Security Operations Center

Detection → Investigation → Response

Build a unified operating model for monitoring, detection, investigation, escalation, and incident response.

ICS specialists validating a control in a real delivery context
ICS / CONTROL ARCHITECTURETurn fragmented alerts into a prioritized risk queue with ownership, playbooks, and measurable outcomes.
ICS specialists validating a control in a real delivery context
ICS / OPERATIONAL CONTEXTTurn fragmented alerts into a prioritized risk queue with ownership, playbooks, and measurable outcomes.
ICS specialists validating a control in a real delivery context
ICS / OPERATIONAL CONTEXT / 01Start from threat scenarios and business impact rather than a generic log collection target.
ICS specialists validating a control in a real delivery context
ICS / OPERATIONAL CONTEXT / 02Define source quality, retention, access, normalization, and coverage.
ICS specialists validating a control in a real delivery context
ICS / OPERATIONAL CONTEXT / 03Connect enrichment, evidence, ownership, and escalation into repeatable operations.
CONTROL AND EVIDENCE

What the first scoped conversation should clarify.

Use these areas to confirm fit, dependencies, ownership, and the evidence required for acceptance.

01

Risk-led use cases

Start from threat scenarios and business impact rather than a generic log collection target.

02

Telemetry architecture

Define source quality, retention, access, normalization, and coverage.

03

Investigation workflow

Connect enrichment, evidence, ownership, and escalation into repeatable operations.

04

Continuous improvement

Measure detection quality, triage time, playbook completion, and control gaps.

Turn fragmented alerts into a prioritized risk queue with ownership, playbooks, and measurable outcomes.

Build a unified operating model for monitoring, detection, investigation, escalation, and incident response.

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