- The Short Answer: No Verified Numeric Cut Score
- How EX288 Grading Actually Works
- Why You Will See 210/300 and 300/500 Online
- Format, Time and Environment at a Glance
- What Gets Assessed Across the 11 Objective Areas
- The Persistence Rule That Quietly Costs Points
- Results Timing and What the Report Contains
- Retakes, Validity and Renewal
- Planning Your Preparation Around an Unpublished Bar
- Frequently Asked Questions
- Red Hat has not published a numeric passing score for EX288; treat any "210/300" or "300/500" claim as unverified.
- EX288 is a 4-hour, hands-on exam on a live OpenShift environment, assessed against objective criteria for your final configurations.
- Your deployed resources must persist through the normal platform lifecycle without intervention, so build for restarts, not just first success.
- Results arrive in roughly 3 to 5 business days as total scores; Red Hat's sources disagree on exact timing and detail.
The Short Answer: No Verified Numeric Cut Score
If you searched for the EX288 passing score hoping to find a single number to aim at, here is the honest answer: Red Hat does not publish one on the current exam page or in its certification program guide. The Red Hat Certified Advanced Developer in Cloud-native Applications exam is graded by checking whether the configurations and deployments you produce meet objective criteria. There is no public "you need X out of Y" threshold that we can verify from the issuer.
That matters because a lot of third-party content states a confident figure anyway. We will not repeat those numbers as fact. What we can do is explain precisely how the exam is assessed, what the issuer does say, and how to prepare so the missing number stops mattering. If you are still orienting yourself, the overview in What Is EX288? covers the credential itself, and EX288 Certification explains where it sits in Red Hat's framework.
How EX288 Grading Actually Works
Unlike a multiple-choice test, EX288 does not present a question bank where each item is worth a fixed number of points. It is a performance-based exam: you are given tasks to accomplish on a live Red Hat OpenShift environment, and the outcome of your work is evaluated against objective criteria. A route either resolves or it does not. A deployment either reaches a running state with the right configuration or it does not. A build either completes and triggers as specified or it does not.
Several consequences follow from this model:
- Outcomes matter, not elegance. The assessment looks at the final state of your configuration. A clumsy but correct approach and a polished one are judged the same way if the end state matches the requirement.
- Partial progress may not look like partial credit to you. Because Red Hat does not publish a scoring breakdown, you cannot assume a half-finished task earns half the value. Plan to complete tasks fully rather than touching many tasks lightly.
- The exact task count and the scored versus unscored split are not public. Anyone quoting a precise number of tasks or a precise weight per task is guessing.
For a candid look at how this format feels in practice, see How Hard Is the EX288 Exam?, which breaks down where candidates tend to struggle in a live-environment test.
Why You Will See 210/300 and 300/500 Online
Search results for exam passing scores are full of tidy fractions. Two that circulate in connection with EX288 are 210 out of 300 and 300 out of 500. Neither is confirmed by Red Hat. They do not appear in the issuer's current exam page or in the certification program guide we reviewed.
There are a few reasons these figures spread:
- Other certification vendors do publish scaled-score thresholds, and content farms copy that pattern onto every exam.
- Some Red Hat exam pages for other credentials discuss scoring differently, and the details get blurred together.
- Candidate forum posts report a "score" they received, which is then repeated as if it were a published cut.
The same caution applies to guarantees and success claims. Individual pass or fail anecdotes do not establish an aggregate rate, which is why our own EX288 Pass Rate analysis stays qualitative rather than quoting a percentage.
Format, Time and Environment at a Glance
| Attribute | What is verified for EX288 |
|---|---|
| Issuer | Red Hat, Inc. |
| Question style | Hands-on performance tasks; not multiple choice |
| Duration | 4 hours on the current EX288 exam page |
| Environment | Live Red Hat OpenShift environment (current page specifies OpenShift Container Platform 4.22) |
| Numeric passing score | Not published; third-party figures are unverified |
| Task count | Not publicly specified |
| Delivery | Red Hat administers its own proctored remote, individual testing-station and classroom exams, subject to availability |
| Fee | USD 500 standard list price in the program guide; regional pricing and checkout may differ |
| Retake | One free second attempt on an initially purchased paid exam under current policy |
| Reference material | Relevant product documentation is supplied; outside assistance is prohibited |
One point deserves emphasis: the exam version. The current public EX288 page specifies OpenShift Container Platform 4.22, but multiple versions can coexist and the version-specific objectives were not independently retrieved. Course pages can lag as well. The DO288 course page lists 4.22, while the DO289 course-with-exam page still states 4.18, and a public Udemy listing also references 4.18 and three hours. Those are preparation materials, not exam authority. Always confirm the version and duration on your actual booking. For cost mechanics, see EX288 Certification Cost.
What Gets Assessed Across the 11 Objective Areas
Red Hat lists 11 top-level exam objective headings. These are objective headings, not percentage-weighted domains: no official weights are published, and no domain is officially designated as the heaviest. Since you cannot optimize for weight, you need to be competent across the entire list. The full walk-through is in EX288 Exam Domains: Complete Guide to All 11 Content Areas; here is how each area translates into things an assessor can verify.
Work with Red Hat OpenShift Container Platform
The foundation for every other task: moving around projects, resources and the CLI quickly.
- Create and manage projects and application resources from the command line
- Inspect resource state and events to confirm what is actually running
Deploy multi-container applications
Applications that span more than one container and must communicate correctly.
- Wire services, routes and dependencies so components reach each other
- Verify the full application, not just that pods are up
Work with container images in OpenShift Container Platform
Pulling, referencing and managing images from registries.
- Reference the right image source and tag for a deployment
- Understand how image access affects whether workloads start
Troubleshoot application builds and deployment issues
Diagnosis under time pressure, where the fix is judged by the resulting working state.
- Read build logs and pod events to find the actual failure
- Correct the root cause rather than masking the symptom
Work with image streams
OpenShift's abstraction over image references, tightly connected to builds and triggers.
- Create, tag and consume image streams correctly
- Know how image stream changes can drive new rollouts
Work with configuration maps and secrets
Externalizing configuration and sensitive data from images.
- Create config maps and secrets and inject them into workloads
- Confirm the application actually consumes the values you supplied
Work with the source-to-image (S2I) framework
Building images directly from source using builder images.
- Configure and run S2I builds against a source repository
- Resolve build failures that trace back to source or builder settings
Work with build hooks and build triggers
Controlling when and how builds run and what happens around them.
- Configure triggers so builds start on the intended events
- Add build hooks that execute at the specified point
Work with templates
Packaging a set of resources into a reusable, parameterized form.
- Process and instantiate templates with the required parameters
- Verify every resource the template should create actually exists
Work with OpenShift Pipelines
Pipeline-based automation of build and deployment workflows.
- Define and run pipelines that complete the specified workflow
- Check run results rather than assuming success from a started run
Work with Operators accessible for users to run in their applications
Consuming Operator-managed services from an application developer's position.
- Use available Operator-provided services in an application
- Confirm the provisioned service is reachable by your workload
Key Takeaway
Because the objective headings are unweighted, the safest assumption is that any of the 11 can appear. Drill the areas you find tedious, since tedious areas are where candidates lose finished-state correctness.
The Persistence Rule That Quietly Costs Points
One of the most important details in the issuer's conditions is easy to skim past: configurations and services must persist through the normal platform lifecycle without intervention. In plain terms, your work must survive the platform doing ordinary things, such as restarting workloads, without you stepping in to repair it.
This changes how you should finish each task. A deployment that works only because you manually patched a running pod, or an object you created imperatively that is not backed by the right configuration, can look correct at the moment you move on and then fail when the final state is evaluated. Before leaving a task, ask yourself:
- If this pod were rescheduled right now, would the application come back healthy on its own?
- Are my config map and secret references part of the deployment definition, or did I only test them manually?
- Will my build trigger and image stream wiring still behave correctly the next time something changes?
Results Timing and What the Report Contains
Red Hat's own materials are not perfectly aligned here, and it is worth knowing about the discrepancy rather than being surprised by it:
- The EX288 exam page says results are usually available within 3 US business days and are reported as total scores.
- The general certification program guide says within 5 business days and mentions objective-area feedback.
- Neither source promises individual exam-item feedback, so do not expect a task-by-task breakdown of what was marked wrong.
This inconsistency is unresolved in the issuer's published material, so plan for the longer window and treat any detail beyond a total result, and possibly objective-area feedback, as a bonus. If you do not pass, the practical value of that limited feedback is another reason to keep your own notes on which objective areas felt shaky immediately after the exam, while your memory is fresh. Our EX288 exam dates guide covers scheduling so you can line up a retake without losing momentum.
Retakes, Validity and Renewal
The missing numeric threshold is easier to live with because of the free second attempt: under current program policy, an initially purchased paid exam includes one free retake. Confirm the conditions at checkout, since regional pricing and booking terms may differ from the USD 500 list price in the program guide.
Once earned, the credential is current for 3 years. For renewal, Red Hat's dated May 2026 FAQ describes several routes: retaking the highest-level exam, adding a certification at the same level, or advancing to a higher level within the framework. The program guide also supports retaking the original exam, and retaking EX288 is the common verified route. A legacy renewal page still describes Specialist credentials as renewable only by retaking their respective exams and uses "non-current" language rather than "expiration", so the sources are not perfectly consistent. Prefer the newer dated guidance and check your transcript rules. No EX288-specific continuing-education credit route is published.
If you are weighing whether the investment justifies a retake cycle every three years, Is the EX288 Certification Worth It? and the EX288 Salary Guide discuss the value side qualitatively. Candidates exploring roles can also see EX288 Jobs.
Planning Your Preparation Around an Unpublished Bar
When the bar is unknown, the rational target is complete, persistent, verified solutions across all 11 objective areas. Red Hat recommends DO180, DO188 and DO288 for preparation and review of the objectives, but recommended training is not a mandatory eligibility requirement, and no EX188 prerequisite for sitting EX288 was verified. See EX288 Requirements for the eligibility picture and EX288 Training for course options.
Here is one compact way to sequence the objectives, ordered by dependency rather than by any official weighting:
Platform fluency and images
- OpenShift Container Platform basics, multi-container deployments, container images
- Practice fast CLI inspection of resources and events
Configuration and image streams
- Config maps, secrets and image streams, since later build work depends on them
- Run the restart test on every deployment you build
Builds end to end
- S2I, build hooks and triggers, plus troubleshooting of failed builds and deployments
- Deliberately break builds, then diagnose them from logs
Packaging and automation
- Templates, OpenShift Pipelines and Operator-provided services
- Finish with a timed full-length run in a 4-hour block
For a fuller plan, the EX288 Study Guide goes deeper, and the EX288 Cheat Sheet is useful for last-minute review. To rehearse under realistic conditions, use the practice material on the main practice test site, and revisit it after each study block to spot weak objectives. If you want to confirm you are working from the right credential, the explainers What Does EX288 Stand For? and EX288 Meaning clarify the name and its recent retitling.
Key Takeaway
Because your result is judged by objective criteria on final state, treat every task as incomplete until you have verified it works and survives a restart. That single discipline protects you whatever the real threshold turns out to be.
Frequently Asked Questions
Red Hat has not published a numeric passing score for EX288 on its current exam page or program guide. Final configurations are assessed against objective criteria. Figures like 210/300 or 300/500 circulate online but are not issuer-confirmed.
No. EX288 is a hands-on, performance-based exam taken on a live Red Hat OpenShift environment over 4 hours. You complete tasks rather than answer questions from a question bank, and the exact task count is not publicly specified.
Red Hat's exam page says results are usually available within 3 US business days, reported as total scores, while the program guide says within 5 business days with objective-area feedback. The sources conflict, so plan for the longer window. Neither provides individual item feedback.
Under current program policy, an initially purchased paid exam includes one free second attempt. The standard list price in the program guide is USD 500, but regional pricing and checkout terms may differ, so confirm conditions when you book.
No mandatory prerequisite was verified. Red Hat recommends DO180, DO188 and DO288 and review of the exam objectives, but recommended training is not an eligibility requirement. The separate Engineer in Cloud-native Applications path is what requires both EX188 and EX288.