CAS-001 · Question #104
At one time, security architecture best practices led to networks with a limited number (1-3) of network access points. This restriction allowed for the concentration of security resources and…
The correct answer is C. Increased business capabilities and increased security risks with a higher TCO and a larger physical. Modern network evolution - driven by wireless networking, highly portable devices, and cloud services - unambiguously increases business capabilities by enabling mobility, scalability, and agility. However, this same evolution increases security risks, as more endpoints…
Question
At one time, security architecture best practices led to networks with a limited number (1-3) of network access points. This restriction allowed for the concentration of security resources and resulted in a well defined attack surface. The introduction of wireless networks, highly portable network devices, and cloud service providers has rendered the network boundary and attack surface increasingly porous. This evolution of the security architecture has led to which of the following?
Options
- AIncreased security capabilities, the same amount of security risks and a higher TCO but a smaller
- BIncreased business capabilities and increased security risks with a lower TCO and smaller physical
- CIncreased business capabilities and increased security risks with a higher TCO and a larger physical
- DDecreased business capabilities and increased security risks with a lower TCO and increased logical
How the community answered
(56 responses)- A9% (5)
- B2% (1)
- C84% (47)
- D5% (3)
Explanation
Modern network evolution - driven by wireless networking, highly portable devices, and cloud services - unambiguously increases business capabilities by enabling mobility, scalability, and agility. However, this same evolution increases security risks, as more endpoints, services, and connection vectors mean more potential entry points for attackers. The physical attack surface grows larger because assets are no longer confined to a controlled datacenter - they include laptops, smartphones, cloud nodes, and branch offices spread across many locations. TCO (Total Cost of Ownership) is higher because organizations must now secure, monitor, and manage a far broader and more complex environment. Options A and D contradict the observed reality of increased business capabilities. Option B incorrectly claims a lower TCO and smaller physical attack surface, both of which are demonstrably wrong in modern environments.
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