- What JNCIA-Cloud Actually Is
- Who This Associate Credential Fits
- The JN0-214 Exam at a Glance
- The Seven Objective Headings
- The Pinned Software Versions
- Registration, Fees and Test Delivery
- Retakes, Validity and Renewal
- Voucher Assessment vs. the Real Exam
- JNCIA-Cloud vs. JNCIA-Junos
- Roles, Jobs and What to Expect
- Sequencing Your Study by Domain
- Frequently Asked Questions
- JNCIA-Cloud is Juniper's associate cloud credential: exam JN0-214, 65 multiple-choice questions in 90 minutes, delivered through Pearson VUE.
- The published examination fee is $200 plus applicable taxes; there is no prerequisite certification.
- Seven official objective headings cover cloud basics, NFV/SDN, network virtualization, Linux virtualization, OpenStack, Kubernetes and OpenShift.
- Certification is valid for three years, and the exam is knowledge-based rather than a hands-on lab.
What JNCIA-Cloud Actually Is
JNCIA-Cloud stands for Juniper Networks Certified Associate, Cloud. It is the associate-level credential on Juniper's Cloud track, issued by Juniper Networks (whose current pages carry HPE Juniper Networking branding). It confirms that a candidate understands the foundational concepts behind cloud networking: how clouds are deployed and consumed, how network functions and control planes are virtualized, how overlay networks are built, and how workloads are orchestrated with OpenStack, Kubernetes and OpenShift.
The acronym is shared by other credentials in the wider industry, so it is worth being precise. This article covers only the Juniper credential tied to exam code JN0-214. If you want the plain-language definition and acronym breakdown, see What Does JNCIA-Cloud Stand For? and JNCIA-Cloud Meaning.
Importantly, the Cloud track overview lists one certification. There is no published advanced Cloud credential stacked above it, so JNCIA-Cloud should be treated as a standalone associate-level qualification rather than the first rung of a defined Cloud ladder.
Who This Associate Credential Fits
The credential is aimed at networking professionals with introductory-level cloud-networking knowledge. In practice that includes:
- Network engineers moving toward cloud, virtualization and container platforms.
- Systems and infrastructure administrators who touch virtual networks, hypervisors or orchestration tools.
- Students and career changers who want a vendor-recognized proof of cloud-networking vocabulary and architecture.
- Professionals from other vendor tracks (for example, a CCNA holder curious about Juniper's cloud material) who want a structured syllabus.
No degree, work-experience hours, training hours or references are required, and no prior certification is a prerequisite. Recommended training exists but is optional. For the full eligibility picture, read JNCIA-Cloud Requirements.
The JN0-214 Exam at a Glance
| Attribute | JNCIA-Cloud (JN0-214) |
|---|---|
| Exam code | JN0-214 |
| Number of questions | 65 |
| Time allowed | 90 minutes |
| Format | English-language written multiple-choice examination |
| Testing provider | Pearson VUE (test center or OnVUE remote delivery) |
| Examination fee | $200 USD plus applicable taxes |
| Prerequisite certification | None |
| Passing score | Exam-specific statistical cut score (not published as a simple percentage) |
| Certification validity | Three years |
| Official objective headings | Seven |
One point worth emphasizing: the passing score is an exam-specific statistical cut score. You will see third-party claims of a 60-70% threshold or a population "pass rate," but those figures do not come from the issuer. If you want the nuance, see JNCIA-Cloud Passing Score and JNCIA-Cloud Pass Rate.
The Seven Objective Headings
The issuer publishes seven objective headings for JN0-214. Percentage weights are not published, so no domain should be assumed to be "the biggest." Treat all seven as fair game and study accordingly. A deeper walkthrough is available in JNCIA-Cloud Exam Domains: Complete Guide to All 7 Content Areas.
Domain 1: Cloud Fundamentals
Candidates identify core concepts and functionality of cloud computing.
- Deployment models: public, private and hybrid cloud
- Service models: SaaS, IaaS and PaaS
- Cloud-native architectures
- Cloud automation tools
Domain 2: Cloud Infrastructure (NFV and SDN)
This heading is split into two related halves.
- Network Functions Virtualization: NFV architecture, NFV orchestration and VNFs
- Software-defined networking: SDN architecture, SDN controllers and SDN solutions
Domain 3: Network Virtualization
Concepts, operations and functionality of virtualized networks.
- Virtual network types
- Underlay and overlay networks
- Encapsulation and tunneling: MPLS over GRE, MPLS over UDP, VXLAN, EVPN with VXLAN and GENEVE
Domain 4: Cloud Virtualization
Linux-based virtualization and containers, again in two halves.
- Linux architecture, type 1 and type 2 hypervisors, hypervisor operations, KVM/QEMU concepts and operations, and creating virtual machines
- Containers: container versus virtual machine, container components and creating containers with Docker
Domain 5: Cloud Orchestration with OpenStack
How OpenStack provisions and automates cloud resources.
- Creating and managing VMs in OpenStack
- Automation with HEAT templates written in YAML
- Using the OpenStack user interfaces
- OpenStack networking plugins and Security Groups
Domain 6: Cloud Orchestration with Kubernetes
Container orchestration fundamentals.
- Creating and managing containers in Kubernetes
- API objects: Pods, ReplicaSets, Deployments and Services
- Namespaces and CNI plug-ins
Domain 7: Cloud Orchestration with OpenShift
Red Hat's Kubernetes-based platform as covered at associate level.
- Creating, managing and monitoring OpenShift workloads
- Navigating the OpenShift CLI or web UI
- Node types: provisioner and control plane
- Network types: routable, provisioning and management
Notice what is not a top-level heading. Older study material sometimes presents Cloud Monitoring, Cloud Managed Services or Cloud Security as standalone domains. Those belong to earlier versions of the credential and do not replace the seven headings above.
The Pinned Software Versions
JN0-214 is written against specific product releases, which matters when you choose labs and documentation. The published versions are:
- Contrail 22.4
- OpenStack Zed
- Kubernetes 1.24
- OpenShift 4.10
These are the versions the exam objectives reference, not necessarily the newest releases on the market. When you read blog posts from 2018-2021, remember that they were written for older versions of the credential and an older syllabus. Use them for background concepts, but anchor your study to the current seven headings and these software versions.
Key Takeaway
When a study resource disagrees with the issuer's published JN0-214 objectives, the objectives win. Check the exam code and software versions on any guide before trusting its domain list.
Registration, Fees and Test Delivery
You register and pay through the issuer's certification program, and the exam is delivered by Pearson VUE. The published examination fee is $200 USD per examination plus applicable taxes. The issuer does not publish a member/nonmember price split.
- Final checkout total: Regional tax and any voucher-based discount are applied at checkout, so confirm the final amount there.
- Do not confuse prices: A training course charge or a reseller's price is not the examination fee.
- Delivery: You can test at a Pearson VUE test center or through OnVUE remote proctoring, subject to availability and technical and ID requirements.
- Name matching: Your legal name must match the government-issued photo and signature identification and your CertMetrics and Pearson VUE accounts.
For a full breakdown of what to budget, see JNCIA-Cloud Certification Cost, and for scheduling considerations see JNCIA-Cloud Exam Dates.
Retakes, Validity and Renewal
Retake rules
- After a first failed attempt there is no waiting period.
- After a second or subsequent failure, you must wait 14 calendar days; the clock starts the day after the failed attempt.
- You cannot retake the same passed exam within 18 months.
Results
Results appear immediately at the end of the exam, but a passing outcome is provisional pending security validation. Valid results are available in CertMetrics within three business days under the published policy.
Validity and renewal
The certification is valid for three years. To renew, you use an eligible current exam or a designated qualifying course under the issuer's Recertification Options before expiry. The policy does not publish a fixed continuing-education credit quota. If the certification expires, the applicable track must be restarted. The program FAQs also state that earning a new certification, or recertifying any certification, renews all active associate-level certifications across tracks, which can be a useful efficiency if you hold more than one Juniper associate credential.
Voucher Assessment vs. the Real Exam
This is one of the most commonly confused points. The issuer offers a Cloud, Associate (JNCIA-Cloud) Voucher Assessment Test that is a separate product from the certification exam. It lists 1 hour 20 minutes, three attempts and a 70% score to earn voucher eligibility. Those numbers describe the voucher assessment only.
| Item | Voucher Assessment | Certification Exam (JN0-214) |
|---|---|---|
| Duration | 1 hour 20 minutes | 90 minutes |
| Attempts | Three | Governed by retake policy |
| Threshold | 70% for voucher eligibility | Exam-specific statistical cut score |
| Purpose | Earn voucher eligibility | Earn the certification |
Likewise, the issuer's separate practice exam publishes a 70% practice threshold and unlimited attempts, but it explicitly does not establish the live exam's cut score. Do not carry the 70% figure over to the real exam.
JNCIA-Cloud vs. JNCIA-Junos
Many candidates ask whether they need JNCIA-Junos first. They do not: Junos is not a prerequisite for JN0-214, and the two credentials have distinct official overviews. The practical difference is subject matter. JNCIA-Junos centers on the Junos operating system and routing fundamentals, while JNCIA-Cloud centers on virtualization, SDN and NFV, overlay networking and orchestration platforms. Someone with strong Junos skills may still find OpenStack, Kubernetes and OpenShift unfamiliar, and a cloud-focused candidate can pass JN0-214 without deep Junos CLI experience.
Roles, Jobs and What to Expect
JNCIA-Cloud is an associate credential, so it is best understood as evidence of foundational competence that supports entry into, or a lateral move toward, cloud-networking work. It is relevant where employers run Juniper-based data center and cloud environments or where roles involve virtualized networking, container platforms and orchestration. Typical job titles in this orbit include network engineer, cloud network engineer, infrastructure or virtualization administrator and support engineer for orchestration platforms.
A caution on compensation: no reliable salary statistic specific to JNCIA-Cloud holders was verified, and pay for generic cloud engineers or all JNCIA holders should not be treated as a JNCIA-Cloud figure. For a measured discussion, see JNCIA-Cloud Salary Guide, JNCIA-Cloud Jobs and Is the JNCIA-Cloud Certification Worth It?
Sequencing Your Study by Domain
Because weights are unpublished, a sensible plan covers all seven headings and orders them by dependency. Concepts build on one another: you need virtualization and overlay networking before orchestration makes sense. One possible arrangement:
Foundations: Domains 1 and 2
- Memorize deployment and service models and where cloud-native fits
- Distinguish NFV (VNFs, orchestration) from SDN (controller, architecture)
Networking underneath: Domain 3
- Underlay versus overlay, and why tunnels are used
- Compare MPLS over GRE, MPLS over UDP, VXLAN, EVPN with VXLAN and GENEVE
Compute layer: Domain 4
- Type 1 versus type 2 hypervisors, KVM/QEMU roles
- Containers versus VMs, and basic Docker creation steps
Orchestration: Domains 5, 6 and 7
- OpenStack: HEAT templates in YAML, networking plugins, Security Groups
- Kubernetes: Pods, ReplicaSets, Deployments, Services, namespaces, CNI
- OpenShift: node types and the routable, provisioning and management networks
Finish with a review pass that revisits your weakest heading. For a fuller roadmap, use the JNCIA-Cloud Study Guide, and keep the JNCIA-Cloud Cheat Sheet handy for last-minute fact review. To gauge difficulty honestly, read How Hard Is the JNCIA-Cloud Exam?
When you are ready to test recall under timed conditions, the JNCIA-Cloud practice tests let you drill each of the seven areas with independently written questions and explanations. These are knowledge-prep tools; they are not the issuer's actual exam questions or an official mock exam.
Frequently Asked Questions
It certifies associate-level knowledge of cloud networking concepts as covered by exam JN0-214: cloud fundamentals, NFV and SDN, network virtualization, Linux virtualization and containers, and orchestration with OpenStack, Kubernetes and OpenShift.
The written multiple-choice exam has 65 questions and a 90-minute time limit, delivered in English through Pearson VUE at a test center or via OnVUE remote proctoring.
The published examination fee is $200 USD plus applicable taxes. Final checkout totals and any voucher-adjusted amounts are confirmed at purchase, and course or reseller charges are not the exam fee.
No. There is no prerequisite certification, mandatory degree or required work experience. JNCIA-Junos is not a requirement, and recommended training is optional.
It is valid for three years and renewable through qualifying exams or courses before expiry. There is no wait after a first failure, 14 calendar days after later failures, and you cannot retake a passed exam within 18 months.
Whether you are exploring cloud networking for the first time or formalizing skills you already use, JNCIA-Cloud offers a clearly scoped, vendor-backed starting point. For the broader overview of the credential, you can also browse the JNCIA-Cloud Certification page and the guide to JNCIA-Cloud Training.