Why Cloud-Native SOAR Vendors Fail When the Network Touches Physical Infrastructure

The Four Vendors Israeli CISOs Evaluate—and Where Each One Breaks

When an Israeli enterprise evaluates security automation, four names surface repeatedly. Each has real strengths. Each also has specific architectural limitations that make it unsuitable for hybrid or infrastructure-heavy environments. This is not marketing opinion. These are engineering constraints documented in their own product documentation.

Capability Matrix: What Each Platform Can and Cannot Do

This table evaluates each platform against the specific requirements of Israeli enterprise and critical infrastructure environments. Every claim is verifiable against each vendor's current documentation and deployment guides.

Capability	Torq	Tines	Swimlane	XSOAR	Cyberm8
Full on-prem deployment	No	No	Heavy VM	De-prioritized	Container
Isolated / unidirectional	No	No	No	No	Hot Folder
Native network primitives IP, subnet, VLAN, ACL as typed objects	JSON only	Text fields	Custom code	Limited	Native
Transactional multi-vendor push All-or-nothing across firewall fleet	Sequential	Sequential	Sequential	Sequential	Atomic
Automatic rollback on partial failure	No	No	No	Manual	Automatic
Zero custom code for firewall sync	JS required	Custom actions	Python integrations	Marketplace	No code
Data localty (IL) All data stays in Israeli infrastructure	US/EU cloud	EU cloud	If on-prem	If on-prem	On-prem
Lightweight edge deployment Single container, 2GB RAM	N/A	N/A	Heavy VM	Heavy VM	Docker/Podman
IEC 62443 / NISA compliance	Incompatible	Incompatible	Incompatible	Incompatible	Designed for

What Your Existing SOAR Cannot Do—Even With Unlimited Budget

This is the part of the conversation that vendor sales teams avoid. The limitations below are not feature gaps that will be addressed in a future roadmap. They are architectural constraints inherent to how these platforms were designed.

1. They Cannot Execute Without Internet Connectivity

Cloud SOAR platforms require persistent connectivity to their orchestration cloud. If your internet link goes down, your automation stops. If your security policy prohibits cloud action for certain workflows, those workflows cannot exist in these platforms. Cyberm8 runs locally. It executes from the container on your network. Internet connectivity is optional—used only for updates and license validation, never for action.

2. They Cannot Guarantee Consistent State Across Vendors

When Torq pushes a rule to 5 firewalls, it calls 5 APIs sequentially. If API #3 times out, APIs #1 and #2 have the new rule and APIs #4 and #5 don't. The platform logs the failure and creates a ticket. Your network is now in split-brain state. Cyberm8's transactional model treats the entire push as an atomic operation. All succeed or all roll back. No tickets. No manual recovery. No split-brain.

3. They Cannot Normalize Vendor-Specific Schemas Without Code

In Tines, to sync an AWS Security Group rule to a Check Point policy, you must write a custom "action" that parses the AWS JSON response, extracts the relevant fields, transforms them into Check Point's API format, handles edge cases (prefix lists, security group references, IPv6 dual-stack), and POSTs the result. In Cyberm8, you drag a connector from "AWS Security Groups" to "Check Point Policy" and the engine handles the translation natively. Because it understands what a CIDR block is.

When to Use What: An Honest Assessment

We're not claiming Cyberm8 replaces every automation platform. We're claiming it fills a specific gap that no other platform addresses. Here is an honest framework for which tool fits which use case:

• Pure cloud SOC alert triage (phishing analysis, threat enrichment, ticket creation) → Torq or Tines are excellent. Use them.
• Complex incident investigation workflows (multi-stage forensics, containment, eradication) → Cortex XSOAR or Splunk SOAR. Purpose-built for this.
• Hybrid-cloud perimeter synchronization (AWS SGs to on-prem firewalls, AD to ACLs, cross-vendor policy management) → Cyberm8. The only platform with native primitives, transactional consistency, and on-prem action.
• Isolated / OT zone automation (unidirectional data flow, data diode topology, IEC 62443 compliance) → Cyberm8. The only platform that operates without inbound connectivity.

The best architecture uses the right tool for each workload. Use your SOAR for threats. Use Cyberm8 for infrastructure. Let each engine do what it was built to do.