Best SOAR Solutions: Top 6 Options in 2026

What Are SOAR Solutions? 

SOAR refers to Security Orchestration, Automation, and Response (SOAR). SOAR solutions are software platforms and processes that help organizations automate and simplify their cybersecurity operations. These platforms integrate disparate security tools, automate repetitive tasks to speed up incident response, and provide a centralized platform for security teams to manage threats and coordinate actions efficiently.

SOAR solutions use pre-defined playbooks to automate routine responses, reducing the need for manual intervention. The goal of a SOAR solution is to simplify incident response and provide deeper visibility into the overall security posture of an organization. With threats becoming more sophisticated, SOAR tools are increasingly critical for modern cybersecurity operations centers (SOCs).

Understanding the SOAR Market Trends 

The SOAR market is experiencing sustained expansion as organizations shift toward automated security operations. It is projected to grow from USD 1.87 billion to USD 4.42 billion by 2030, reflecting a CAGR of 18.82%. This growth is tied directly to the increasing scale of cyber threats and the operational limits of manual security processes.

Key drivers of adoption include: 

• The rapid increase in alert volume and complexity: Modern IT environments generate massive amounts of logs and events, which overwhelm security teams. Without automation, analysts struggle to prioritize and respond effectively, increasing the risk of missed threats.
• The shortage of skilled cybersecurity professionals: With millions of unfilled roles globally, organizations rely on SOAR platforms to automate routine tasks such as data collection, enrichment, and initial response actions. This allows limited staff to focus on higher-value activities like threat hunting.
• Regulatory pressure: Compliance frameworks increasingly require fast incident response, detailed reporting, and traceable workflows. SOAR platforms help meet these requirements by automatically documenting actions and generating audit-ready records. In parallel, cyber-insurance providers offer financial incentives to organizations that can demonstrate strong automated response capabilities.

Artificial intelligence, especially generative AI, is becoming a core component of SOAR platforms. It enables faster creation and modification of playbooks by generating context-aware workflows. This reduces the time needed to design and maintain automation logic, which traditionally required significant manual effort.

AI also improves operational efficiency by handling alert triage and executing routine responses without human input. Some platforms can resolve the majority of low-level incidents automatically, significantly reducing response times and analyst workload. At the same time, human oversight remains important for critical decisions in regulated environments.

Benefits of SOAR Solutions 

SOAR solutions provide several operational and strategic advantages for security teams. By automating tasks and centralizing workflows, they allow analysts to focus on higher-value investigations rather than repetitive manual work. This leads to more consistent, faster, and accurate incident handling across the organization.

Key benefits include:

• Comprehensive reporting: Detailed logs and reports simplify compliance and post-incident reviews.
• Faster incident response: Automation reduces the time needed to detect, analyze, and remediate threats.
• Improved efficiency: Routine tasks like data collection, enrichment, and correlation are handled automatically, freeing analysts for complex work.
• Consistent processes: Playbooks ensure incidents are managed in a standardized way, lowering the risk of missed steps.
• Reduced analyst fatigue: By cutting repetitive work, SOAR helps prevent burnout in SOC teams.
• Better collaboration: Centralized dashboards and case management enable multiple teams to work together on incidents.
• Enhanced accuracy: Automated workflows reduce human errors in investigation and response.
• Scalable security operations: SOAR platforms allow organizations to handle more alerts without proportionally increasing headcount.

Notable SOAR Solutions

Unified / SIEM-Integrated SOAR Platforms

1. Exabeam

Exabeam combines SIEM, UEBA, and built-in automation to streamline threat detection, investigation, and response. It unifies telemetry from identity systems, endpoints, networks, cloud services, and threat intelligence into a single analytics layer, then automates investigations and playbook-driven actions. The Nova agentic AI accelerates case summaries, suggests next steps, and helps analysts prioritize response while low-code playbooks orchestrate actions across the stack.

Key features include:

• Integrated SIEM and SOAR: Exabeam’s SIEM provides advanced log management and behavioral analytics that feed its automation capabilities. Detections can trigger standardized response workflows, allowing analysts to move from alert to action without switching tools.
• Low-code playbooks and workflow automation:  Prebuilt and customizable playbooks enable rapid containment, eradication, and recovery. Analysts can view, modify, and reuse workflows to match evolving threats and operational preferences.
• Agentic AI for faster TDIR: Nova’s agentic AI automatically summarizes cases, classifies threats, identifies attack paths, and recommends next steps, reducing mean time to respond by 80% and improving consistency.
• Behavioral analytics and risk-based prioritization: Exabeam’s UEBA models typical user and entity behavior to establish baselines. When deviations occur, it assigns dynamic risk scores that help analysts focus on the most critical threats and automate related responses.
• Broad ecosystem integrations: The platform connects with EDR, NDR, IAM, cloud security, and ticketing systems to enrich alerts and execute response actions such as account lockdown, device isolation, or policy updates.• Incident response at scale: Machine-built timelines, guided investigations, and automated workflows reduce manual effort throughout the entire detection and response lifecycle.

2. ManageEngine Log360

ManageEngine Log360 combines SIEM capabilities with integrated SOAR features to support threat detection, investigation, and response within a single platform. It focuses on enriching security events with external threat intelligence and automating response actions based on contextual risk scoring. By correlating internal logs with global threat feeds and applying analytics, it helps security teams prioritize real threats and reduce false positives.

Key features include:

• Threat intelligence integration: Aggregates and normalizes multiple external threat feeds (e.g., STIX/TAXII, VirusTotal) to validate events against known indicators.
• Alert enrichment and prioritization: Adds context such as IP reputation, geolocation, and IoCs, then assigns severity levels to improve triage.
• Automated incident response workflows: Triggers predefined actions like blocking IPs or disabling accounts to reduce response time.
• Event correlation and analytics: Correlates internal logs with external intelligence to detect multi-stage and complex attacks.
• MITRE ATT&CK mapping: Maps detections to known tactics and techniques to improve understanding of attack patterns.
• Integrated case management and ITSM connectivity: Sends enriched incidents to systems like ServiceNow or Jira for tracking and resolution.

Source: ManageEngine 

3. Splunk SOAR

Splunk SOAR is an orchestration and automation platform to unify security operations across tools and teams. It integrates deeply with the broader Splunk ecosystem, combining SIEM, UEBA, and automation into a single workflow. The platform enables organizations to automate repetitive tasks, coordinate responses across large toolsets, and manage incidents through structured case workflows, improving the speed and consistency of response.

Key features include:

• Extensive integrations and orchestration: Connects with over 300 tools and supports thousands of automated actions to coordinate workflows.
• Automated and customizable playbooks: Provides prebuilt and customizable playbooks aligned with frameworks like MITRE ATT&CK for end-to-end automation.
• Visual playbook editor: Enables low-code workflow creation using reusable logic blocks for faster development and updates.
• Centralized case management: Supports task assignment, tracking, and documentation for collaborative investigations.
• Built-in threat intelligence and insights: Offers investigation panels and research-backed context to prioritize threats.
• Flexible deployment models: Supports cloud, on-premises, and hybrid environments with integration into Splunk Enterprise Security.

Source: Splunk 

4. Tines

Tines is an automation-first workflow platform to orchestrate security and IT processes across diverse tools and environments. It focuses on flexibility and integration, allowing teams to build custom workflows that connect APIs, internal systems, and external services. With support for both human-driven and agentic workflows, it enables organizations to automate complex processes while maintaining control and governance.

Key features include:

• Flexible workflow builder: Provides an interface (Storyboard) to design and manage custom automation workflows.
• Vendor-agnostic integrations: Connects with any system that exposes an API, enabling broad interoperability across tools.
• AI-powered workflow interaction: Includes a copilot (Workbench) to query data and trigger actions in real time.
• Centralized case management: Offers structured case handling to track incidents, metrics, and SLA performance.
• Secure automation framework: Includes governance, monitoring, and guardrails for safe execution of workflows.
• Prebuilt workflow library: Provides reusable templates to accelerate deployment and standardize processes.

Source: Tines 

5. Sumo Logic Cloud SOAR

Sumo Logic Cloud SOAR is a cloud-native platform to automate incident response and simplify security operations across distributed environments. It emphasizes scalability and flexibility, supporting multi-cloud and hybrid deployments. By combining automated triage, case management, and integration capabilities, it helps reduce alert fatigue and improve response efficiency.

Key features include:

• Cloud-native scalable architecture: Supports elastic scaling and multi-tenant environments across cloud and hybrid setups.
• Automated triage and investigation: Analyzes indicators of compromise automatically to reduce false positives and analyst workload.
• Integrated case management: Provides centralized workflows, dashboards, and reporting for incident handling.
• Customizable playbooks and SOPs: Enables automated response through configurable workflows tailored to different scenarios.
• Open integration framework: Connects with a wide range of third-party tools and threat intelligence sources.
• Collaborative operations platform: Centralizes teams and processes for coordinated incident response.

Source: Sumo Logic 

6. Cortex XSOAR

Cortex XSOAR is an automation-focused SOAR platform that centralizes incident response across tools, teams, and processes. It combines orchestration, case management, and threat intelligence into a unified environment, enabling security teams to automate repetitive tasks and reduce investigation time. The platform emphasizes end-to-end workflow automation and real-time collaboration through a centralized interface.

Key features include:

• Extensive automation and playbooks: Provides hundreds of prebuilt integrations and playbooks with a visual editor for custom workflows.
• Centralized incident management: Consolidates alerts, indicators, and threat intelligence into a single workspace for investigation.
• Integrated threat intelligence: Enriches alerts and maps external threats to incidents for better context and prioritization.
• End-to-end orchestration: Coordinates actions across tools, teams, and processes to simplify response workflows.
• Real-time collaboration environment: Includes a shared workspace for analysts to investigate and respond together.
• Reduction of manual workload: Automates repetitive tasks to reduce analyst effort and improve operational efficiency.

Source: Palo Alto Networks

Related content: Read our guide to SOAR tools (coming soon) 

Considerations for Choosing SOAR Solutions 

Choosing the right SOAR solution involves aligning platform capabilities with your team’s workflows, existing toolsets, and operational maturity. Below are key and often overlooked considerations to guide an effective selection process:

• Integration depth, not just breadth: Evaluate how deeply the SOAR platform integrates with your current tools: SIEM, EDR, ticketing, threat intelligence, etc. Shallow or generic connectors can limit automation potential and require workarounds.
• Playbook customization and maintenance: Look for platforms that support both prebuilt and easily customizable playbooks. Consider the effort needed to maintain playbooks over time, especially as threat models and environments evolve.
• Security team skill sets: Some SOAR platforms require scripting or development skills to build and manage workflows. Assess whether your team has, or can develop, the necessary capabilities, or if a no-code/low-code platform is more suitable.
• Case management and collaboration features: Strong incident handling often depends on how well a SOAR platform supports collaboration; task assignments, role-based access, timelines, and documentation tracking are critical for response consistency.
• Scalability and deployment model: Consider whether the solution supports your infrastructure: cloud-native, hybrid, or on-prem. Ensure it can scale with your operations without requiring major rearchitecture.
• License and cost structure: Understand the pricing model, whether it’s per action, user, or endpoint, and how that scales. Some models can become cost-prohibitive as automation use grows.
• Vendor support and community ecosystem: A strong support model, active user community, and available integrations are often as valuable as the core platform features. Evaluate how easily you can get help, documentation, and shared playbooks.

Conclusion

SOAR solutions are essential for modern security operations, enabling organizations to simplify workflows, improve response times, and manage increasing alert volumes with greater consistency. By combining automation, orchestration, and centralized incident handling, these platforms reduce manual effort and improve collaboration across security teams. Their ability to integrate diverse tools and enforce standardized playbooks helps ensure that incidents are handled efficiently while minimizing human error.