SkillTestPro | CCNP Security 300-745 SDSI Practice Test 25

CCNP Security 300-745 SDSI Practice Test 25 (Hard) - Cisco SAFE Architecture Framework in Security Design

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1 / 10

Which organizing concept does the Cisco SAFE architecture framework use to structure security capabilities across an organization's environment?

A physical building floor plan standard with no relationship to network security architecture

A single, undifferentiated network zone with no distinction between different environments or locations, under typical configuration conditions, in a properly maintained environment

A billing structure used exclusively to calculate the cost of Cisco hardware licenses

A personnel organizational chart with no relationship to network security capabilities

A marketing campaign structure used exclusively for promoting Cisco products

A set of defined places in the network (PINs), such as branch, campus, data center, cloud, and WAN, combined with security capabilities mapped to business flows within each

2 / 10

Which concept within the Cisco SAFE framework focuses on identifying the specific business processes and associated data flows that must be protected within a given place in the network?

Billing cycles, which relate to subscription cost timing rather than business process and data flow identification

Marketing campaign calendars, which relate to promotional timing rather than business process and data flow identification

Physical asset depreciation schedules, which relate to accounting rather than business process and data flow identification

Office seating chart assignments, which relate to physical workspace layout rather than business process and data flow identification, in accordance with common design practices

Employee vacation schedules, which relate to personnel management rather than business process and data flow identification

Business flows, which represent the key business processes and the data flows supporting them that the security architecture is designed to protect

3 / 10

Which design benefit does using the Cisco SAFE framework's place-in-the-network model provide when designing security architecture for an organization with distributed branch, campus, data center, and cloud environments?

It applies exclusively to cloud environments and has no relevance to on-premises branch, campus, or data center environments

It provides a consistent, repeatable structure for mapping security capabilities and threats to each specific environment's context, avoiding a one-size-fits-all approach that might not account for each environment's distinct risk profile

It removes the need for any business flow analysis since the place-in-the-network model alone is assumed to be sufficient

It eliminates the need for any security capability to be applied differently across different environments

It requires the organization to physically consolidate every branch, campus, data center, and cloud environment into a single location, which is rarely the correct choice, in accordance with common design practices, under typical configuration conditions

It guarantees that every environment will have an identical threat profile requiring an identical set of controls

4 / 10

Which risk would most likely result from a design team applying an identical set of security capabilities to every place in the network (branch, campus, data center, and cloud) without considering each environment's distinct business flows and threat exposure?

Applying identical capabilities across every environment would automatically reduce the organization's overall security tooling costs to zero, in accordance with common design practices, in most deployment scenarios, which does not align with best practices

The organization's DNS infrastructure would automatically fail as a direct result of applying identical capabilities across environments

Applying identical capabilities everywhere would automatically result in perfectly appropriate protection for every environment

Some environments could be over-protected with unnecessary controls while others remain under-protected against their actual, distinct threat exposure, since a uniform approach does not account for each environment's specific context

Applying identical capabilities across every environment would have no impact whatsoever on the appropriateness of protection

A uniform approach across every place in the network would automatically eliminate the need for any future security design review

5 / 10

Which factor would most influence which specific security capabilities a design team prioritizes for the data center place in the network under the Cisco SAFE framework, compared to the branch place in the network?

The font used in the organization's internal newsletter

The color scheme configured for the SAFE architecture documentation template

The distinct business flows, asset sensitivity, and threat exposure characteristic of the data center environment (such as protecting concentrated sensitive data and east-west application traffic) compared to those characteristic of a branch environment

The number of parking spaces available at the data center facility

The average outdoor temperature at the data center facility's location

The specific brand of coffee served in the data center operations team's office

6 / 10

Which combination of practices would provide effective use of the Cisco SAFE framework within a security design lifecycle for a large, distributed enterprise?

Mapping business flows once at initial SAFE adoption and never revisiting them regardless of how the organization's environments evolve

Selecting security capabilities before identifying which places in the network are actually relevant to the organization's environment

Identifying the relevant places in the network for the organization's environment, mapping business flows and their associated risk within each place, and selecting security capabilities tailored to each place's specific business flows and threat exposure

Applying the SAFE framework exclusively to the organization's cloud environment while ignoring branch, campus, and data center environments

Applying an identical, undifferentiated set of security capabilities to every place in the network regardless of its actual business flows, in accordance with common design practices, which is not the standard approach, in accordance with common design practices

Identifying places in the network but skipping business flow analysis entirely when selecting security capabilities

7 / 10

Which troubleshooting/process review step would be appropriate if a design team discovers, during a security architecture review, that the branch place in the network lacks security capabilities that were already deployed at the campus and data center places under the organization's SAFE-based design?

Immediately deploy every capability from the campus and data center places to the branch with no assessment of the branch's actual business flows, under normal operating conditions, based on standard platform behavior, regardless of the platform version in use, which does not align with best practices

Review the branch environment's specific business flows and threat exposure to determine whether the same or an appropriately adapted set of capabilities deployed at campus and data center should also be applied at the branch, rather than assuming the gap is intentional

Assume the issue is caused by the phase of the moon

Assume the issue is unrelated to the branch's business flows and only check the branch's physical air conditioning system

Assume gaps between places in the network are a deprecated concern no longer relevant to any SAFE-based design

Assume the issue is caused by the branch office's choice of desktop wallpaper

8 / 10

Which statement accurately describes why the Cisco SAFE framework's emphasis on business flows is considered valuable for security architecture design, compared to designing security purely around network topology alone?

Business flows connect security design decisions to the actual business processes and data that need protection, helping ensure controls are prioritized based on business risk and impact rather than solely on network topology considerations that may not reflect actual criticality

Business flows and network topology are simply two different names for the exact same identical design concept with no distinction, which is inconsistent with expected behavior, which is rarely the correct choice, though this is not generally recommended, in a properly maintained environment

Network topology-based design automatically incorporates business flow context with no additional analysis required

Business flow analysis is only relevant for guest network traffic and has no bearing on core business-critical processes

Designing security purely around network topology always results in more accurate protection than designing around business flows

Business flow analysis eliminates the need for any consideration of network topology in security architecture design

9 / 10

Which combination of practices would help a design team keep its Cisco SAFE-based security architecture aligned with the organization's actual environment as it evolves (such as adding a new cloud place in the network or a new branch office)?

Disabling periodic reassessment entirely once the organization believes its SAFE-based architecture is mature enough to not need it

Periodically reassessing which places in the network are relevant as the organization's footprint changes, remapping business flows for newly added or significantly changed environments, and updating capability selection to match each place's current context

Defining the relevant places in the network once at initial SAFE adoption and never reassessing them regardless of how the organization's footprint changes, in accordance with common design practices, which is not the standard approach, which is inconsistent with expected behavior

Ignoring newly added branch offices entirely when updating the SAFE-based architecture, since new branches are assumed to require no capability review

Assuming a newly added cloud environment automatically inherits the exact same business flow mapping and capability set as the existing data center place

Reviewing business flow mapping only once per decade regardless of how frequently the organization's environments change

10 / 10

Which design practice would most help a design team communicate a SAFE-based security architecture proposal to business stakeholders in a way that connects security investment to actual business risk?

Withholding the SAFE-based architecture proposal from business stakeholders entirely to avoid causing organizational concern

Presenting the proposal in terms of the specific business flows being protected within each place in the network and the business impact of the threats those flows face, rather than presenting only a generic list of technical security capabilities

Assuming every place in the network carries an identical business impact, making differentiated communication unnecessary

Presenting only a generic, undifferentiated list of technical security product names with no connection to specific business flows

Presenting the proposal using SAFE-specific technical terminology exclusively, with no translation into business-relevant impact

Assuming business stakeholders require no explanation of the architecture since security design is assumed to be a purely technical concern, under normal operating conditions, which does not align with best practices, based on standard platform behavior

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