Executive Summary
Israeli enterprises spend $205K-$360K annually on manual and script-based network infrastructure synchronization—work that is repetitive, error-prone, and consumes senior engineering capacity that should be directed at strategic security initiatives. Cyberm8 eliminates this cost by providing a dedicated, controlled automation engine that runs on-premises, operates without depending on cloud access, and guarantees transactional consistency across multi-vendor firewall estates.
The Cost of Manual SecOps in Israeli Enterprises
Security operations teams in mid-to-large Israeli enterprises currently manage network infrastructure synchronization through a combination of custom Python scripts, Ansible playbooks, and SOAR platform playbooks repurposed for infrastructure tasks. This approach generates four categories of measurable cost:
| Cost Category | Annual Range | Source |
|---|---|---|
| Direct Labor: Script Development & Maintenance Senior network engineers writing, debugging, and maintaining custom integration code |
$120K - $180K | 1.0-1.5 FTE @ IL senior eng. market rate |
| SIEM/SOAR Overcharge Data ingestion and playbook action fees for non-threat infrastructure events |
$40K - $80K | 30-45% of SIEM volume is infra events |
| Incident Response: Script & Configuration Failures Split-brain recovery, manual rollback, emergency remediation, compliance incident filing |
$30K - $60K | 4-8 incidents/year @ $7K-$8K each |
| Compliance Remediation Audit finding remediation for inconsistent control application across network segments |
$15K - $40K | ISO 27001, SOC 2, PCI DSS, NISA findings |
| Total Annual Cost of Manual SecOps | $205K - $360K |
Opportunity cost of delayed security initiatives. Senior network engineers maintaining sync scripts are not working on zero-trust architecture, micro-segmentation, or cloud security posture management. Across our 20+ deployments, CISOs consistently report that the most valuable outcome of deploying Cyberm8 is not the cost savings—it's getting their best engineers back on strategic work.
What "Doing Nothing" Actually Costs
The financial analysis above captures operational costs. It does not capture the risk exposure created by manual infrastructure management. These risks are real, quantifiable, and actively exploited by adversaries operating in the Israeli threat landscape.
Split-Brain Configuration Exposure
When a sync script fails partway through action, your firewall estate enters an inconsistent state. Some devices have the new policy; others don't. This creates security gaps that can persist for hours or days. In a 50-firewall estate with sequential push, the probability of at least one failure per sync cycle is 63.6%. This is not a risk to accept—it is a near-certainty.
Key-Person Dependency
In 18 of our 20+ accounts, a single engineer was the sole maintainer of the infrastructure sync code. When that engineer leaves—or goes on reserve duty for 30 days—the organization has no capacity to debug, modify, or recover the system. This is a single-point-of-failure in a critical operational capability. Most organizations have not conducted a risk assessment of this dependency.
Compliance Gap Accumulation
Every configuration change made through scripts without transactional consistency and clear audit trails creates a potential compliance gap. These gaps accumulate silently between audits and surface as material findings. The average remediation cost for a network-related ISO 27001 finding in Israel is $8K-$15K including assessor time and re-audit fees.
Local Data Control Exposure
Organizations using cloud-hosted SOAR platforms route firewall policies, network topology, and API credentials through third-party cloud infrastructure. Under the US CLOUD Act, this data is legally accessible to US law enforcement regardless of where it's physically stored. For defense-adjacent and critical infrastructure organizations, this exposure may violate NISA requirements.
Cyberm8: What It Is, What It Replaces, What It Doesn't
Cyberm8 is a dedicated infrastructure automation sub-processor that handles high-frequency, predictable network configuration tasks. It is not a SIEM. It is not a SOAR. It does not replace your threat detection or incident response capabilities. It replaces the custom scripts and repurposed SOAR playbooks that are currently doing infrastructure synchronization work they were never designed for.
| Characteristic | Detail |
|---|---|
| Deployment model | Containerized, on-premises. Docker, Podman, or Kubernetes. 2GB RAM. No cloud dependency for action. |
| Data localty | Zero data egress. All firewall policies, credentials, and logs stay on your infrastructure. No CLOUD Act exposure. |
| Integration | Sits alongside existing SIEM/SOAR. Receives routed events via webhook/REST. Returns status to SIEM for audit trail continuity. |
| Key differentiator | Transactional multi-vendor push with automatic rollback. If any device fails, all devices revert. Zero split-brain. |
| AI approach | AI assistant (Cody) used for workflow design only. Action is predictable, version-controlled, cryptographically signed. AI can be disabled entirely. |
| Time to value | First workflow live in 1-3 days. Full deployment in 2-4 weeks. 60-day deferred billing pilot available. |
The Board Presentation: One Slide
If you need to present this decision to a board or executive committee, here is the single slide that captures the business case:
Recommended Decision Path
Based on deployment patterns across our 20+ enterprise accounts, we recommend the following evaluation and procurement path:
- 3-hour workflow proof — Technical team validates core capabilities against your actual firewall estate. Live demonstration of transactional push, rollback, and audit trail generation. No commitment required. Scheduled within 1 week of request.
- 60-Day Deferred Billing Pilot — Deploy Cyberm8 alongside your existing SIEM/SOAR. Measure data volume reduction, engineering hours reclaimed, and incident count delta in your own environment. Pilot costs credited against Year 1 license. Deployable using existing services/contractor budget—no CapEx approval required.
- ROI Presentation to CFO/Board — At Day 45, Cyberm8 generates a quantified ROI report based on measured outcomes from your pilot. Your CISO presents actual data, not vendor projections. Budget approval based on demonstrated value.
- Annual License Conversion — If the numbers justify it—and in 100% of our pilots, they have—convert to annual license with pilot costs credited. Full deployment typically completes within 2 additional weeks.
The 60-day deferred billing pilot is structured specifically for mid-year budget constraints. Your team gets immediate access to the platform using existing discretionary or contractor funding. The annual commitment decision is deferred until measured ROI data is available. You never present a cost without a proven benefit.
Start With the Value Sprint
No commitment. No lengthy evaluation. Three hours with your technical team. Real firewall targets. Real transactional push. Real rollback demonstration. If the technology doesn't prove itself live, the conversation ends there.
info@cyberm8.com | Rosh Ha'ayin, Israel