What "Before" Looks Like for Most Israeli SOCs
Before we walk through the timeline, let's be honest about the baseline. This is the daily reality for SOC teams in mid-to-large Israeli enterprises before deploying a dedicated infrastructure automation engine:
Before — A Typical SOC Shift
After — Day 31 With Cyberm8
Day-by-Day: What Happens After Deployment
Container Deployed, First Connectors Online
The Cyberm8 container is deployed on a Linux host or Kubernetes pod. First connectors are configured: typically Active Directory (LDAP) and the primary firewall vendor (Check Point or Fortinet). Initial credential setup takes 30-60 minutes with the network team.
What the SOC team notices: Nothing yet. The container is running in observation mode, learning the current state of all connected systems without making any changes.
Full Configuration Baseline Established
Cyberm8 captures a complete snapshot of every firewall policy, ACL, security group, and AD group membership across all connected systems. This becomes the "known-good state"—the baseline against which all future changes are tracked and any drift is detected.
What the SOC team notices: The SOC Manager receives a baseline report showing the current state of all network perimeters. For many teams, this is the first time they've seen a unified view of their multi-vendor firewall estate in a single report.
In 14 of our 20+ deployments, the baseline capture revealed configuration inconsistencies between firewalls that the team didn't know existed. Rules that were supposed to be identical across sites had diverged over months of manual changes. Cyberm8 found them in hours.
AD-to-Firewall Sync Offloaded from SIEM
The first workflow goes live: Active Directory group membership changes automatically trigger firewall ACL updates. The SIEM routing rule is configured to send infrastructure events to Cyberm8 instead of the SOAR playbook.
What the SOC analyst notices: The overnight event count drops. Not dramatically yet—maybe 60-80 fewer events per shift. But the events that disappeared are the boring ones. The ones you always clicked "acknowledge" on without investigating. The dashboard feels cleaner.
What the network engineer notices: They didn't get paged at 3am because the AD sync script failed. It's the first quiet week in months. They use the time to finally document the network segmentation architecture they've been meaning to update since January.
Additional Workflows Migrated, Drift Detection Active
Additional infrastructure workflows are migrated from the SIEM/SOAR: certificate expiry monitoring, cloud security group drift detection, VPN user provisioning. Continuous state verification is enabled—Cyberm8 now checks every hour that all devices match the approved configuration.
What the SOC analyst notices: Event count has dropped 35-45% compared to pre-deployment baseline. Every event on the dashboard is now worth investigating. The morning triage that used to take 90 minutes now takes 40. You start spending the reclaimed time on threat hunting. You find things you would never have had time to look for.
The Team Stops Thinking About Infrastructure Sync
This is the inflection point. The SOC team stops noticing infrastructure sync events because they're no longer visible. They stop asking "did the script run?" because Cyberm8's status dashboard shows green across all workflows. The network engineer who used to maintain the Python scripts has reallocated that time to a micro-segmentation project they've been trying to start for 6 months.
What the SOC Manager notices: MTTD (mean-time-to-detect) has improved measurably. Not because the analysts got faster—because the noise dropped. The same team, with the same skills, is finding threats sooner because they're not buried under infrastructure churn. The weekly metrics report looks different. The CISO notices.
Measurable Outcomes
By Day 30, every deployment we've conducted shows consistent, measurable improvements across four dimensions:
What Changes for Each Role
For the SOC Analyst (Tier 1-2)
- Before: Triage 300+ events per shift, 40-60% are infrastructure noise. Alert fatigue is a daily reality. You miss things because you're drowning in routine.
- After: Triage 170-200 events per shift, all security-relevant. You have time to investigate properly. You start threat hunting. You find the compromised device that would have gone undetected for weeks.
For the Network Engineer
- Before: 10-15 hours/week maintaining sync scripts. On-call for script failures. The most senior engineer on the team is the only person who understands the code. Knowledge is siloed and fragile.
- After: Zero hours on sync scripts. On-call for actual network incidents only. Senior engineer is leading the micro-segmentation project. Knowledge is in the platform, not in one person's head.
For the SOC Manager
- Before: MTTD metrics are stubbornly high. You know the problem is noise, but you can't fix it without breaking the infrastructure sync workflows that live in the SIEM. You're stuck.
- After: MTTD improves within the first month. You have data to show the CISO. Your team's burnout indicators drop. Retention improves because analysts are doing real security work again.
For the CISO
- Before: SIEM costs rising 20-30% annually. SOC team is at capacity but MTTD isn't improving. The next budget request is for more analysts. The board is asking why security spending keeps increasing without proportional risk reduction.
- After: SIEM data volume drops 30-45%. Existing team is more effective. MTTD improves without hiring. Next budget conversation is about capability, not capacity. You have a better answer for the board.
SOC analyst turnover in Israel averages 18-24 months. A primary driver is burnout from alert fatigue and routine work. Analysts leave because they're not doing the work they were hired to do. Reducing infrastructure noise doesn't just improve metrics—it improves the job. Better work means better retention. Better retention means lower hiring costs and preserved institutional knowledge. The financial value of retaining one senior analyst for an additional year dwarfs the cost of any automation platform.
See Your Own Day 30 Metrics
Deploy Cyberm8 alongside your existing SIEM. Measure the event reduction, triage time improvement, and engineer hours reclaimed in your own environment. The numbers do the selling.
Start the 30-Day Deployment → info@cyberm8.com | Rosh Ha'ayin, Israel