Section 3.1 Demonstrate your acquired knowledge about comparing and contrasting security implications of differentarchitecture models. This will demonstrate your proficiency for section 3.1 of the Security+ SY0-701 objectives. 1 / 25 Choosing solutions that simplify reestablishing operations after failures supports: Hybrid deployment Ease of recovery Logical segmentation Serverless expansion 2 / 25 Shifting operational risk to another party is known as: Cloud migration Air-gapping Risk transference Logical segmentation 3 / 25 Automatically adjusting resources based on workload demand reflects: Serverless Cost control Scalability Logical segmentation 4 / 25 Quickly responding to user demands without downtime emphasizes: Microservices Scalability Responsiveness Availability 5 / 25 Prioritizing low overhead and minimal upfront investment impacts: Resilience planning Logical segmentation Cost management Hybrid orchestration 6 / 25 Which consideration prioritizes the ability to maintain performance after failure? Responsiveness Resilience Scalability Centralization 7 / 25 What architecture goal ensures minimal downtime in critical systems? Segmentation High availability Logical partitioning Serverless deployment 8 / 25 Small dedicated devices designed for specific functions are called: Hybrid servers SCADA units Embedded systems Container nodes 9 / 25 Operating systems that prioritize immediate processing and minimal delay are: Serverless Container-based Real-time operating systems Hybrid cloud systems 10 / 25 Systems that control industrial environments are often associated with: Containerization ICS/SCADA Microservices Hybrid computing 11 / 25 Devices with limited security designed for automation and monitoring are part of: Virtualization IoT ecosystems Air-gapped networks Microservices 12 / 25 Running multiple operating systems on a single physical machine is: Containerization Serverless Virtualization Hybrid computing 13 / 25 Encapsulating applications with their dependencies in isolated environments is: Microservices Virtualization Containerization Embedded computing 14 / 25 Allowing different parts of an enterprise to operate autonomously refers to: Centralized control Decentralized model Serverless model Air-gapped segmentation 15 / 25 A design where systems share a common control structure is: Decentralized Centralized Hybrid Microservices 16 / 25 Which architecture offers maximum control but demands highest maintenance? Serverless Hybrid On-premises Microservices 17 / 25 Using software to dynamically manage and configure networking resources is: Microservices Physical isolation Software-defined networking Responsibility matrix 18 / 25 Dividing networks into isolated sections without full physical separation is: Air-gapping Logical segmentation Virtual patching Serverless zoning 19 / 25 Keeping critical systems disconnected from external networks involves: Logical segmentation Air-gapping Microservice containment Embedded control 20 / 25 Small, independent services communicating over APIs describe: Serverless Microservices Infrastructure as code Virtualized servers 21 / 25 Which model removes the need for developers to manage underlying servers? Centralized Containerized Serverless On-premises 22 / 25 Managing infrastructure using configuration scripts is known as: Virtualization Infrastructure as code Air-gapped deployment Serverless computing 23 / 25 Relying on external companies for infrastructure management introduces: Microservice exposure Logical segmentation Third-party vendor risks High availability 24 / 25 Which architecture blends public and private cloud environments? Serverless Centralized Hybrid On-premises 25 / 25 In cloud environments, clearly defining provider and customer duties is called: Risk transference Responsibility matrix Infrastructure deployment Third-party handoff Your score isThe average score is 0% 0% Restart quiz Return to CompTia N+ 10-009 Objectives