
Security tooling is rarely the gap. Architecture and operations are. We design the control model, integrate it with the network and identity estate, and run detection and response around it.
Thirty-plus security products with overlapping coverage, three consoles nobody watches, and no map from control to risk. Spend rises while measurable exposure does not fall.
Plant and building systems get connected for remote monitoring, then inherit the corporate threat surface without the corporate patching regime. It is the most common critical finding we see.
Detection exists, response does not. Out-of-hours alerts queue until morning, which is precisely the window attackers choose.
Every item below is delivered by our in-house engineering team — design through deployment and into managed operations.



Because the same team designs the segmentation and runs the SOC, containment decisions are made by people who already know which subnet carries production traffic — not by an outsourced analyst reading a runbook.
Run the ten-minute infrastructure assessment for a tailored gap analysis, or speak directly with the engineers who would deliver the work.
Both models work. We commonly take the architecture and engineering scope while an incumbent MSSP retains monitoring, or we take full managed SOC responsibility after a 60-day parallel-run transition.
We start with passive asset discovery, because most OT estates have no accurate inventory. From there we design Purdue-model segmentation, deploy protocol-aware inspection, and establish patch windows that respect production schedules.
ISO 27001, SOC 2, NIS2, PCI DSS, HIPAA, GDPR technical controls, and UAE-specific regimes including NESA IA standards and Dubai's ISR. We map controls to your architecture rather than issuing certification.
Managed SOC engagements carry a contractual triage SLA of 15 minutes for critical alerts, 24/7, with a named escalation path into your team and pre-authorised containment actions agreed during onboarding.
City-scale platforms, civic networks, and connected urban services.
ExploreEnterprise campuses, hybrid cloud, and intelligent workplace platforms.
ExploreConnected distribution hubs, IoT tracking, and supply visibility.
ExploreOT/IT convergence, edge compute, and resilient production networks.
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