- What the JNCIA-Cloud Credential Actually Is
- Who the Associate Cloud Track Is Built For
- Exam Format, Fee and Delivery
- The Seven Exam Objective Headings
- Pinned Software Versions in JN0-214
- Voucher Assessment vs. the Certification Exam
- Validity, Renewal and Retake Rules
- Career Value and Who Hires for It
- Sequencing Your Preparation by Domain
- Frequently Asked Questions
- JNCIA-Cloud is Juniper's associate-level cloud credential, delivered as exam JN0-214 through Pearson VUE.
- The exam has 65 multiple-choice questions, a 90-minute limit, and a published base fee of $200 plus taxes.
- Seven official objective headings cover cloud fundamentals through OpenShift; percentage weights are not published.
- JN0-214 names Contrail 22.4, OpenStack Zed, Kubernetes 1.24 and OpenShift 4.10 as its software versions.
What the JNCIA-Cloud Credential Actually Is
JNCIA-Cloud stands for Juniper Networks Certified Associate, Cloud. It is the associate-level entry on Juniper's Cloud certification track, aimed at networking professionals who need introductory-level knowledge of cloud networking. The issuing body is Juniper Networks, though current certification pages carry HPE Juniper Networking branding following the company's integration into HPE. The current exam code is JN0-214.
The acronym is easy to confuse with other credentials that borrow similar naming, so it helps to pin down exactly what this one is. This is a vendor certification from Juniper, tested through Pearson VUE, and its scope is defined by seven official exam objective headings that run from general cloud concepts through to container orchestration platforms. If you want a deeper breakdown of terminology, our short explainers on what JNCIA-Cloud stands for and the meaning of JNCIA-Cloud cover the naming in more detail.
The certification overview lists a single Cloud certification, so there is no advanced Cloud credential above it to plan around. JNCIA-Cloud is the terminal Cloud credential on that track as published, which makes it a standalone goal rather than the first rung of a published ladder.
Who the Associate Cloud Track Is Built For
The credential targets networking professionals who are moving toward, or already working alongside, virtualized and cloud-based infrastructure. Typical candidates include network engineers who want to understand how overlay networks, orchestrators and containers change their work, systems administrators who touch virtualization, and students building a foundation in cloud-native networking.
There is no mandatory degree, work-experience requirement, training-hour requirement or prior certification. Recommended training is optional. For the full picture on eligibility, see our guide to JNCIA-Cloud requirements.
People often ask how this compares with JNCIA-Junos. They are distinct credentials with distinct overviews: JNCIA-Junos focuses on the Junos OS, while JNCIA-Cloud focuses on cloud, virtualization and orchestration concepts. Junos is not a prerequisite for JNCIA-Cloud, so you can approach this exam without holding the Junos credential first.
Exam Format, Fee and Delivery
| Item | JNCIA-Cloud (JN0-214) |
|---|---|
| Questions | 65 |
| Time limit | 90 minutes |
| Format | English-language written multiple-choice examination |
| Published base fee | $200 USD per examination, plus applicable taxes |
| Testing provider | Pearson VUE (test center or OnVUE remote delivery, subject to availability) |
| Passing score | Exam-specific statistical cut score (not a flat published percentage) |
| Prerequisite certification | None |
| Validity | Three years |
The fee, stated carefully
The issuer's General Certification Program FAQs publish a $200 per-examination fee, and no member or nonmember price distinction is published. Regional taxes and any candidate-specific voucher discounts are applied at checkout, so your final total may differ from the base figure. Course-access charges or reseller prices you may see elsewhere are not the issuer's examination fee. Our JNCIA-Cloud certification cost breakdown goes through the budgeting side in more detail.
The passing score
Juniper uses an exam-specific statistical cut score rather than advertising one universal percentage. You will see third-party claims of a 60 to 70 percent figure online; these do not establish an official cut score. The 70 percent number that does appear in Juniper's materials belongs to separate voucher and practice products, not the live exam. Read our passing score guide for the nuance, and our pass rate analysis for why a population pass rate has not been verified.
Identity and results
Your legal name must match your government-issued photo and signature identification, and it must also match your CertMetrics and Pearson VUE accounts. Results appear immediately after the exam, but a passing score remains provisional pending security validation. Under the published policy, valid results are available in CertMetrics within three business days. For scheduling mechanics, see JNCIA-Cloud exam dates and scheduling.
The Seven Exam Objective Headings
The official JN0-214 objectives list seven headings. Percentage weights are not published for any of them, so no domain should be treated as officially "the heaviest." Every heading below is framed by Juniper as identifying concepts, operations and functionality, which tells you the exam leans toward recognition and understanding rather than deep configuration recall. Our companion piece, the complete guide to all seven content areas, expands each one further.
Domain 1: Cloud Fundamentals
The vocabulary layer that everything else builds on.
- 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)
Two related but separate topics, each with its own architecture and components.
- Network Functions Virtualization: NFV architecture, NFV orchestration and VNFs
- Software-defined networking: SDN architecture, the SDN controller and SDN solutions
Domain 3: Network Virtualization
How virtual networks are built on top of physical ones.
- 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 virtualization and Linux containers, covered as separate subtopics.
- Linux architecture, type 1 and type 2 hypervisors, hypervisor operations
- KVM and QEMU concepts and operations; creating virtual machines
- Containers versus virtual machines, container components, and creating containers with Docker
Domain 5: Cloud Orchestration with OpenStack
OpenStack as the orchestrator for virtual machines and their networking.
- 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 and its core API objects.
- Creating and managing containers in Kubernetes
- API objects: Pods, ReplicaSets, Deployments and Services
- Namespaces and CNI plug-ins
Domain 7: Cloud Orchestration with OpenShift
OpenShift workloads and platform architecture.
- 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
Pinned Software Versions in JN0-214
JN0-214 references specific platform releases: Contrail 22.4, OpenStack Zed, Kubernetes 1.24 and OpenShift 4.10. These are the versions the exam is written against, not necessarily the newest product releases. When you study from documentation or lab environments, keep this in mind: a concept that changed in a later Kubernetes or OpenShift release may be presented differently in current docs than in the exam's frame of reference. For associate-level recognition questions the core ideas are stable, but it is worth checking version-sensitive details against the pinned releases rather than assuming the latest docs apply.
Voucher Assessment vs. the Certification Exam
Juniper's learning portal offers a separate Cloud, Associate (JNCIA-Cloud) Voucher Assessment Test and a separate issuer practice product. These are easy to confuse with the real exam, and the differences matter:
| Aspect | Certification exam (JN0-214) | Voucher assessment |
|---|---|---|
| Purpose | Earns the certification | Lists a path to voucher eligibility |
| Time | 90 minutes | 1 hour 20 minutes |
| Threshold | Exam-specific cut score | 70% for voucher eligibility |
| Attempts | Governed by retake policy | Three attempts listed |
The 80-minute, three-attempt, 70 percent figures belong to the voucher assessment only. Do not carry them over to the written certification exam. Likewise, the issuer's practice-exam product publishes its own 70 percent practice threshold with unlimited attempts, and it explicitly does not establish the live exam's cut score.
Validity, Renewal and Retake Rules
Validity and renewal
The certification is valid for three years. Before it expires, you can renew by using an eligible current examination or a designated qualifying course under the issuer's Recertification Options. The Juniper Cloud Fundamentals course explicitly identifies JNCIA-Cloud renewal eligibility, but you should satisfy the current completion or attendance policy instead of assuming eligibility from casual study. Separately, the General Certification Program FAQs state that earning a new certification or recertifying any certification also renews all active associate-level certifications across tracks. If a certification expires, the applicable track must be restarted. No fixed CEU, CPE or CDU quota is published in the renewal policy.
Retake policy
- After a first failed attempt, there is no waiting period.
- After a second or subsequent failure, you must wait 14 calendar days, counted from the day after the failed attempt.
- The same passed examination cannot be retaken within 18 months.
Each attempt carries the exam fee, so the no-wait first retake is a convenience, not a reason to sit the exam underprepared.
Career Value and Who Hires for It
JNCIA-Cloud signals foundational literacy in the building blocks of modern cloud networking: overlays and tunneling, SDN and NFV, hypervisors and containers, and the three orchestrators named in the exam. That profile fits roles on network engineering teams at service providers and enterprises that run Juniper's Contrail-based SDN, as well as teams migrating from traditional data center networking to virtualized or containerized infrastructure. Employers using OpenStack, Kubernetes or OpenShift alongside Juniper networking are the most natural fit.
A caution on compensation: no reliable salary statistic specific to JNCIA-Cloud has been verified, and figures for generic cloud engineers or all JNCIA holders should not be relabeled as JNCIA-Cloud earnings. For a sober treatment of what can and cannot be said, see our salary guide, our ROI analysis and our overview of JNCIA-Cloud jobs. If you are weighing difficulty before committing, how hard the exam is lays out what actually makes it challenging for different backgrounds.
Key Takeaway
Treat JNCIA-Cloud as a broad-but-shallow credential: seven areas, recognition-level questions, and one unusually wide stack that spans Linux virtualization, three orchestrators and several tunneling protocols. Breadth, not depth in any single tool, is the real challenge.
Sequencing Your Preparation by Domain
You do not need an elaborate method here, just a sensible order. The domains build on each other, so scheduling them in dependency order saves rework. Here is one way to map the seven headings to a six-week plan; adjust for your own background. For a fuller plan, see our JNCIA-Cloud study guide, and keep the cheat sheet handy for final review.
Cloud Fundamentals and NFV/SDN
- Lock down deployment and service models first; every later domain assumes them
- Learn NFV architecture, orchestration and VNFs, then SDN architecture and the controller
Network Virtualization
- Separate underlay from overlay clearly before touching encapsulations
- Compare MPLS over GRE, MPLS over UDP, VXLAN, EVPN with VXLAN and GENEVE
Cloud Virtualization
- Type 1 versus type 2 hypervisors, then KVM and QEMU
- Containers versus VMs, and basic Docker container creation
OpenStack
- VM lifecycle, HEAT templates in YAML, networking plugins and security groups
Kubernetes and OpenShift
- Pods, ReplicaSets, Deployments, Services, namespaces and CNI plug-ins
- OpenShift node types and network types, then workload management
Integration and Review
- Revisit weak domains and drill mixed-topic questions
Kubernetes and OpenShift share concepts, so studying them back to back lets you notice where OpenShift extends Kubernetes. Hands-on labs help the concepts stick even though the exam itself is written. Juniper's recommended Juniper Cloud Fundamentals course is a three-day course with labs, and the Open Learning JNCIA-Cloud course is also listed. Both are supplementary preparation, not a substitute for the exam and not an assessment of practical competence. When you want to test your recall, our JNCIA-Cloud practice tests use independently written questions, which are knowledge-preparation material rather than recalled or official exam items.
Frequently Asked Questions
No. There is no mandatory prerequisite certification, degree, experience requirement or training requirement. Recommended training is optional, and JNCIA-Junos is not required first.
The exam has 65 multiple-choice questions with a 90-minute time limit, delivered in English through Pearson VUE at a test center or via OnVUE remote proctoring, subject to availability.
That is not published. Juniper lists seven objective headings without percentage weights, so any claim that one domain is officially the heaviest is an inference. Plan for balanced coverage across all seven.
The issuer's published base fee is $200 per examination plus applicable taxes. Final checkout totals and any voucher discounts depend on your region and eligibility, so confirm them at checkout.
It is valid for three years. After a first failed attempt you can retake immediately; after a second or later failure there is a 14-calendar-day wait. A passed exam cannot be retaken within 18 months.
For more detail on any of these topics, explore our JNCIA-Cloud training overview or head back to the main JNCIA-Cloud Exam Prep site to start practicing.