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SOC Design & Optimization

Building a Robust Security Operations Center

Our SOC Design & Optimization helps organizations establish, enhance, or transform their Security Operations Center (SOC) to detect threats faster, respond more effectively, and support business resilience.

 

Whether you're building a SOC from scratch, transitioning to a hybrid or virtual model, or fine-tuning your existing operations, we bring the strategy, tools, and hands-on expertise needed to make your SOC efficient, modern, and sustainable.

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We align your SOC capabilities with your threat landscape, technology stack, business goals, and available resources, including how AI-driven detection, automation, and analyst co-pilot tools fit into your specific environment, ensuring a right-sized solution that grows with your organization.

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Our Approach

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Current State Assessment

  • Review SOC capabilities, staffing, processes, and tooling against your current threat landscape and operational requirements.
     

  • Conduct gap analysis against established frameworks. including MITRE ATT&CK coverage, NIST CSF, and SOC-CMM maturity benchmarks.
     

  • Evaluate threat detection coverage and use case effectiveness,  identifying alert blind spots, high false-positive sources, and detection gaps for priority threat actor TTPs.
     

  • Assess AI and automation readiness by inventorying existing AI-capable tools, evaluating current automation maturity, and identifying where AI-driven detection or response could deliver the greatest operational impact.

     

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SOC Strategy & Architecture Design

  • Select the right operating model for your organization (e.g., internal, MSSP-supported, hybrid, or virtual SOC_, with clear trade-offs, staffing implications, and cost structures for each.
     

  • Design your detection and response architecture: SIEM/XDR platform selection, SOAR integration, log-source prioritization, data-retention strategy, and AI-assisted detection capabilities.
     

  • Define staffing model and role structure (e.g., Tier 1–3 analyst functions, SOC engineering, threat intelligence), and how AI co-pilot tools reshape Tier 1 responsibilities and required headcount.
     

  • Establish an integration architecture that connects your SOC to endpoint, identity, cloud, network, and OT/IoT environments, ensuring comprehensive visibility without alert overload.

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Process Optimization &
Playbook Development

  • Develop standard operating procedures (SOPs) and incident response playbooks for priority threat scenarios, with clear escalation paths, decision criteria, and role-specific responsibilities.
     

  • Build detection use cases for your highest-priority threats, mapped to MITRE ATT&CK TTPs, tuned to your environment, and validated against your current log sources and tooling.
     

  • Design workflow automation and AI-assisted triage processes, defining where automation handles first-pass enrichment and where human judgment remains essential.
     

  • Establish analyst experience standards that reduce cognitive load and alert fatigue, including triage queue management, shift handover procedures, and feedback loops for continuous detection improvement.

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Metrics & Continuous
Improvement

  • Define SOC KPIs and success metrics calibrated to your operating model (e.g., MTTD, MTTR, alert volume, escalation rate, analyst utilization, and coverage percentage across your MITRE ATT&CK matrix).
     

  • Build executive and operational dashboards that translate SOC performance into business-relevant language, giving leadership visibility into risk posture without requiring them to interpret raw security data.
     

  • Establish an AI model performance monitoring process, tracking detection accuracy, false positive rates, and model drift for any AI-driven detection or triage tools in your environment.
     

  • Develop a phased SOC maturity roadmap, sequencing capability improvements by risk reduction impact, operational feasibility, and resource availability, with clear milestones and success criteria.

Benefits

Right-Sized SOC

Not every organization needs a 24/7 internal SOC, and not every organization can get away with fully outsourcing. TBDCyber helps you select, design, and implement the operating model that matches your risk profile, team capacity, and budget without overbuilding or leaving gaps.

Maximize Existing Investments

Most organizations have significant SIEM, SOAR, EDR, and threat intelligence spend that's underutilized. TBDCyber's approach starts with what you already own, activating capabilities, fixing configurations, and integrating tools before recommending new platforms.

Scalable Operations

Analyst burnout is the leading cause of SOC failure. Repeatable playbooks, smart automation, and AI-assisted triage free your analysts from repetitive tasks, letting your SOC handle higher alert volumes without proportional headcount growth.

Built-In Maturity Path

A SOC is never "done." TBDCyber builds a phased improvement roadmap into every engagement, so your SOC continues to evolve as your threat landscape, technology stack, and organizational needs change, rather than requiring a full redesign in two years.

Your SOC Should Be a Force Multiplier - Not a Bottleneck

Whether you're building a SOC from the ground up, inheriting one that isn't performing, or trying to get more out of what you've already invested, TBDCyber brings the strategy, architecture expertise, and hands-on experience to make it work.


Most SOC engagements start with a conversation about where things are breaking down. Let's have that one.

 

Talk to a SOC Design Expert →

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