Platform Engineering Maturity Assessment
Answer 20 questions across 5 dimensions to score your platform maturity. Get a radar chart, an overall level (1–4), and targeted improvement recommendations for your weakest areas.
DX Developer Experience
How easy is it for a new engineer to go from zero to first deployment?
Is there a central Internal Developer Portal (catalog, docs, self-service)?
How consistently are Golden Path templates adopted across teams?
Is developer satisfaction (DX NPS or similar) measured and acted on?
AU Automation
How mature is your CI/CD pipeline (test coverage, gates, speed)?
How automated is infrastructure provisioning (IaC coverage)?
How reliably can you perform rollback without manual steps?
Are database migrations and config changes automated in the pipeline?
OB Observability
Do all production services emit metrics, structured logs, and traces?
Are SLOs defined and error budgets actively tracked per service?
How fast can you detect and diagnose a P1 incident end-to-end?
Is alerting actionable (low noise, clear ownership, runbooks linked)?
SE Security
Is SAST / dependency scanning integrated in the default CI pipeline?
How consistently are secrets managed via a vault / secret manager (no plain-text secrets)?
Is RBAC enforced across platform tooling (IDP, CI/CD, cloud console)?
Are container images scanned for CVEs before production deployment?
SS Self-Service
Can engineers create a new service without filing a ticket (scaffolding, repo, CI/CD)?
Can engineers spin up a dev or staging environment on demand?
Can engineers request and rotate secrets without platform team involvement?
What percentage of platform features are available as self-service APIs or UI actions?
Maturity Radar
Top 3 Recommendations
Answer the questions to see tailored recommendations.
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What are the 5 dimensions of platform engineering maturity?▼
Developer Experience (DX): How well the platform reduces cognitive load and friction for product engineers. Automation: How much of the software delivery lifecycle is automated — builds, tests, deployments, rollbacks. Observability: How well teams can understand what their systems are doing in production (metrics, logs, traces, alerting). Security: How early and consistently security controls are applied across the platform. Self-Service: How much teams can provision infrastructure, environments, and services without opening tickets or waiting for platform team help.
What do the 4 maturity levels mean?▼
Level 1 — Reactive: Platform engineering is ad-hoc. Individuals heroically solve problems but there is no standardization. Level 2 — Repeatable: Core practices exist and are documented but adoption is inconsistent. Level 3 — Scalable: Practices are standardized, enforced, and adopted across most teams. Platform team focuses on enablement. Level 4 — Optimizing: Continuous improvement loops, data-driven decision making, and developer experience metrics drive all platform investments.
How often should I run this assessment?▼
Run the assessment at the start of each quarter to track progress, before and after major platform initiatives to measure impact, and when onboarding new leadership to establish a baseline. Share results with your engineering leaders to align on investment priorities. A good target cadence is quarterly with a full team retrospective twice a year.
What should I do after getting my score?▼
Focus on the top 3 recommendations shown after the assessment. Each recommendation targets your lowest-scoring dimensions. Start with one concrete initiative per quarter — trying to improve all dimensions simultaneously rarely works. Common first steps: if DX is weak, start a developer satisfaction survey and internal developer portal; if Automation is weak, standardize your CI pipeline with a golden path template; if Security is weak, implement SAST in your default CI workflow.
How does the radar chart work?▼
The radar (spider) chart shows your score for each of the 5 dimensions on a 0–3 scale (matching the Not Started / Basic / Intermediate / Advanced radio options). Each axis represents one dimension. A perfectly balanced, fully filled pentagon means Advanced on all dimensions. Gaps in the chart reveal which dimensions lag behind. The chart is drawn with SVG and updates in real-time as you answer questions — no external libraries required.