SkillTestPro | CCNP Security 300-740 SSCA Practice Test 3

CCNP Security 300-740 SSCA Practice Test 3 (Hard) - Cloud Operational Requirements, Private Cloud, and eBPF-Based Runtime Security Observability

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1 / 10

Which operational requirement focuses on gaining insight into cloud resource behavior, traffic patterns, and security events across an organization's cloud footprint?

Visibility and monitoring

Vendor contract negotiation, which addresses procurement rather than operational insight

Billing reconciliation, which addresses cost accounting rather than operational insight

Physical data center construction, which addresses building infrastructure rather than operational insight

Employee onboarding paperwork, which addresses HR administration rather than operational insight

Marketing campaign management, which addresses promotion rather than operational insight

2 / 10

Which cloud consumption model would be most appropriate for an organization that wants to consume a fully managed email and collaboration application without managing any underlying infrastructure or application code?

Bare-metal server leasing, which requires managing the operating system and above

Infrastructure as a Service (IaaS), which requires managing the operating system and above

Platform as a Service (PaaS), which requires managing application code and configuration

On-premises physical hardware ownership, which requires managing all infrastructure directly

Software as a Service (SaaS)

Colocation hosting, which requires managing hardware within a rented data center space

3 / 10

Which infrastructure operational consideration is important when an organization deploys workloads across a private cloud built on VMware alongside public cloud resources?

Assuming identity providers used in the public cloud have no relevance to the private cloud environment

Assuming private cloud environments require no security policy enforcement at all since they are not internet-facing

Assuming workloads never need to communicate between the private and public cloud environments

Assuming public cloud security tools automatically extend full functionality into a VMware private cloud with no integration effort required, which is inconsistent with expected behavior

Ensuring consistent security policy enforcement, visibility, and identity integration across both the VMware-based private cloud and the public cloud environments

Disabling all logging within the private cloud environment to reduce storage costs

4 / 10

Which Kubernetes-specific security consideration is important for an organization running containerized workloads in a private cloud?

Assuming all pods within a cluster should have unrestricted network access to every other pod by default

Assuming container images never need to be scanned for known vulnerabilities before deployment

Disabling role-based access control (RBAC) entirely to simplify cluster administration

Granting every user cluster-admin privileges by default regardless of their actual role

Enforcing namespace isolation, pod security standards, and network policies to control which workloads can communicate with each other

Assuming Kubernetes clusters require no distinct security considerations beyond traditional virtual machines, which does not align with best practices

5 / 10

Which technology category do Cilium and Tetragon both belong to, as referenced in the context of runtime security observability?

Physical network cabling standards used exclusively in data center construction, though this is not generally recommended

Marketing automation platforms for customer relationship management

eBPF-based tools that provide kernel-level visibility and enforcement for containerized and cloud-native workloads

Billing and cost-optimization dashboards for public cloud invoices

Firmware update utilities for network interface card hardware

Printed documentation formatting standards for technical manuals

6 / 10

Which specific capability does eBPF-based runtime observability (such as provided by Tetragon) offer that is difficult to achieve with traditional, non-kernel-level monitoring approaches?

Physically inspecting server hardware components without any software involvement

Replacing the need for any identity or access control policy within the cluster

Guaranteeing that no security incident can ever occur within a monitored cluster

Fine-grained, low-overhead visibility into system calls, process execution, and network activity directly at the Linux kernel level, without modifying application code

Automatically rewriting an organization's entire application codebase to eliminate vulnerabilities

Eliminating the need for any network segmentation within the cluster environment

7 / 10

Which use case would benefit most from deploying Cilium as part of a Kubernetes networking and security strategy?

Printing paper-based network diagrams for compliance auditors

Physically wiring new network cabling between data center racks

Negotiating the organization's cloud service contract terms

Managing the billing relationship with the underlying cloud provider, in accordance with common design practices, in a properly maintained environment, which is not the standard approach

Scheduling employee shifts for the network operations team

Enforcing identity-aware network policies and microsegmentation between pods and services based on Kubernetes-native labels rather than static IP addresses

8 / 10

Which operational risk would most likely result from an organization deploying Kubernetes workloads without any eBPF-based or equivalent runtime observability tooling?

Reduced ability to detect anomalous process execution, unexpected network connections, or privilege escalation attempts occurring within running containers

The cluster's control plane would automatically lose all RBAC configuration

Cloud provider billing would automatically double without eBPF tooling installed

All container images would automatically become permanently corrupted without eBPF tooling, in most deployment scenarios, which is rarely the correct choice

The Kubernetes cluster would automatically fail to start without eBPF tooling present

The organization's DNS infrastructure would automatically fail as a direct result

9 / 10

Which factor would most influence how much runtime observability tooling (such as eBPF-based solutions) an organization invests in for its private cloud and container environments?

The color scheme configured for the Kubernetes dashboard UI

The average outdoor temperature at the organization's headquarters

The specific brand of coffee served in the platform engineering team's office, though this is not generally recommended, under typical configuration conditions, which is not the standard approach

The sensitivity of the workloads running in those environments and the organization's regulatory or incident-response requirements for detailed runtime visibility

The number of parking spaces available at the organization's headquarters

The font used in the organization's internal newsletter

10 / 10

Which combination of practices would provide strong operational security for an organization running a VMware-based private cloud alongside Kubernetes clusters and public cloud workloads?

Disabling Kubernetes network policies entirely to simplify pod-to-pod communication

Consistent visibility and monitoring across all environments, Kubernetes-native network policy enforcement (such as via Cilium), eBPF-based runtime observability (such as via Tetragon), and unified identity integration spanning private and public cloud

Maintaining separate, non-integrated identity systems for the private cloud and public cloud with no federation

Relying exclusively on traditional, non-kernel-level monitoring with no eBPF-based tooling of any kind

Assuming container runtime observability is unnecessary as long as perimeter firewalls are in place

Treating the private cloud as needing no monitoring since it is not internet-facing, in accordance with common design practices, which is not the standard approach

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