IBM Cloud DevSecOps v2 Specialty (S2000-022) Practice Exam
Cover all five official objectives of the S2000-022 exam — DevSecOps fundamentals, deployment strategies and toolchains, evidence collection and audit readiness, Infrastructure as Code, and functional operations on IBM Cloud — with objective-mapped questions, source-linked explanations, and full timed simulation in Exam mode.
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- Vendor
- IBM
- Exam code
- S2000-022
- Certification
- IBM Cloud DevSecOps v2 Specialty
- Level
- Specialty
- Blueprint
- S2000-022 exam objectives, five topics (current IBM Training / Pearson VUE edition)
- Format
- 45 questions; multiple choice and multiple response
- Duration
- 75 minutes
- Passing score
- 64% (29 of 45)
- Delivery
- Pearson VUE test center or online proctored
- Prerequisites
- None required. IBM recommends first earning the Professional Architect, Professional Developer, or Professional SRE certification. Continuous delivery and IBM Cloud experience are strongly assumed.
- Cost (USD)
- $100 USD (regional pricing varies)
Sources: IBM Training — IBM Cloud DevSecOps v2 Specialty · Pearson VUE — IBM exams. Verify current question count, price, and passing score with IBM before scheduling.
About the IBM Cloud DevSecOps v2 Specialty certification
The IBM Cloud DevSecOps v2 Specialty (exam S2000-022) validates that a cloud professional can explain the benefits and concepts of DevSecOps and put them into practice on IBM Cloud — building compliance-aware continuous-delivery pipelines, weaving security scanning and evidence collection into every release stage, and choosing the right deployment strategy for a given customer. It is aimed at platform engineers, release managers, and delivery leads who ship regulated workloads and need to move fast without breaking compliance. This is a Specialty-level exam that assumes real continuous-delivery and IBM Cloud experience.
One thing to clear up before you schedule: the identifier S2112600 that appears in some listings is IBM’s certification/badge program ID, while S2000-022 is the exam you actually register for at Pearson VUE. IBM also recommends candidates hold a Professional Architect, Developer, or SRE credential first, so treat this as a credential that sits on top of broader IBM Cloud experience rather than a starting point.
Every PowerKram practice question maps to one of the five current S2000-022 objectives and links to the IBM Cloud documentation it was derived from, so a weak objective becomes a specific reading list rather than a guess. For broader context on the practices this exam tests, see our DevOps and DevSecOps certification guide in the Learning Hub.
S2000-022 exam objectives and weights
The current S2000-022 exam splits its 45 questions across five objectives. Deployment Strategies is by far the heaviest area at more than a third of the exam, and DevSecOps Fundamentals and Functional Operations together carry another 42% — plan study time in proportion to these weights.
Delivery pipelines and the IBM Continuous Delivery toolchain; common toolchain tools and templates; testing strategies; Vulnerability Advisor and Code Risk Analyzer (CRA); differentiating canary, blue/green, and rolling deployments; recommending CI toolchains to customer requirements; mainframe-to-hybrid migration; enabling continuous delivery for IBM Schematics.
Defining DevSecOps; its benefits and best practices; business and IT drivers; continuous integration and continuous deployment; collaborative development; and identifying barriers to DevSecOps adoption.
Fundamental attributes and tools of continuous compliance; incident-management tools; IBM solutions for the Manage phase; and differentiating logging, monitoring, and event-management tools in DevSecOps.
The role of evidence collection and provenance in DevSecOps; emerging provenance standards; how the Security and Compliance Center (SCC) integrates with DevSecOps; and using DevOps Insights to capture security incidents and measure DevSecOps.
The use of Infrastructure as Code (IaC) in DevSecOps; the role of IBM Cloud Schematics and Terraform in automated deployments; and considerations when running Ansible playbooks as Schematics Actions.
Weights: Deployment Strategies 36%, DevSecOps Fundamentals 22%, Functional Operations 20%, Evidence Collection & Audit Readiness 13%, Infrastructure as Code 9% (totals 100%). Source: IBM Training — IBM Cloud DevSecOps v2 Specialty exam objectives. Confirm the current edition on IBM’s site before publish.
Who S2000-022 is for
IBM positions this as a Specialty credential for practitioners who already build and operate delivery pipelines on IBM Cloud, not a first cloud exam. The recommended path has you earning a Professional Architect, Developer, or SRE certification first, then adding this specialty on top:
- Platform engineers who own the internal developer platform and build reusable Continuous Delivery toolchains for application teams across business units.
- Release managers and delivery leads coordinating production releases who must balance deployment speed against segregation-of-duties and audit requirements.
- DevSecOps and security engineers embedding Code Risk Analyzer, secret detection, and policy gates so non-compliant code never reaches production.
- SREs who own progressive delivery, incident response, and the logging, monitoring, and event-management tooling in the Manage phase.
If you are new to IBM Cloud generally, start with a role-based Architect, Developer, or SRE certification before this specialty. For the roles this credential supports — along with salary ranges and progression paths — see our DevOps engineering career paths in the Career Hub.
What this S2000-022 practice exam delivers
Learn mode
Get the correct answer, the reasoning, and a direct link to the IBM Cloud documentation each question was built from — immediately after each question. Best for Deployment Strategies, where toolchain and deployment-model choices are the main testing pattern.
Exam mode
45 questions on a 75-minute timer — the real S2000-022 format. Build the pacing for scenario-style multiple choice and multiple response under the clock.
Source-linked explanations
Every answer cites the primary IBM Cloud documentation page it derives from — Continuous Delivery, DevSecOps, Code Risk Analyzer, Schematics, Security and Compliance Center — so you can verify and dig deeper.
Score by objective
Results break down across the five current S2000-022 objectives — Fundamentals, Deployment Strategies, Evidence Collection, IaC, and Functional Operations — so practice tells you exactly which area to revisit.
Sample S2000-022 practice questions
Ten free questions across the five current S2000-022 objectives, with full explanations and source links to the IBM Cloud documentation each is derived from. The complete bank is available with the 24-hour trial.
A delivery lead is explaining to stakeholders what fundamentally distinguishes DevSecOps from a traditional DevOps pipeline. Which statement is the best characterization?
- DevSecOps removes the operations team from the delivery process
- DevSecOps integrates security as a shared responsibility throughout the delivery lifecycle, rather than as a gate at the end
- DevSecOps is only about running penetration tests after deployment
- DevSecOps replaces continuous integration with manual review
Show answer & explanation
Correct: B — security integrated throughout the lifecycle as a shared responsibility. The defining idea of DevSecOps is shifting security left and making it everyone’s responsibility across the whole delivery lifecycle, not a final gate.
Why not the others: DevSecOps does not remove operations (A). It is broader than post-deploy pen testing (C). It builds on continuous integration rather than replacing it with manual review (D).
Source: IBM Cloud — DevSecOps overview → Further reading: PowerKram — DevSecOps fundamentals →A platform engineer wants to codify a reusable delivery pipeline that product teams can adopt without recreating pipeline steps each time. Which IBM Cloud approach fits?
- A personal shell script stored on the engineer’s laptop
- An IBM Continuous Delivery toolchain that composes reusable Tekton tasks
- A paper runbook the team follows manually
- A spreadsheet of deploy steps
Show answer & explanation
Correct: B — a Continuous Delivery toolchain composing reusable Tekton tasks. Continuous Delivery toolchains give every product team a consistent, centrally maintained pipeline template built from reusable Tekton tasks.
Why not the others: a personal shell script (A) does not scale beyond one engineer; a paper runbook (C) depends on humans following steps; a spreadsheet (D) does not execute anything.
Source: IBM Cloud — Continuous Delivery toolchains → Further reading: PowerKram — IBM Cloud developer track →A developer wants the pipeline to fail fast when a merge-request branch contains hardcoded credentials, before any build artifact is produced. Which capability fits?
- A post-deploy penetration test
- Code Risk Analyzer (CRA) secret-detection that gates the pipeline at evaluation time
- A manual code review during release
- An audit-log review after go-live
Show answer & explanation
Correct: B — Code Risk Analyzer secret detection that gates the pipeline. CRA runs at PR/branch evaluation time and can gate the pipeline, preventing secrets from progressing into an artifact.
Why not the others: a post-deploy pen test (A) runs after credentials are already in artifacts; manual review (C) happens too late and can miss secrets; audit-log review (D) is reactive, not preventative.
Source: IBM Cloud — Code Risk Analyzer →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 deployment model fits?
- A big-bang cutover that switches 100% of traffic immediately
- Deploy to production and observe for a few days before shifting any traffic
- A canary release that shifts a small percentage of traffic first, with automated rollback on SLO breach
- Skip pre-production and deploy direct to prod
Show answer & explanation
Correct: C — a canary release with automated rollback on SLO breach. Canary shifts a small percentage first and falls back automatically when SLOs are breached, capping blast radius and automating recovery.
Why not the others: a big-bang cutover (A) maximizes blast radius; “deploy but do not shift traffic” (B) is not a meaningful release; skipping pre-production (D) removes critical safety checks.
Source: IBM Cloud — deployment strategies →An auditor asks to see immutable evidence that every production change to a regulated service was scanned, tested, and approved, traced to a single source of truth. Which artifact should the delivery lead point at?
- The CI logs from the last 48 hours only
- Individual developers’ Slack DMs
- The DevSecOps evidence store, with evidence records for each change traced to inventory entries and change-request IDs
- The delivery lead’s memory of the sprint
Show answer & explanation
Correct: C — the DevSecOps evidence store with linked evidence records. The DevSecOps toolchains collect immutable evidence records linked to inventory entries and change requests, providing the audit-ready single source of truth.
Why not the others: 48-hour CI logs (A) do not span audit windows; Slack DMs (B) are not tamper-evident; human memory (D) is not admissible audit evidence.
Source: IBM Cloud — DevSecOps evidence and provenance → Further reading: PowerKram — audit and compliance on IBM Cloud →A compliance team wants continuous assessment of security posture across their DevSecOps toolchain, mapped to regulatory profiles, integrated with the delivery pipeline. Which IBM Cloud service is designed for this?
- The Security and Compliance Center (SCC)
- A spreadsheet of manual control checks
- Pipeline logs read by hand each week
- Ad-hoc external scanners run occasionally
Show answer & explanation
Correct: A — the Security and Compliance Center (SCC). SCC integrates with DevSecOps to provide continuous, profile-based compliance posture assessment across the toolchain, which is exactly what the blueprint calls out.
Why not the others: a manual spreadsheet (B) and weekly log reading (C) are not continuous; ad-hoc external scanners (D) are point-in-time and not integrated.
Source: IBM Cloud — Security and Compliance Center →During a release, a service shows elevated error rates correlated with the new version. The on-call engineer must restore service quickly while preserving evidence for later review. Which action is correct?
- Trigger the automated rollback, then capture incident evidence (metrics and logs) for post-incident review
- Ignore the errors and hope they decrease
- Force-push a hotfix directly to production without the pipeline
- Delete the error logs to reduce alert noise
Show answer & explanation
Correct: A — automated rollback, then capture incident evidence. Rollback restores service quickly, and capturing metrics and logs preserves the data needed for post-incident review and audit — the Manage-phase pattern the exam expects.
Why not the others: ignoring errors (B) extends impact; bypassing the pipeline (C) forfeits controls; deleting logs (D) destroys forensic evidence and likely violates retention policy.
Source: IBM Cloud — DevSecOps incident management → Further reading: PowerKram — IBM Cloud SRE track →A team needs to correlate application logs, metrics, and delivery events to understand delivery performance and surface security incidents across their toolchain. Which IBM Cloud capability is intended for this?
- DevOps Insights
- A single grep command on one server
- Manual chart-building in a spreadsheet
- Emailing screenshots of dashboards
Show answer & explanation
Correct: A — DevOps Insights. DevOps Insights aggregates delivery data to measure DevSecOps and capture security incidents, which the blueprint names explicitly under evidence and operations.
Why not the others: a single grep (B), spreadsheet charts (C), and emailed screenshots (D) are manual, non-integrated, and do not correlate delivery events at scale.
Source: IBM Cloud — DevOps Insights →A team wants repeatable, version-controlled provisioning of IBM Cloud infrastructure using Terraform, executed and managed by IBM Cloud rather than from individual laptops. Which service fits?
- IBM Cloud Schematics running Terraform (and Ansible Actions)
- Manually clicking through the console each time
- A Terraform binary run only on one engineer’s machine
- Copy-pasting resource definitions into a chat channel
Show answer & explanation
Correct: A — IBM Cloud Schematics running Terraform. Schematics executes Terraform (and Ansible playbooks as Schematics Actions) as a managed IBM Cloud service, giving repeatable, version-controlled, auditable IaC — the intended IaC approach in the blueprint.
Why not the others: console clicking (B) is not repeatable or version-controlled; a laptop-only Terraform run (C) is not managed or shared; pasting into chat (D) is not executable IaC.
Source: IBM Cloud — Schematics (Terraform & Ansible) → Further reading: PowerKram — IBM Cloud automation →A compliance lead must ensure the person approving a production deploy is not the person who authored the code change, for a regulated application. Which control satisfies segregation of duties?
- Trust the team to follow the policy informally
- Allow the author to self-approve when in a hurry
- Email the auditor every time a deploy happens
- Require production approval from a reviewer distinct from the code author, enforced by the pipeline gate
Show answer & explanation
Correct: D — a pipeline gate requiring a distinct approver. Enforcing a distinct approver in the pipeline gate automates segregation of duties — a core DevSecOps best practice for regulated delivery.
Why not the others: informal trust (A) is not a control; self-approval (B) defeats segregation of duties; email notifications (C) are detective, not preventative.
Source: IBM Cloud — DevSecOps best practices →Keep going: Learning & Career resources
IBM Cloud DevSecOps sits at the intersection of two paths — secure delivery-pipeline engineering, and platform and SRE roles. Both PowerKram hubs back this exam.
Related IBM exams
Deep dive: S2000-022 format, scoring, study path, and what the exam really tests
Exam format and scoring
S2000-022 delivers 45 questions in 75 minutes, in multiple-choice and multiple-response formats, with a passing score of 64% — roughly 29 correct. Questions are scenario-led: you read a short delivery-pipeline situation and choose the deployment model, tool, or control that fits the requirement. IBM publishes the five objective weights but not per-question weighting, so plan study time by objective weight. Read the DevOps and DevSecOps guide →
What the exam really tests
Deployment Strategies alone is 36% of the exam, so expect heavy coverage of Continuous Delivery toolchains, Tekton, Code Risk Analyzer and Vulnerability Advisor, and the canary/blue-green/rolling deployment models — plus recommending a toolchain to fit a customer requirement. Fundamentals (22%) and Functional Operations (20%) cover the “why” of DevSecOps and the Manage-phase tooling (continuous compliance, incident management, logging/monitoring/event management). Evidence and IaC round out the rest with SCC, DevOps Insights, and Schematics. Read about regulated-workload delivery →
Realistic study path
Because this is a Specialty exam built on prior experience, the fastest path is to shore up gaps rather than learn DevSecOps from zero. Work the official IBM Training learning path, get hands-on building a Continuous Delivery toolchain with CRA and a compliance pipeline in a sandbox, then drill one objective at a time in PowerKram Learn mode — starting with Deployment Strategies (36%) — and finish with a full timed Exam-mode run. Read the DevOps engineering skills path →
Scheduling and cost
The exam costs $100 USD (regional pricing varies) and is delivered through Pearson VUE at a test center or online with a proctor; the online option requires a quiet, private room and a webcam check. IBM recommends holding a Professional Architect, Developer, or SRE certification first, and this specialty can be combined with those to form “PLUS” credentials. Confirm the current price and question count on IBM’s site before scheduling. Pearson VUE — IBM exams →
Where the credential leads
On its own the specialty confirms IBM Cloud DevSecOps competence; its resume value grows when paired with a role-based Developer or SRE credential and with adjacent IBM exams such as Cloud for Financial Services. For roles, salary ranges, and progression, see the Career Hub. Career Hub — Platform Engineer →
Frequently asked questions
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