, Security Orchestration, Automation and Response, SOAR platform, SOAR solution

Simply put

SOAR is a category of security software that connects an organization's separate security tools so they work together and automates repetitive tasks involved in responding to threats. Instead of security staff manually moving between different tools, SOAR coordinates them into streamlined workflows. The goal is to make security operations faster and more consistent by reducing manual, mundane work.

Formal definition

Security Orchestration, Automation and Response (SOAR) refers to a class of security solutions that integrate and coordinate disparate security tools into unified, streamlined threat-response workflows, automate repetitive operational tasks, and support the orchestration and execution of incident response processes. Functioning as an integration layer across an organization's security stack, SOAR platforms typically ingest data from multiple sources, apply automated or semi-automated playbooks to routine actions, and orchestrate response steps across integrated tools. Note that SOAR is an operational technology layer rather than a governance or leadership function; it supports security operations teams and does not itself constitute or replace strategic security direction, and the effectiveness of any deployment depends on the maturity of underlying processes, the tools available for integration, and how workflows are configured.

Why it matters

Security operations teams often work across many separate tools that do not natively communicate with one another, which forces analysts to manually move data and actions between systems during threat response. SOAR matters because it addresses this fragmentation by acting as an integration layer that connects disparate security tools into streamlined, coordinated workflows. By automating repetitive and mundane operational tasks, SOAR can help teams respond to threats more consistently and reduce the manual effort involved in routine actions.

The value of SOAR is closely tied to the maturity of the processes it automates. Automating a poorly defined or broken workflow tends to produce faster inconsistent results rather than better outcomes, so organizations typically see the most benefit when their underlying incident response processes are already well understood. The effectiveness of any deployment also depends on which tools are available for integration and how the response playbooks and workflows are configured.

It is important to position SOAR correctly within a security program. SOAR is an operational technology layer that supports security operations teams; it does not constitute or replace strategic security direction, governance, or leadership. Buyers should be cautious about treating a SOAR platform as a substitute for a defined security strategy or for the people and processes that give automation its context. A common mistake is assuming that acquiring a SOAR platform will by itself mature a security operations function, when in practice the platform amplifies whatever processes and integrations already exist.

Who it's relevant to

Security operations teams

SOAR is primarily designed to support security operations teams by automating repetitive tasks and coordinating separate tools into streamlined threat-response workflows. Teams that spend significant time manually moving between disparate systems are the most direct beneficiaries, though the value they realize depends on how well their existing response processes are defined.

Organizations with fragmented security tooling

Organizations that have accumulated multiple, non-integrated security tools may find SOAR relevant as an umbrella layer that brings those tools together. The benefit is contingent on having tools that can be integrated and on the maturity of the processes those integrations are meant to automate.

Security leaders evaluating operational investments

For security leaders, including those in virtual or fractional CISO roles who advise on operational strategy, SOAR is relevant as a technology decision that should follow from clearly defined processes rather than precede them. A leader typically helps clarify whether the organization's operational maturity, integration landscape, and staffing make a SOAR deployment worthwhile, while recognizing that SOAR supports operations and does not itself provide strategic security direction. Note that recommending or scoping a platform is an advisory function; accountability for the decision and its outcomes generally remains with the client organization and its officers.

Inside SOAR

Orchestration

The coordination and integration of disparate security tools, systems, and data sources so that they can share information and act in a connected workflow rather than in isolation. Orchestration is typically what allows a SOAR platform to tie together tools such as SIEM, threat intelligence feeds, endpoint tools, and ticketing systems.

Automation

The execution of predefined tasks or actions with limited or no human intervention, such as enriching an alert with context, blocking an indicator, or opening a case. Automation aims to reduce manual, repetitive analyst effort, though the degree of automation applied often varies by organizational maturity and risk tolerance.

Response (Case and Incident Management)

The workflow and tracking capabilities used to manage security incidents through investigation to resolution, often including case documentation, collaboration, and metrics. In many deployments SOAR supports the response process but does not by itself constitute a full incident response program or team.

Playbooks and Runbooks

Codified, repeatable sequences of steps that define how specific alert or incident types should be handled, sometimes combining automated actions with points requiring human decision or approval. Playbook effectiveness typically depends on well-defined processes existing before automation is applied.

Integrations and Connectors

The interfaces, typically via APIs, that connect a SOAR platform to the surrounding security and IT ecosystem. The practical value of a SOAR deployment often depends heavily on the coverage and reliability of these integrations.

Common questions

Answers to the questions practitioners most commonly ask about SOAR.

Does a virtual CISO manage or operate our SOAR platform day to day?

Typically no. A virtual CISO provides strategy, governance, and program-level direction, and SOAR platform administration, playbook tuning, and hands-on operation are generally out of scope unless explicitly contracted. Conflating a vCISO with an operational or managed security service role is a common mistake; the vCISO usually advises on whether and how SOAR fits your security program rather than running it. Where day-to-day operation is needed, that is often delivered by internal staff, a managed provider, or a separately scoped engagement.

Will implementing SOAR let us replace our security team with automation?

That is a misconception worth correcting. SOAR is intended to orchestrate and automate portions of security operations, not to substitute for the people, processes, and judgment behind them. Automation depends on well-defined workflows, and effective use still requires analysts to build, review, and refine playbooks and to handle cases automation cannot resolve. A virtual CISO can help set realistic expectations, but treating SOAR as a wholesale replacement for a team, or for security leadership as a governance and business risk function, tends to produce poor results.

How does a virtual CISO help us decide whether SOAR is appropriate for our organization?

A virtual CISO typically evaluates SOAR in the context of your organizational maturity, existing tooling, staffing, and defined risk priorities rather than recommending it as a default. The value of SOAR often depends on having repeatable, well-understood processes to automate; where those are absent, a vCISO may advise maturing detection and response practices first. This assessment is advisory, and the decision and accountability for the investment generally remain with the client organization.

What prerequisites should we have in place before a SOAR implementation?

In many engagements, a virtual CISO will point to prerequisites such as documented incident response processes, integrated data sources, clear roles and escalation paths, and defined success criteria. SOAR generally automates existing workflows, so undocumented or inconsistent processes tend to limit its usefulness. Readiness varies by provider and organization, and the vCISO advises on gaps while the client retains responsibility for staffing and operational execution.

How does SOAR relate to frameworks or standards we may be pursuing?

SOAR can support elements of a security program that map to frameworks such as NIST CSF or controls referenced in SOC 2 or ISO 27001, particularly around detection, response, and consistency of operations. However, deploying SOAR does not by itself assert compliance or certification. A virtual CISO can help align automation efforts with control objectives and readiness activities, while distinguishing between supporting readiness and claiming a certified or compliant state.

Who is accountable for the decisions SOAR playbooks automate?

Accountability for security decisions, including those encoded into automated playbooks, usually remains with the client organization and its officers. A virtual CISO advises on and directs how automation should reflect risk tolerance and governance, but the vCISO does not typically assume legal or regulatory accountability unless a contract specifies otherwise. It is important that automated actions are reviewed and approved by the accountable client stakeholders, since automation executes decisions the organization owns.

Common misconceptions

SOAR is a security team or a managed service that runs your operations for you.

SOAR is a technology platform, not a staffing model or a managed security service provider. It supports analysts and processes but still requires skilled people, defined workflows, and ongoing tuning. A virtual CISO may advise on whether and how SOAR fits an organization's strategy and governance, but selecting or operating the tool does not substitute for security leadership or operational staff.

Deploying SOAR automatically improves security outcomes and reduces workload from day one.

SOAR generally amplifies the maturity of existing processes rather than creating maturity. If underlying detection, workflows, and escalation paths are poorly defined, automation can propagate errors faster. Value typically depends on organizational maturity, clean integrations, and well-designed playbooks that are maintained over time.

SOAR replaces the need for human analysts or for accountability over security decisions.

Automation can handle repetitive tasks, but human judgment is often still required for investigation, escalation, and decisions with business risk implications. Accountability for security decisions and their outcomes usually remains with the organization and its officers, regardless of how much is automated.

Best practices

Define and document your incident and alert-handling processes before automating them, since playbook effectiveness typically depends on mature underlying workflows.

Introduce automation incrementally, starting with low-risk enrichment and triage tasks and retaining human decision points for actions with significant business or operational impact.

Assess integration coverage and reliability early, because much of a SOAR deployment's practical value depends on how well it connects to your existing security and IT tools.

Clarify roles and accountability, ensuring that automation supports analysts and processes rather than being treated as a replacement for staff or for organizational responsibility over security decisions.

Continuously review and tune playbooks and automated actions as the environment, threats, and processes change, rather than treating deployment as a one-time effort.

Align SOAR adoption with broader security strategy and governance, engaging security leadership such as a virtual CISO to evaluate fit relative to organizational maturity and risk priorities.