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What is a key benefit of using Solutions (in Service Center) as part of a release and rollback strategy?

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2026 Statistics

Key Facts: OutSystems Professional DevOps Engineer Exam

~$200

Exam Fee (USD)

OutSystems

70%

Passing Score

OutSystems

~90 min

Exam Duration

OutSystems (varies by version)

45-60

Question Count

OutSystems (varies by version)

OutSystems 11

Platform Version

OutSystems

2

Supported rollback methods (LifeTime tag or Service Center Solution)

OutSystems 11 Documentation

The OutSystems Professional DevOps Engineer (O11) is a proctored, multiple-choice exam costing about $200 USD, with a 70% passing score and roughly 45-60 questions in about 90 minutes. It validates release management and CI/CD with OutSystems, governance, test automation, and application monitoring. Core domains are deployment and LifeTime management, CI/CD pipelines (LifeTime API, outsystems-pipeline, Jenkins/Azure DevOps), environment configuration and promotion, release and rollback strategies, and DevOps tooling such as the BDD Framework and AI Mentor Studio.

Sample OutSystems Professional DevOps Engineer Practice Questions

Try these sample questions to test your OutSystems Professional DevOps Engineer exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1In a standard OutSystems infrastructure managed by LifeTime, which console is used to deploy a tagged application version from one environment to another across the entire factory?
A.LifeTime
B.Service Studio
C.Integration Studio
D.Service Center
Explanation: LifeTime is the centralized lifecycle-management console that governs all environments in an OutSystems infrastructure. It is where you build deployment plans, stage tagged application versions between environments, manage users and roles, and monitor the factory. Service Center is per-environment and is used for local operations, not cross-environment staging.
2A team follows the recommended OutSystems lifecycle with separate Development, Test/QA, and Production environments. What is the correct direction in which an application version should be promoted?
A.From Development to Test/QA to Production in sequence
B.From Production back to Development for hotfixes
C.Directly from Development to Production, skipping Test
D.From Test/QA to Development, then to Production
Explanation: OutSystems staging is sequential and one-directional: a version is created in Development, promoted to Test/QA for validation, and finally promoted to Production. Each environment receives the exact tagged state that was validated upstream. Skipping environments or moving code backward breaks traceability and the staging guarantees LifeTime enforces.
3When you stage a tagged version of an application in LifeTime, what exactly gets deployed to the target environment?
A.The application in the exact development state captured when the tag was created
B.A blank module that must be rebuilt in the target
C.Only the modules changed since the last deployment, with no dependencies
D.The latest unsaved work currently open in Service Studio
Explanation: A LifeTime tag captures a specific, immutable snapshot of an application's version. Deploying that tag reproduces the application in the exact state it was in when tagged, guaranteeing that what was validated in Test is identical to what reaches Production. This is the core traceability benefit of tag-based staging.
4While building a deployment plan in LifeTime, you click Validate Now and LifeTime reports that a referenced producer module is missing in the target environment. What is this validation step primarily checking?
A.That all required dependencies are present so the deployment will succeed
B.That the target server has enough disk space
C.That the user has a paid LifeTime license
D.That the application name is spelled correctly
Explanation: LifeTime's pre-deployment validation performs impact and dependency analysis, confirming that every producer module a deployed application consumes will be available and compatible in the target. Catching missing or outdated dependencies before publishing prevents broken references and runtime errors. Resolving the reported dependency (by including it in the plan) is the correct fix.
5An OutSystems infrastructure spans multiple front-end servers, and a team wants certain modules to run only on a dedicated subset of servers. Which LifeTime/Service Center concept controls which servers an application runs on within an environment?
A.Deployment zones
B.Site properties
C.Timers
D.Entities
Explanation: Deployment zones map applications to specific front-end servers within an environment, letting you isolate workloads (for example, a heavy batch app) onto dedicated hardware. Applying deployment-zone configurations is part of the deployment process. Site properties, timers, and entities are application-level constructs unrelated to server placement.
6A deployment in LifeTime is aborted partway through. According to OutSystems guidance, what is the recommended way to proceed after an aborted deployment?
A.Manually edit the database to mark the deployment as complete
B.Retry the plan, which creates a copy of the original plan that you can review before running again
C.Uninstall and reinstall Platform Server on the target
D.Immediately delete the application and recreate it
Explanation: When a deployment is aborted, LifeTime lets you retry the plan: it creates a copy of the original deployment plan that you can inspect and adjust before running it again. This avoids re-specifying everything from scratch while preserving control over what gets deployed. Manual database edits or reinstalls are unsupported and risky.
7Which OutSystems component aggregates several application modules and their dependencies into a single deployable unit, and is created in the Service Center console?
A.A Theme
B.A Role
C.A Timer
D.A Solution
Explanation: A Solution in Service Center groups multiple modules (and optionally their dependencies as components) into one packagable, deployable unit. Solutions are useful for environment setup, backups, and as a rollback mechanism by republishing a previously published Solution version. Themes, timers, and roles are unrelated application constructs.
8When creating a Solution in Service Center so it can be moved to another environment as a self-contained package, which option should you select to ensure consumed modules travel with it?
A.Mark all modules as obsolete
B.Include dependencies as components
C.Disable all timers
D.Convert the Solution to a mobile app
Explanation: Selecting the 'include dependencies as components' option ensures the Solution carries the producer modules the included applications depend on, making it a complete, self-contained package. Without this, the target environment may be missing references and fail to publish. The other options are irrelevant to packaging dependencies.
9A LifeTime user attempts to run a deployment plan but lacks the necessary permission for one of the applications. Which permission level must a user hold for every application in a plan to execute a deployment that changes those apps?
A.List
B.View
C.None
D.Change & Deploy Applications
Explanation: To execute a deployment that changes applications, the user must hold the 'Change & Deploy Applications' permission for every application in the deployment plan. Lower permission levels such as List or View allow visibility but not deploying changes. Granular per-application permissions are part of LifeTime's governance model.
10Your organization must keep European customer data within the EU for compliance. When choosing where to host an OutSystems Cloud environment, which factor most directly drives selecting a specific deployment region?
A.Data residency requirements and latency to end users
B.The color theme of the LifeTime console
C.The number of timers in the application
D.The version of Service Studio installed on developer laptops
Explanation: OutSystems Cloud offers deployment regions across the Americas, EMEA, and APAC. The region you select determines where data physically resides and how close the infrastructure is to users, so data-residency/compliance rules and latency are the primary selection drivers. Theme, timer counts, and local IDE versions have no bearing on region choice.

About the OutSystems Professional DevOps Engineer Exam

The OutSystems Professional DevOps Engineer exam (aligned to OutSystems 11) validates the fundamental knowledge needed to operate an OutSystems delivery pipeline: release management and CI/CD, governance, test automation, and application monitoring. It centers on the LifeTime console for staging tagged application versions across Development, Test/QA, and Production, managing deployment plans, dependencies, deployment zones, and deployment regions. Candidates must understand automating deployments with the LifeTime Deployment API, the outsystems-pipeline package, the Trigger Pipeline plugin, and deployment manifests on tools such as Jenkins and Azure DevOps. The exam also covers configuring Site Properties per environment, rolling back via tags or republished Service Center Solutions, and managing technical debt with AI Mentor Studio.

Questions

50 scored questions

Time Limit

90 minutes

Passing Score

70%

Exam Fee

Approximately $200 (OutSystems)

OutSystems Professional DevOps Engineer Exam Content Outline

20-25%

Deployment processes and LifeTime management

Stage tagged application versions across environments with the LifeTime console; build and validate deployment plans; resolve module dependencies; and configure deployment zones (server placement) and deployment regions (data residency).

20-25%

CI/CD pipelines for OutSystems

Automate deployments with the LifeTime Deployment API and the outsystems-pipeline Python package; trigger runs with the Trigger Pipeline plugin; pin versions with a deployment manifest; and orchestrate stages (commit, REG regression, ACC acceptance, PRD) in Jenkins or Azure DevOps.

18-22%

Environment configuration and promotion

Create tags with traceable comments, promote versions sequentially from Development to Test/QA to Production, and configure Site Properties and consumed-REST effective URLs per environment, including during the deployment plan's Configure application settings step.

18-22%

Release management and rollback strategies

Plan and coordinate multi-application releases, enforce separation of duties with LifeTime permissions, run Solution impact analysis before upgrades, and roll back by tagging a previous version in LifeTime or republishing a Solution in Service Center.

15-20%

Automation, monitoring, and DevOps tooling

Automate regression tests with the BDD Framework, monitor runtime behavior with Service Center logs, and quantify and reduce technical debt across the factory with AI Mentor Studio (Architecture Dashboard).

How to Pass the OutSystems Professional DevOps Engineer Exam

What You Need to Know

  • Passing score: 70%
  • Exam length: 50 questions
  • Time limit: 90 minutes
  • Exam fee: Approximately $200

Keys to Passing

  • Complete 500+ practice questions
  • Score 80%+ consistently before scheduling
  • Focus on highest-weighted sections
  • Use our AI tutor for tough concepts

OutSystems Professional DevOps Engineer Study Tips from Top Performers

1Master the LifeTime deployment plan flow end to end: add applications, validate dependencies, configure Site Properties in the Configure application settings step, and deploy the tagged version.
2Memorize the two supported rollback paths (a new LifeTime tag based on a previous version, or republishing a Service Center Solution) and the rule that you cannot deploy a version lower than the one running.
3Understand the reference pipeline stages: commit/tag, automatic regression in REG with the BDD Framework, business approval in ACC, and promotion to PRD using a deployment manifest for version consistency.
4Know how the LifeTime Deployment API and the outsystems-pipeline package automate the same staged deployments, and how the Trigger Pipeline plugin starts runs on new changesets.
5Be clear on the difference between deployment zones (mapping apps to specific front-end servers) and deployment regions (where the infrastructure and data reside), and how Site Properties vary configuration per environment.
6Practice using AI Mentor Studio concepts: technical-debt categories (architecture, performance, security, maintainability), Ignored Modules, and trend comparison over time.

Frequently Asked Questions

What are the current exam facts for the OutSystems Professional DevOps Engineer exam?

It is a proctored, multiple-choice exam aligned to OutSystems 11, costing about $200 USD with a 70% passing score. It typically presents roughly 45-60 questions in about 90 minutes. Confirm the latest logistics on the official OutSystems certification page.

What topics does the exam cover?

The exam validates release management and CI/CD with OutSystems, governance, test automation, and application monitoring. In practice that means LifeTime deployment, the LifeTime API and outsystems-pipeline, environment configuration, rollback strategies, and DevOps tooling such as the BDD Framework and AI Mentor Studio.

How do you deploy applications across environments in OutSystems?

You use the LifeTime console to tag an application version in Development and stage that exact tag to Test/QA and then Production through a deployment plan. LifeTime validates dependencies before publishing, and you can configure Site Properties for the target during the plan.

How do you roll back a deployment in OutSystems?

There are two supported methods: create and deploy a tag based on a previous version in LifeTime, or republish a previous Solution version in the environment's Service Center. You cannot deploy a version lower than the one running, so rollback is expressed as a new tag carrying the older content.

What tools automate OutSystems CI/CD pipelines?

OutSystems provides the LifeTime Deployment API and the official outsystems-pipeline Python package, which ships examples for Jenkins and Azure DevOps. The Trigger Pipeline plugin starts a run on new changesets, and a deployment manifest pins the same versions through REG, ACC, and PRD.

What is AI Mentor Studio and why does it matter for DevOps?

AI Mentor Studio, formerly the Architecture Dashboard, is the OutSystems technical-debt monitoring tool. It analyzes applications for architecture, performance, security, and maintainability across the factory, helping DevOps engineers track and reduce technical debt over time.