DevOps Maturity Assessment Made Simple with 10 Expert-Designed Questions

Conduct DevOps maturity assessment to understand the current state of your operational processes against a set of DevOps principles. Complete this DevOps maturity assessment questionnaire and find out which aspects of your operations need improvement. This expert-backed assessment covers various aspects of the DevOps transformation to help you identify areas where DevOps can have the greatest impact. The DevOps maturity assessment looks at your existing culture, tools, processes, and performance, identifying your strengths and areas for improvement. This DevOps evaluation is key to align your DevOps strategies with your capabilities and business goals.

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DevOps Maturity Assessment Questionnaire

Before We Start: How to Use This DevOps Maturity Assessment Questionnaire

Print the Questionnaire
For best results, we recommend printing out this assessment. Having a physical copy allows for easier discussion, note-taking, and collaborative scoring during team meetings.
Set Up a Dedicated Meeting
Schedule a focused session with your development, operations, and infrastructure leads to go through the questionnaire together. Aim for an open, honest conversation about your current DevOps practices.
Work Through the Questions Collaboratively
Use the provided maturity levels to assess where your organization stands for each question. Encourage discussion to ensure an accurate and shared understanding of your DevOps capabilities.
Identify Key Improvement Areas
After completing the assessment, highlight the areas where your maturity is low and where improvements could provide the greatest impact. These become your starting points for DevOps transformation.
Need Help? Get Expert Support
If you’re unsure how to evaluate some of the questions, or need help interpreting results, consider booking the time of an IT Infrastructure Assessment consultant. Expert guidance can accelerate your DevOps maturity journey and ensure alignment with your business goals.

Ask Yourself Those 10 Questions to Assess Your DevOps Maturity

This section of our DevOps maturity assessment provides example questions designed to help assess the maturity of your DevOps practices. Each question includes multiple answer options, each indicating a different level of DevOps maturity.

What is the frequency and automation level of your production deployments?

Level 1 – Manual and Infrequent: Deployments occur manually every few months with high risk and overhead.
Level 2 – Semi-Automated and Monthly: Monthly releases rely on a mix of scripts and manual steps, often requiring coordination overhead.
Level 3 – Regular and Partially Automated: Bi-weekly releases with automated pipelines handling key steps, though some manual approvals remain.
Level 4 – Fully Automated CI/CD: Production updates are deployed multiple times daily through fully automated pipelines with no human intervention required.

What percentage of changes result in service degradation or outages (Change Failure Rate)?

Level 1 – High Risk (>30%): A significant portion of changes lead to incidents or rollbacks.
Level 2 – Moderate Risk (15–30%): Failures are common, with partial coverage from test automation or reviews.
Level 3 – Low Risk (0–15%): Rigorous testing, staging validations, and monitoring keep failure rates low.
Level 4 – Near-Zero Failures: Robust pre-deployment testing and anomaly detection make regressions rare.

How are infrastructure and application configurations managed?

Level 1 – Manual, Ad-Hoc: Changes are made manually, often not tracked or repeatable.
Level 2 – Scripted with Manual Steps: Some configs are managed via scripts, but lack full automation and versioning.
Level 3 – Automated and Version Controlled: Most configuration changes are stored in Git and managed via Infrastructure-as-Code (IaC) tools.
Level 4 – Fully Automated, Auditable: All changes are automated, peer-reviewed, versioned, and compliant with audit standards.

What capabilities do your monitoring and alerting systems provide?

Level 1 – Basic Health Checks: Limited metrics and ad-hoc alerts, with frequent false alarms.
Level 2 – Reactive Monitoring: Core systems monitored, but alerts may require manual triage.
Level 3 – Automated Observability: Integrated dashboards, anomaly detection, and actionable alerts across environments.
Level 4 – Predictive and Self-Healing: AI/ML-enhanced observability systems anticipate and remediate issues automatically.

How is database lifecycle management handled across development and operations?

Level 1 – Isolated Management: DB changes are handled independently by dev and ops, often causing misalignment.
Level 2 – Periodic Syncing: Teams share scripts occasionally, but lack consistent workflows.
Level 3 – Pipeline-Integrated Schema Management: DB migrations are versioned and triggered via CI/CD workflows.
Level 4 – Continuous DataOps: Database changes are treated as code, tested, reviewed, and deployed alongside application code.

What mechanisms are in place to recover from post-deployment failures?

Level 1 – Manual Rollbacks: Failures require time-consuming manual intervention, risking data loss or downtime.
Level 2 – Scripted Recovery: Limited rollback automation exists, but not consistently applied.
Level 3 – Automated Recovery Options: Systems support both automated rollback and fix-forward strategies.
Level 4 – Resilient-by-Design: Failures are rare and automatically mitigated with zero-downtime solutions.

How well do your development and operations teams collaborate?

Level 1 – Siloed Teams: Little to no collaboration; dev and ops operate independently.
Level 2 – Project-Based Coordination: Occasional syncs occur, often during critical releases or outages.
Level 3 – Embedded Collaboration: Teams work together regularly, using shared tools and objectives.
Level 4 – Cross-Functional DevOps Culture: Dev and ops are unified under shared accountability, workflows, and continuous feedback.

How is software quality ensured before and after deployment?

Level 1 – Manual Reviews: Code quality is reviewed informally, usually close to release.
Level 2 – Basic Static Analysis: Some linters or test tools are used, but inconsistently across teams.
Level 3 – Integrated Quality Gates: CI pipelines enforce automated linting, testing, and security scans.
Level 4 – Continuous Quality Assurance: Real-time code quality metrics, performance profiling, and regression tests are embedded in every commit.

How do you capture and act on lessons from incidents and failures?

Level 1 – No Structured Learning: Failures are logged, but post-mortem analysis is rare or superficial.
Level 2 – Informal Reviews: Major issues are discussed reactively during team meetings.
Level 3 – Blameless Postmortems: Documented, team-wide retrospectives result in tracked action items.
Level 4 – Institutionalized Learning: Continuous feedback loops, real-time diagnostics, and learning systems drive systemic improvements.

How closely are your engineering efforts aligned with business objectives?

Level 1 – Tactical and Reactive: Engineering often works on tasks driven by urgency, not strategy.
Level 2 – Partial Alignment: Some strategic goals influence project selection, but feedback loops are inconsistent.
Level 3 – Strategic Synchronization: DevOps pipelines and roadmaps align with business KPIs through regular check-ins.
Level 4 – Innovation Engine: Business goals directly shape engineering priorities, with a culture of delivering measurable value.

Understand Your Level of DevOps Maturity

Results of DevOps Maturity Assessment Questionnaire

Level 1: Initial

If most of your answers correspond to level 1, you are at the beginning of your DevOps journey. This means that most of your processes are manual, few automations are in place, and the CI/CD pipelines are not implemented.

At this level, you should start with the basics: get in touch and find out which of your processes can be improved with DevOps.

Level 2: Intermediate

If the majority of your answers are at this level, you have probably already started to implement some DevOps practices. You most likely have some level of automation in place, but CI/CD pipelines may still need improvement for full optimization.

Your next step should be standardizing and extending automations to maximize the benefits of DevOps implementation. Contact us and we will provide you with a detailed overview of how your operations can be improved with DevOps.

Level 3: Advanced

At the advanced level, you have a well-established DevOps culture with a high degree of automation and efficient CI/CD pipelines. Your focus should now shift to further optimization and boosting resilience. Introducing practices such as progressive delivery, automated security checks, and advanced observability can help you further increase stability, speed, and reliability.

Level 4: Optimized

This is the highest level of DevOps maturity. At this stage your processes are fully automated, with advanced monitoring and predictive analytics in place. Deployment cycles are very fast and you can easily adapt to any changes in the market.

Businesses typically get to this level of DevOps maturity by partnering with a professional DevOps partner. Get in touch to choose DAC.digital as your provider.

Next Step After DevOps Maturity Assessment: Implement DevOps with DAC.digital

By completing this DevOps Maturity Assessment, you’ve taken a meaningful step toward understanding and improving your organization’s DevOps capabilities.

This questionnaire helped you evaluate key aspects of your development and operational practices—including deployment automation, change management, monitoring, collaboration, and alignment with business goals. Whether you’re just starting your DevOps journey or already well on your way, recognizing where you stand today is essential for planning where to go next.

Use your results to:

Guide conversations around strategy, tooling, and culture.

Highlight strengths to build upon.

Pinpoint areas that need improvement.

Prioritize initiatives that will have the greatest impact on performance and delivery.

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