Article
The platformization of the enterprise
How modular platforms, APIs and modernized applications can reduce structural complexity while accelerating digital products and AI adoption.
Make cybersecurity work as an enterprise capability rather than a responsibility concentrated inside the security function
We connect cyber responsibilities, capabilities and governance across security, technology and the business to create clearer ownership and execution.
Cybersecurity increasingly depends on decisions made outside the central security function. Cloud teams configure infrastructure, product teams build digital services, business units adopt technology and third parties operate critical components. Central security cannot own every resulting risk, yet fragmented accountability can leave important controls between organizational boundaries. A cybersecurity operating model defines how responsibilities, capabilities and decisions should be distributed across the enterprise, clarifying where security requires centralized authority, where ownership belongs closer to technology or business activity and how those responsibilities should interact.
Focus
Cybersecurity performance depends on how security work is organized and governed
The operating model defines ownership, capabilities, interfaces and decision authority across security and the business.
Read nowStrategic Challenges
Is security organized around real risk or around inherited functional boundaries?
The challenge is allocating responsibilities without creating gaps, duplication or excessive dependence on central teams.
Read nowStrategic Impacts
A clear operating model places security accountability where work and risk meet
Defined roles and interfaces improve coordination between central security, technology teams and business operations.
Read nowObserved Patterns
Security teams often centralize accountability for risks they cannot directly control
A strong central function cannot compensate for unclear ownership across engineering, operations and business teams.
Read nowStrategic Challenges
Is security organized around real risk or around inherited functional boundaries?
The challenge is allocating responsibilities without creating gaps, duplication or excessive dependence on central teams.
Read nowStrategic Impacts
A clear operating model places security accountability where work and risk meet
Defined roles and interfaces improve coordination between central security, technology teams and business operations.
Read nowObserved Patterns
Security teams often centralize accountability for risks they cannot directly control
A strong central function cannot compensate for unclear ownership across engineering, operations and business teams.
Read nowPOV
Security cannot be owned by the security function alone and still work at scale
The function should govern and enable control, while operational accountability remains embedded where risk is created.
Read nowOur approach
Organize cybersecurity around where risk is created, managed and ultimately owned across the enterprise
Our approach begins by mapping cybersecurity activities, decisions and accountabilities across security, technology, business units, risk and relevant third parties. We identify gaps, duplicated responsibilities and areas where centralized control conflicts with the need for distributed ownership. Capabilities are then allocated according to required expertise, scale, proximity to risk and independence, with governance and interfaces designed around consequential decisions. We test the model against real security workflows and incidents before defining role, capability and transition requirements needed to make the target operating model executable.
The data and estimates presented are indicative and intended for illustrative purposes. Actual outcomes may vary based on each company’s specific context, market conditions, operating model, implementation choices, and the quality and consistency of execution, including actions undertaken by the client.
Keypillars
Explore the key pillars that define this capability and shape how we create focused, measurable business impact.
Operating clarity
Defines cybersecurity responsibilities, decision rights, interfaces, capabilities, and governance across central, business, and technology teams
Capability integration
Connects security operations, engineering, risk, architecture, identity, data, and assurance within a coherent organizational model
Management discipline
Establishes planning, prioritization, performance, and escalation mechanisms that align cybersecurity activity with enterprise requirements
Is cybersecurity organized around the risks the business faces, or around the structure of the security function?
Get in touch with our Cybersecurity operating model team to examine roles, governance, decision rights and security delivery structures.
Get in touchStrategic Framework
Explore our Strategic Framework
Explore our strategic framework applied to page_title and discover which model we apply to help you achieve your goals and objectives.
Discover our framework01. Assess model
Evaluate cybersecurity structure, roles, capabilities, processes, governance, service delivery, and business interfaces
06. Measure effectiveness
Track service quality, control performance, responsiveness, risk reduction, and operating-model friction over time
05. Build capacity
Align skills, resources, tooling, sourcing, and management routines with the target cybersecurity operating model
02. Define mandate
Clarify the function's responsibilities across risk, protection, detection, response, assurance, and business enablement
03. Design structure
Configure teams, accountabilities, service models, governance, sourcing, capabilities, and decision authority
04. Align processes
Integrate security activities with technology, risk, compliance, operations, product, and enterprise workflows
How we help
Clarify how cybersecurity responsibilities and capabilities should be distributed across security, technology and the business
We provide cybersecurity operating-model designs spanning organizational roles, capabilities, decision rights, governance and enterprise interfaces. The work can include operating-model diagnostics, responsibility mapping, capability placement, centralized-versus-federated design, governance architecture and role definition. Outputs establish which security responsibilities belong centrally or within technology and business teams, how cyber risk ownership should interact with specialist security capabilities and which organizational mechanisms are required to coordinate execution without creating gaps or duplicated accountability.
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Cybersecurity operating model assessment
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Target security operating model
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Security organization design
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Security capability architecture
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Security governance design
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Security service catalog
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Security business partnering
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Security center of excellence
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Security operations model
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Security engineering model
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Cyber risk management model
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Security assurance model
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Security workforce strategy
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Security sourcing strategy
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Security performance framework
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Security operating rhythm
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Security transformation roadmap
Explore our FAQs
Find answers to the most common questions about this service, including key features, processes, and practical considerations. Explore our FAQs for additional insights and guidance.
It should establish mandates, roles, decision rights, capabilities, governance and interfaces across security, technology and the business.
Centralize where consistency and control matter, while assigning local ownership where risks depend on business or technology context.
When scale, technology, regulation or recurring execution gaps expose unclear ownership, fragmented capabilities or weak coordination.
Through explicit responsibilities, shared processes and decision mechanisms tied to risk rather than informal escalation alone.
Capabilities requiring enterprise standards, scarce expertise, independent oversight or broad threat visibility are common candidates.
Limit governance to material decisions, automate repeatable controls and make accountability explicit at the point where risk is created.
Evaluate decision speed, control consistency, accountability, capability coverage and recurring friction across security interfaces.
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Editorial overview
Articles
The platformization of the enterprise
How modular platforms, APIs and modernized applications can reduce structural complexity while accelerating digital products and AI adoption.
Read articleDigital transformation after the transformation era
Why the next digital agenda is less about isolated programs and more about architecture, platforms, governance and measurable enterprise value.
Read articleFocus
Digital transformation changes how the business operates, not just its tools
It affects processes, decisions, roles and economics when technology materially changes how value is created or delivered.
Platform engineering should reduce the cognitive load of software delivery
Shared tooling, automation and runtime services can remove repeated infrastructure work from product and engineering teams.
Strategic challenges
Which acquisition activity creates profitable demand rather than temporary sales?
The challenge is distinguishing revenue growth from demand that disappears once discounts or paid traffic are removed.
Can security architecture reduce risk without becoming a barrier to delivery?
The challenge is defining reusable controls that support changing technology without relying on case-by-case exceptions.