
Juniper Networks Certified Associate, Cloud
The Juniper Networks Certified Associate, Cloud (JNCIA-Cloud) certification validates your foundational knowledge of cloud networking architectures, including multicloud, SDN, SD-WAN, and network virtualization. Designed for networking professionals with introductory-level cloud expertise, this credential demonstrates your ability to understand and apply cloud-based networking principles and best practices. Earning JNCIA-Cloud establishes your credibility as a cloud networking professional ready to support modern, software-driven environments.
853 practice questions · Updated 2026-07-30
JN0-214 Curriculum
Every domain, objective, and concept the JN0-214 exam measures.
- Definition of Deployment Models
- Public Cloud Model
- Private Cloud Model
- Hybrid Cloud Model
- Comparison of Deployment Models
- Use Cases for Deployment Models
- Definition of Service Models
- Software as a Service (SaaS)
- Infrastructure as a Service (IaaS)
- Platform as a Service (PaaS)
- Shared Responsibility Model
- Comparison of Service Models
- Microservices Architecture
- Containers and Orchestration
- Serverless Computing
- DevOps and CI/CD
- Cloud-Native Design Principles
- Twelve-Factor App Methodology
- Service Mesh
- API Management
- Cloud Automation Tools Overview
- Configuration Management Tools
- Infrastructure as Code (IaC)
- Automation Tool Integration
- NFV Architecture Overview
- NFV Infrastructure (NFVI)
- Virtualized Network Functions (VNFs)
- NFV Management and Orchestration (MANO)
- NFV Reference Points
- NFV Use Cases and Benefits
- NFV Orchestration Overview
- NFV Orchestration Components
- NFV Orchestration Workflows
- NFV Orchestration and SDN Integration
- NFV Orchestration Use Cases
- VNF Definition and Role
- VNF vs. Physical Network Functions
- VNF Deployment Models
- VNF Lifecycle Management
- VNF Performance Considerations
- VNF Orchestration and Management
- SDN Architecture Overview
- SDN Controller
- Southbound APIs
- Northbound APIs
- SDN Data Plane
- SDN Control Plane
- SDN Application Plane
- SDN in NFV Context
- SDN Controller Role
- SDN Controller Functions
- SDN Controller Interfaces
- SDN Controller Deployment
- SDN Overview
- SDN Architecture
- SDN Controllers
- SDN Protocols
- SDN in Cloud
- SDN Benefits and Challenges
- Virtual Network Types Overview
- Overlay Networks
- Underlay Networks
- Virtual Extensible LAN (VXLAN)
- Network Virtualization Edge (NVE)
- Virtual Network Interfaces
- Virtual Switches
- Virtual Routers
- Virtual Network Functions (VNFs)
- Comparison of Virtual Network Types
- Underlay Network Definition
- Overlay Network Definition
- Underlay vs. Overlay Comparison
- Overlay Tunneling Mechanisms
- Overlay Encapsulation and Decapsulation
- Overlay Control Plane Options
- MPLS over GRE
- MPLS over UDP
- VXLAN encapsulation
- EVPN with VXLAN
- GENEVE encapsulation
- Comparison of tunneling protocols
- Linux kernel and user space
- Process management
- Memory management
- File system hierarchy
- File permissions and ownership
- Package management
- System initialization and services
- Networking fundamentals
- Shell and command-line basics
- Virtualization support in Linux
- Definition of Hypervisor
- Type 1 Hypervisor Characteristics
- Type 2 Hypervisor Characteristics
- Comparison of Type 1 and Type 2
- Hypervisor Definition
- Hypervisor Types
- Virtualization Benefits
- Virtual Machine Components
- Hypervisor Resource Management
- Hypervisor Operations
- KVM/QEMU Overview
- Virtual Machine Lifecycle
- KVM/QEMU Command-Line Tools
- Virtual Machine Configuration
- Storage Management
- Networking in KVM/QEMU
- Snapshots and Cloning
- Migration and High Availability
- Troubleshooting and Monitoring
- VM Creation Methods
- VM Configuration Parameters
- VM Lifecycle Operations
- VM Resource Allocation
- VM Networking Setup
- VM Storage Options
- VM Templates and Cloning
- VM Snapshots
- VM Migration
- VM Monitoring and Performance
- Definition of Container
- Definition of Virtual Machine
- Resource Utilization
- Isolation and Security
- Portability and Deployment
- Performance Overhead
- Use Cases
- Container Fundamentals
- Container vs. Virtual Machine
- Container Images
- Container Registries
- Container Runtime
- Container Orchestration
- Container Networking
- Container Storage
- Docker Architecture
- Docker Images
- Docker Containers
- Dockerfile Basics
- Building Images
- Running Containers
- Managing Containers
- Container Networking
- Container Storage
- Docker Hub and Registries
- Docker Compose
- VM Creation
- VM Management
- VM Resizing
- VM Snapshots
- VM Console Access
- VM Metadata and User Data
- VM Security Groups
- VM Floating IPs
- VM Key Pairs
- VM Logs and Diagnostics
- HEAT template structure
- HEAT template version
- Parameters in HEAT templates
- Resources in HEAT templates
- Outputs in HEAT templates
- YAML syntax for HEAT
- Template validation
- Stack creation with HEAT
- Template functions
- Resource dependencies
- OpenStack Horizon Dashboard Overview
- Navigating Horizon
- Managing Instances via Horizon
- Managing Images via Horizon
- Managing Networks via Horizon
- Managing Volumes via Horizon
- Managing Security Groups via Horizon
- Managing Key Pairs via Horizon
- Managing Flavors via Horizon
- Managing Projects and Users via Horizon
- Using Horizon Admin View
- OpenStack CLI Overview
- Using OpenStack CLI Commands
- Comparing Horizon and CLI
- OpenStack Networking Plugins Overview
- ML2 Plugin Architecture
- Core Plugins vs. Service Plugins
- Common Networking Plugins
- Plugin Configuration and Selection
- Security Group Fundamentals
- Security Group Rules
- Default Security Group
- Managing Security Groups
- Applying Security Groups to Instances
- Security Group Rule Management
- Troubleshooting Security Groups
- Container Basics
- Docker Fundamentals
- Kubernetes Pods
- Kubernetes Deployments
- Kubernetes Services
- Kubernetes Namespaces
- Kubernetes ConfigMaps and Secrets
- Kubernetes Volumes
- Kubernetes Ingress
- Kubernetes Resource Management
- Kubernetes Health Checks
- Kubernetes Scaling
- Kubernetes Updates and Rollbacks
- Kubernetes Troubleshooting
- Pod Basics
- Pod Lifecycle
- Pod Configuration
- ReplicaSet Purpose
- ReplicaSet Selectors and Scaling
- Deployment Role
- Deployment Strategies
- Service Fundamentals
- Service Types
- Service and Pod Connectivity
- Kubernetes Namespaces
- Namespace Management
- Resource Scoping with Namespaces
- CNI Plug-ins Overview
- Common CNI Plug-ins
- CNI Configuration and Integration
- Creating OpenShift Workloads
- Managing OpenShift Workloads
- Monitoring OpenShift Workloads
- Node Types Overview
- Provisioner Node Role
- Control Plane Node Role
- Provisioner vs Control Plane
- Node Deployment Considerations
- Routable Network
- Provisioning Network
- Management Network
- Network Type Comparison
Percentages reflect share of the current practice bank, not official exam weightings — no structured per-skill weight is published for JN0-214, so none is invented.