Best SOAR Alternatives for MSSPs in 2026: Beyond Legacy Automation
Reviewed by ContraForce Security Operations Team · Updated 2026-08-12
Why SOAR Is Failing MSSPs
The SOAR Promise vs. Reality
When SOAR emerged in the late 2010s, it promised MSSPs a unified platform to connect security tools, automate manual tasks, and respond to threats faster. The value proposition was compelling: reduce alert fatigue, standardize incident response, and scale security operations without proportional headcount growth.
The reality is far different.1. Coding Burden
Traditional SOAR platforms require deep technical expertise to build and maintain workflows. While vendors claim "visual builders" and "low-code" capabilities, real-world implementations reveal:
- Complex Python, JavaScript, or custom DSL scripting for non-trivial workflows
- Steep learning curves for security teams unfamiliar with development
- High dependency on specialized integrators and consultants
- Workflow maintenance overhead as your tech stack evolves
2. Performance Limitations
Traditional SOAR engines struggle with:
- High-volume alert processing (1000s of events per second across clients)
- Latency in workflow execution (average 2-10 second response delays)
- Bottlenecks in webhook handling and API rate-limiting
- Poor handling of concurrent workflow executions
- Difficulty managing SLAs when alert volumes spike
3. Multi-Tenancy Problems
SOAR solutions designed in the enterprise-first era struggle with true multi-tenancy:
- Data isolation complexities requiring workarounds and custom configurations
- Difficulty enforcing client-specific workflows without platform sprawl
- Cross-client visibility and access controls remain fragile
- Scaling licensing costs when managing hundreds of alert streams across clients
4. Underutilization & ROI Erosion
Many SOAR deployments see only 10-20% of available automation capabilities utilized:
- Complex interfaces deter analysts from building new workflows
- Lack of visibility into automation impact (how many alerts were actually automated?)
- Difficulty demonstrating ROI to budget-constrained organizations
- Workflows become "set and forget," missing optimization opportunities
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The Shift to Hyperautomation & AI-Native Platforms
What's Changing?
The next generation of security automation platforms is built around different principles:
- AI-Native, Not AI-Adjacent
- No-Code-First Design
- Hyperautomation Beyond Security
- Purpose-Built for Managed Services
- Event-Driven, Not Workflow-Driven
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Best SOAR Alternatives for MSSPs 2026
1. ContraForce: The SOAR Alternative Built for MSSPs
Best For: MSSPs wanting to eliminate SOAR entirely and scale automation without coding Key Differentiators:- Gamebooks™: Revolutionary no-code framework replacing SOAR automation entirely
- Security Delivery Agent Architecture: Autonomous agents handle response decisions without human intervention
- Purpose-Built for MSPs/MSSPs: Multi-tenancy, billing, and white-labeling baked in
- Zero Coding Required: Security analysts (not developers) control automation
- Incident Automation: Full response cycle: detect → contain → remediate → report
- Fastest time-to-value (days, not months)
- Lowest total cost of ownership for multi-client environments
- Superior MSP/MSSP feature set (already handles your operational model)
- Security Delivery Agents reduce manual analyst workload by 60-80%
- Seamless scaling from 5 clients to 500+
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2. Torq: Hyperautomation Platform with Socrates AI
Best For: MSSPs wanting AI-augmented automation with 300+ native connectors Key Differentiators:- Socrates AI: Generative AI engine for intelligent automation
- 300+ Pre-Built Integrations: Connect to virtually any security tool
- Event-Driven Architecture: Real-time processing without latency
- Visual Workflow Builder: No-code/low-code automation
- Extensive connector library reduces custom integration work
- Strong event-driven processing for high-volume environments
- Good alert aggregation and correlation
- Growing AI capabilities
- Still requires some technical expertise for advanced workflows
- Multi-tenancy improvements ongoing (not as mature as purpose-built MSSP solutions)
- Licensing costs scale with alert volume
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3. D3 Security (Smart SOAR): MITRE D3FEND-Aligned Automation
Best For: MSSPs focused on threat-informed defense and vendor-agnostic workflows Key Differentiators:- MITRE D3FEND Framework: Built-in defensive countermeasure library
- Vendor-Agnostic: Works with any security tool (no vendor lock-in)
- Threat Intelligence Integration: Native TI enrichment
- Community-Driven Workflows: Leverage shared incident response workflows
- Strong focus on defense-in-depth and D3FEND practices
- Flexible architecture supports heterogeneous tool stacks
- Good for organizations with diverse vendor ecosystems
- Steeper learning curve than ContraForce or Torq
- Less AI-native compared to newer platforms
- Multi-tenancy remains complex
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4. Swimlane Turbine: AI-Powered Case Management & Enrichment
Best For: MSSPs wanting AI-driven case enrichment and dynamic investigation Key Differentiators:- AI-Powered Enrichment: Automatic case context and investigation suggestions
- Dynamic Workflows: Workflows adapt based on case characteristics
- Case Management Focus: Better for incident investigation workflows
- Unlimited API Integration: No connector licensing restrictions
- Excellent for complex, multi-stage investigations
- Strong enrichment reduces analyst time per case
- Visual workflow builder is intuitive
- Good scalability for enterprise deployments
- More focused on case management than alert automation
- Higher implementation effort than ContraForce
- Better suited for larger MSSPs with mature processes
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5. Tines: Low-Code Automation Platform
Best For: MSSPs wanting simplicity and speed-to-deployment Key Differentiators:- Super Simple UI: Easiest platform to learn and use
- Lightweight: Fast deployments with minimal infrastructure
- Extensible via API: Integrate with anything
- Community-Driven: Active Slack community and templates
- Fastest time-to-first-automation
- Lowest learning curve
- Minimal infrastructure requirements
- Great for small-to-mid-sized MSSPs
- Limited AI capabilities
- Less advanced enrichment and correlation
- Fewer pre-built integrations compared to Torq
- Better for tactical automation than strategic coordination
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6. Cortex XSOAR (Palo Alto Networks): Enterprise SOAR with AI Upgrades
Best For: MSSPs deeply integrated with Palo Alto Networks ecosystem Key Differentiators:- Palo Alto Integration: Native connectors to entire PAN ecosystem
- Advanced Automation: Mature workflow engine with extensive capabilities
- GenAI Assistant: New AI assistant for workflow generation
- Enterprise-Grade: High availability, redundancy, and compliance
- Best-in-class for PAN-centric environments
- Mature platform with large community
- Strong compliance and audit capabilities
- Enterprise scalability
- High licensing costs (especially for MSSPs)
- Complex implementation and maintenance
- Still requires significant coding for advanced workflows
- Multi-tenancy remains challenging
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7. FortiSOAR (Fortinet): SOAR Integrated with Fortinet Ecosystem
Best For: MSSPs using Fortinet security products extensively Key Differentiators:- Fortinet Integration: Native automation with FortiGate, FortiMail, FortiDLP
- Cloud-Ready: FortiCloud native architecture
- API-First: Extensive REST API for integrations
- Cost-Effective: Licensing tied to Fortinet product consumption
- Excellent for Fortinet-heavy deployments
- Lower licensing costs for Fortinet customers
- Good incident response automation
- Limited third-party integrations outside Fortinet
- Not purpose-built for multi-tenant MSSPs
- Still requires coding expertise
- Smaller community compared to PAN/Cisco
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8. Splunk SOAR (Cisco): SOAR Within the Splunk/Cisco Ecosystem
Best For: MSSPs already invested in Splunk infrastructure Key Differentiators:- Splunk Integration: Seamless automation with Splunk Enterprise/Cloud
- Cisco Ecosystem: Native connections to Cisco security products
- Extensive Community: Large user base and workflow library
- Mature Platform: Years of production hardening
- Best-in-class Splunk integration
- Large community with extensive workflow libraries
- Strong with Cisco customers
- Legacy architecture struggling with modern cloud-native deployments
- Multi-tenancy remains an afterthought
- High total cost of ownership
- Still requires significant technical expertise
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Detailed Comparison Matrix
| Feature | ContraForce | Torq | D3 Security | Swimlane | Tines | Cortex XSOAR | FortiSOAR | Splunk SOAR |
|---|---|---|---|---|---|---|---|---|
| No-Code Capability | 5/5 | 4/5 | 3/5 | 4/5 | 5/5 | 2/5 | 3/5 | 2/5 |
| MSSP Multi-Tenancy | 5/5 | 3/5 | 3/5 | 3/5 | 3/5 | 2/5 | 2/5 | 2/5 |
| AI Capabilities | 5/5 | 4/5 | 3/5 | 4/5 | 2/5 | 3/5 | 2/5 | 3/5 |
| Pre-Built Integrations | 4/5 | 5/5 | 4/5 | 4/5 | 3/5 | 4/5 | 3/5 | 4/5 |
| Performance (Events/sec) | 5/5 | 4/5 | 3/5 | 4/5 | 4/5 | 3/5 | 3/5 | 2/5 |
| Time-to-Value | 1-3 weeks | 6-12 weeks | 8-16 weeks | 8-12 weeks | 2-4 weeks | 12-20 weeks | 8-16 weeks | 10-18 weeks |
| Learning Curve | Very Easy | Easy | Moderate | Moderate | Very Easy | Difficult | Difficult | Difficult |
| Licensing Model | MSSP-Friendly | Volume-Based | Per-Org | Enterprise | Usage-Based | High per-unit | Fortinet-Bundle | Splunk-Bundle |
| Community Support | Growing | Large | Medium | Large | Large | Largest | Medium | Largest |
| Total Cost of Ownership (3yr) | Low | Medium | Medium | Medium-High | Low | Very High | Medium | High |
ContraForce: The SOAR Killer
Why ContraForce Eliminates the Need for SOAR Entirely
ContraForce isn't just another SOAR alternative. It's a fundamental rethinking of how security automation should work for MSSPs. Here's why:
#### 1. Gamebooks Replace Static Workflows
Traditional SOAR automation are static workflows executed sequentially. Gamebooks are dynamic, responsive, and purpose-built for security incident response:
- Decision Trees Instead of Linear Flows: Each branch adapts based on context
- Built-in Threat Intelligence: Automatic enrichment informs decision-making
- Human-in-the-Loop by Design: Seamlessly hand off complex decisions to analysts
- No Coding Required: Security analysts (not developers) build automation
ContraForce's Security Delivery Agents function as tireless, 24/7 security analysts:
- Threat Assessment: Automatically classify incident severity and type
- Response Execution: Contain, isolate, or remediate threats autonomously
- Escalation Logic: Route complex cases to humans efficiently
- Continuous Learning: Improve decision quality over time
#### 3. Purpose-Built for MSSPs
ContraForce's architecture was designed from day one for managed service providers:
- Native Multi-Tenancy: Isolate clients at database and application layers
- Client-Specific Workflows: Each customer sees their own gamebooks and results
- Built-in Billing Integration: Track automation usage per client automatically
- White-Label Ready: Rebrand as your own security automation platform
- Compliance by Default: pre-configured
As your MSSP grows from 10 to 100 to 1000+ clients:
- No Performance Degradation: Event-driven architecture handles unlimited throughput
- Automatic Infrastructure Scaling: Cloud-native design scales with demand
- Consistent Per-Client Experience: No slowdowns during peak alert periods
- Pricing Scales Linearly: Pay for what you use, not per connector or feature
ContraForce automates the entire incident lifecycle:
- Detection: Ingest alerts from any SIEM or security tool
- Enrichment: Security Delivery Agents correlate and contextualize automatically
- Containment: Execute isolation, blocking, or quarantine actions
- Investigation: Gather forensic evidence and create investigation timeline
- Remediation: Patch systems, revoke credentials, or rebuild as needed
- Reporting: Auto-generate incident summaries and detection reports
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ContraForce Implementation: 90-Day Success Plan
| Phase | Timeline | Key Activities | Success Metrics |
|---|---|---|---|
| Phase 1: Onboarding | Weeks 1-2 | Platform setup, team training, data integration | 100% analyst trained, all data sources connected |
| Phase 2: Staged Automation | Weeks 3-6 | Deploy 2-3 high-impact gamebooks, collect metrics | 30-40% of alerts automated, 0 false positives |
| Phase 3: Scaling | Weeks 7-12 | Deploy 10+ gamebooks, multi-client rollout | 60-70% of alerts automated, 20-30% analyst time reduction |
| Phase 4: Optimization | Weeks 13+ | Fine-tune Security Delivery Agents, introduce advanced features | 75%+ automation rate, measurable MTTR improvements |
FAQ
General Questions
Q1: Is SOAR really dying? A: Legacy SOAR tools are stagnating, but security automation isn't disappearing. It's evolving. Hyperautomation platforms and AI-native solutions are replacing rigid SOAR architectures. If your SOAR requires significant coding and multi-year implementations, it's time to look at modern alternatives. Q2: What's the difference between SOAR and hyperautomation? A: SOAR automates security tools through workflows (mostly alert-driven). Hyperautomation extends automation beyond security tools to incident management, ticketing, and business processes, and often includes Security Delivery Agents. Hyperautomation is broader, faster, and more intelligent. Q3: Can I migrate from my current SOAR to an alternative? A: Yes, though it's not a lift-and-shift. Your existing workflows will need to be reimplemented in the new platform's format. However, with no-code platforms like ContraForce, this is faster than with traditional SOAR. Expect 2-4 weeks to port your high-priority automations. Q4: What's the typical ROI timeline for a new platform? A: ContraForce and Tines achieve ROI in 3-6 months. Torq and D3 Security: 6-9 months. Enterprise SOAR platforms (Cortex XSOAR, Splunk SOAR): 12-18 months.Technical Questions
Q5: How do no-code platforms handle complex logic? A: Modern no-code platforms (ContraForce, Tines, Torq) use visual builders with decision trees, loops, and conditionals. You can build surprisingly complex workflows without touching code. For truly complex logic, you can extend with APIs or webhooks. Q6: What about integrations with my existing tools? A: Most modern platforms have 100+ pre-built integrations. For less common tools, REST APIs are sufficient for most use cases. ContraForce, Torq, and D3 Security all support unlimited custom integrations via API. Q7: How do these platforms handle multi-tenancy? A: Purpose-built MSSP platforms (ContraForce) have multi-tenancy as a core architectural principle. General-purpose platforms (Torq, Tines) can support multi-tenancy but may require additional configuration. Legacy SOAR platforms struggle with true multi-tenancy. Q8: Can Security Delivery Agents really be trusted to make containment decisions? A: Modern Security Delivery Agents are trained on millions of incident response decisions and can be configured to act autonomously or alert humans for approval. Start with "suggest" mode (recommend actions to analysts) before moving to autonomous execution.Business Questions
Q9: What's the typical cost comparison? A: ContraForce Cloud publishes monthly plans from $249 to $3,999, plus a flat rate per incident processed by a Security Delivery Agent; Enterprise terms are custom. Other vendors change packaging frequently, so request current written quotes and model the same incident volume, integration scope, and term for every option. Q10: Will switching platforms disrupt my operations? A: With careful planning (phased rollout, parallel run periods), disruption is minimal. Most MSSPs see improved alerting efficiency during the transition. Plan for 2-4 weeks of parallel operation. Q11: How do I measure success with a new platform? A: Key metrics: % of alerts automated, analyst time saved per alert, mean time to response (MTTR), false positive rate reduction, cost per automation. Track before/after and report monthly. Q12: What if our team doesn't have automation experience? A: This is exactly why no-code platforms exist. ContraForce and Tines are designed for security analysts with no coding background. Vendor training and community support bridge the gap. Plan for 2-4 weeks of team upskilling.---
Get Started with ContraForce
Why ContraForce is the Right Choice for MSSPs
- Zero coding required: Gamebooks are built by security analysts, not developers
- 90-day ROI: See measurable automation improvements in your first quarter
- True MSSP architecture: Multi-tenancy, billing, and white-labeling built in
- Security Delivery Agents as tireless analysts: 60-80% reduction in manual incident response work
- Fastest time-to-value: Go from onboarding to first automation in 1-3 weeks
Conclusion
Legacy SOAR platforms were built for enterprise IT environments in 2015. MSSPs in 2026 need platforms built for scale, multi-tenancy, and AI-driven automation. The shift from SOAR to hyperautomation isn't optional. It's becoming table stakes for competitive MSSPs.
ContraForce, Torq, and Tines represent the new generation of security automation. Each excels in different contexts, but if you want the fastest path to automation, the deepest MSSP features, and the lowest learning curve, ContraForce is purpose-built for you.
The best SOAR alternative is one you never have to maintain as a SOAR at all.---
About This Guide
Methodology: Vendor research, customer interviews, benchmark analysis Update Frequency: Quarterly---
Sources and review method
Product capabilities were reviewed against primary sources on 2026-08-12. ContraForce performance figures are product telemetry, not independent industry benchmarks.