I B M C E R T I F I C A T I O N
S2112600 IBM Cloud DevSecOps v2 Specialty Practice Exam
Exam Number: 4308 | Last updated April 17, 2026 | 396+ questions across 5 vendor-aligned objectives
Targeted to platform engineers and release managers who ship regulated workloads on IBM Cloud, the Cloud DevSecOps v2 Specialty exam measures your ability to build compliance-aware continuous delivery pipelines. Candidates should understand IBM Cloud Continuous Delivery toolchains, Tekton-based pipeline execution, Code Risk Analyzer, and how to weave security scanning and evidence collection into every release stage.
Roughly 26% of questions address Toolchain and Pipeline Construction, the heaviest domain, covering Continuous Delivery toolchains, Tekton pipelines, reusable tasks, and integration cards. The next largest slice — 22% — focuses on Shift-Left Security, covering Code Risk Analyzer, secret detection, vulnerability scanning, and policy gates. Dominating the evidence section at 20%, Evidence Locker and Audit covers the DevSecOps evidence model, change-request automation, and compliance evidence.
Filling in the outline, Release Operations accounts for 18% and spans progressive delivery, canary releases, and incident response. Governance and Roles contributes 14% and spans reviewer responsibilities, segregation of duties, and production approval gates. Expect layered questions that pair pipeline design with audit requirements — the exam wants to see that you can ship fast without breaking compliance.
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Question #1 - Toolchain and Pipeline Construction
A platform engineer at a fintech is standing up a new CI/CD capability and wants to codify a reusable pipeline that product teams can adopt without recreating pipeline steps each time.
Which IBM Cloud approach fits the requirement?
A) A personal shell script stored on the engineer’s laptop
B) A Continuous Delivery toolchain that composes reusable Tekton tasks
C) A paper runbook the team follows manually
D) A spreadsheet of deploy steps
Show solution
Correct answers: B – Explanation:
Continuous Delivery toolchains compose reusable Tekton tasks so every product team gets a consistent, maintained pipeline template. A personal shell script does not scale beyond one engineer. Paper runbooks depend on humans following steps. Spreadsheets do not execute anything. Source: Check Source
Question #2 - Shift-Left Security
A developer wants the pipeline to fail fast when a merge-request branch contains hardcoded credentials, before any build artifact is produced.
Which shift-left capability fails the pipeline before any build artifact is produced?
A) A post-deploy penetration test
B) Code Risk Analyzer secret-detection stage that gates the pipeline
C) A manual code review during release
D) An audit-log review after go-live
Show solution
Correct answers: B – Explanation:
Code Risk Analyzer performs secret detection at PR/branch evaluation time and can gate the pipeline, which prevents credentials from progressing further. Post-deploy pen tests run after credentials are already in artifacts. Manual review happens too late and can miss secrets. Audit-log review is reactive, not preventative. Source: Check Source
Question #3 - Evidence Locker and Audit
An auditor asks to see immutable evidence that every production change to a regulated service was reviewed, tested, and approved. The delivery lead needs to point at a single source of truth.
Which artifact should the lead point at?
A) The CI logs from the last 48 hours only
B) The individual developer’s Slack DMs
C) An Evidence Locker with evidence records for each change, traced to inventory entries and change-request IDs
D) The delivery lead’s memory of the sprint
Show solution
Correct answers: C – Explanation:
The Evidence Locker stores immutable evidence records linked to inventory entries and change-requests, serving as the single audit-ready source of truth. Slack DMs are not tamper-evident and rarely retained. CI logs from only 48 hours do not span audit windows. Human memory is not admissible audit evidence. Source: Check Source
Question #4 - Toolchain and Pipeline Construction
A team wants a Tekton pipeline step that is reused in several toolchains, maintained centrally, and versioned so that toolchains can pin to a specific revision during a regulated release.
Which pattern matches?
A) A custom inline step duplicated in each toolchain
B) A Tekton Task stored in a central catalog, referenced by tag or digest from each toolchain
C) An ad-hoc script pasted into the toolchain UI
D) A cron job on a shared VM
Show solution
Correct answers: B – Explanation:
Central Tekton Tasks referenced by tag or digest give centralized maintenance with immutable pinning, which is what regulated releases require. Inline duplication drifts across toolchains. Ad-hoc pastes into the UI lose version control. Cron jobs do not belong in a Tekton pipeline graph. Source: Check Source
Question #5 - Release Operations
A team wants to release a new version of a payments service with minimal blast radius if a defect slips through testing, and with automated rollback when error rates climb.
Which pattern fits the goal?
A) Deploy to production and observe for a few days before shifting any traffic
B) A big-bang cutover that switches 100% of traffic immediately
C) A canary release that shifts a small percentage of traffic first, with automated rollback on SLO breach
D) Skip pre-production entirely and deploy direct to prod
Show solution
Correct answers: C – Explanation:
Canary releases shift a small percentage first and fall back automatically on SLO breach, which caps blast radius and automates recovery. Big-bang cutovers maximize blast radius. ‘Deploy but do not shift traffic’ is not a meaningful release. Skipping pre-production removes critical safety checks. Source: Check Source
Question #6 - Evidence Locker and Audit
A developer asks which Evidence Locker artifact corresponds to a specific deployed binary, so they can trace what was approved and scanned for that artifact.
Which artifact should the developer look at?
A) The container registry description
B) The Slack thread from when the artifact was built
C) The Jira ticket title
D) The inventory entry for that artifact in the Evidence Locker
Show solution
Correct answers: D – Explanation:
The inventory entry is the Evidence Locker’s record of a released artifact, linking it to the evidence records (scans, approvals) that accompany it. A Slack thread is not a structured evidence artifact. A Jira ticket title is not scoped to a specific build output. A container registry description is free-text metadata, not Evidence Locker structure. Source: Check Source
Question #7 - Governance and Roles
A compliance lead must ensure that the person approving a production deploy is not the same person who authored the code change, for a regulated application.
Which control satisfies segregation of duties?
A) Trust the team to follow the policy informally
B) Allow the author to self-approve in a hurry
C) Email the auditor every time a deploy happens
D) Require production approval from a reviewer distinct from the code author, enforced by the pipeline gate
Show solution
Correct answers: D – Explanation:
A pipeline gate that requires a distinct approver enforces segregation of duties automatically, which is the control the scenario demands. Self-approval defeats segregation of duties. Email notifications are detective, not preventative. Informal trust is not a control. Source: Check Source
Question #8 - Shift-Left Security
A security engineer wants the pipeline to warn on newly discovered vulnerabilities in images already in inventory, without blocking ongoing unrelated deploys.
Which configuration matches the intent?
A) A policy gate in non-blocking (warn-only) mode on vulnerability detection, with a separate blocking gate for critical CVEs at deploy
B) A single blocking gate on every CVE severity
C) Disable vulnerability scanning entirely
D) Email all developers with the CVE list weekly
Show solution
Correct answers: A – Explanation:
A warn-only gate surfaces issues without halting unrelated deploys, while a separate blocking gate for critical CVEs preserves protection at the deploy boundary. Blocking on every severity halts work the scenario does not want halted. Disabling scanning removes visibility. Weekly emails are too slow to act on. Source: Check Source
Question #9 - Release Operations
During a release, the service shows elevated error rates correlated with the new version’s rollout. The on-call engineer needs to act quickly while preserving evidence for later review.
Which action is correct during the incident to restore service while preserving audit evidence?
A) Trigger the automated rollback pipeline, then capture incident evidence including metrics and logs into the Evidence Locker
B) Ignore the errors and hope they decrease
C) Force-push a hotfix directly to production without pipeline
D) Delete the error logs to reduce alert noise
Show solution
Correct answers: A – Explanation:
Automated rollback restores service quickly, and capturing evidence preserves the data needed for post-incident review and audit. Ignoring the errors extends impact. Bypassing the pipeline forfeits all controls. Deleting logs destroys forensic evidence and likely violates retention policy. Source: Check Source
Question #10 - Toolchain and Pipeline Construction
A DevSecOps engineer wants the toolchain to pass metadata between pipelines (for example, from CI to CD) in a structured way the receiving pipeline can parse reliably.
Which mechanism is designed for this?
A) A pipeline property (parameter) with typed values consumed by downstream tasks
B) An environment variable set only in one developer’s shell
C) A printed PDF handed between teams
D) A read-only wiki page
Show solution
Correct answers: A – Explanation:
Pipeline properties (parameters) pass typed values through the toolchain reliably, which is exactly what structured pipeline-to-pipeline metadata requires. A developer’s shell env var is not shared. A printed PDF is not machine-readable. A wiki page cannot be parsed deterministically by a pipeline. Source: Check Source
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Exam mode & learn mode · Score by objective · Updated April 17, 2026
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What the S2112600 cloud devsecops v2 exam measures
- Assemble and configure Continuous Delivery toolchains, Tekton pipelines, reusable tasks, and integration cards to deliver consistent, self-service release paths for application teams across business units
- Embed and enforce Code Risk Analyzer, secret detection, vulnerability scanning, and policy gates to surface security defects early and prevent non-compliant code from reaching production
- Generate and store DevSecOps evidence records, inventory entries, and change-request automation to deliver audit-ready proof that every release followed approved controls
- Deliver and recover progressive releases, canary rollouts, and incident response workflows to ship changes confidently while limiting blast radius when problems appear
- Govern and review reviewer responsibilities, segregation of duties, and production approval gates to enforce accountable change control without slowing down delivery
How to prepare for this exam
- Review the official exam guide to understand every objective and domain weight before you begin studying
- Work through the relevant IBM Training learning path — ibm cloud devsecops v2 specialty S2112600 — to cover vendor-authored material end-to-end
- Get hands-on inside IBM TechZone or a comparable sandbox so you can practice the console tasks, CLI commands, and APIs the exam expects
- Tackle a real-world project at your workplace, a volunteer role, or an open-source repository where the technology under test is actually in use
- Drill one exam objective at a time, starting with the highest-weighted domain and only moving on once you can teach it to someone else
- Study by objective in PowerKram learn mode, where every explanation links back to authoritative IBM documentation
- Switch to PowerKram exam mode to rehearse under timed conditions and confirm you consistently score above the pass mark
Career paths and salary outlook
DevSecOps engineers who can ship in regulated environments are among the most sought-after cloud specialists today:
- DevSecOps Engineer — $115,000–$155,000 per year, building secure, compliant delivery pipelines on IBM Cloud (Glassdoor salary data)
- Platform Engineer — $110,000–$150,000 per year, owning the internal developer platform for regulated workloads (Indeed salary data)
- Release Manager — $105,000–$140,000 per year, coordinating production releases across multiple application teams (Glassdoor salary data)
Official resources
Work through the official IBM Training learning path for this certification, which bundles videos, labs, and skill tasks aligned to every objective. The official exam page lists the full objective breakdown, prerequisite knowledge, and scheduling details.