FREE CLOUD RELIABILITY ASSESSMENT
How reliable is your cloud platform, really?
Assess your cloud infrastructure in around 5 minutes and identify the operational risks that could affect your next deployment, incident or recovery.
30 practical checks · ~5 minutes · 100% free · No credit card
What you'll get
A complete technical breakdown of your cloud platform's resilience and operational maturity.
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Overall Reliability Score
Understand the general operational maturity of your platform.
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Risk by area
See which parts of your infrastructure deserve the most attention.
⚠️
Top operational weaknesses
Identify the gaps most likely to create incidents, downtime or operational dependency.
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Prioritised recommendations
Understand what should be addressed first.
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Downloadable PDF report
Get a report you can keep or share with your technical team.
...0 / 30 completed
Check 1 / 30
If a critical zone, node or DB fails, do we know in advance and exactly which services will stop working?
Check 2 / 30
Do we guarantee there is no single component whose failure can bring down the entire platform?
Check 3 / 30
Can the application automatically scale resources to absorb unexpected traffic spikes without human intervention?
Check 4 / 30
Are production environments physically or logically isolated from dev environments to prevent accidental cross-access?
Check 5 / 30
Can we rebuild the platform from scratch in a disaster using a recently validated procedure?
Check 6 / 30
If a severe incident happens right now, can we identify in under 5 minutes which code/infra change caused it?
Check 7 / 30
Can we revert a failed deployment (rollback) to the previous version with a single click or pre-defined safe command?
Check 8 / 30
Is it technically blocked for an engineer to manually modify production servers (SSH/Console)?
Check 9 / 30
Are automated tests executed that mandatorily block the deployment if they fail?
Check 10 / 30
Does every code or infra change require explicit review and approval by a second engineer (Code Review/PR)?
Check 11 / 30
If we completely lost a critical environment, could we spin up a functional duplicate in under an hour executing only code?
Check 12 / 30
Can we automatically detect if someone accessed the cloud console and manually modified a resource (drift)?
Check 13 / 30
Is the entirety of the infrastructure defined as code (IaC) and stored in a centralized version control system?
Check 14 / 30
Do we force infrastructure provisioning through an internal catalog of standardized modules instead of rewriting code?
Check 15 / 30
Are all secrets injected dynamically at runtime from an external manager (Key Vault, Vault) instead of hardcoding them?
Check 16 / 30
Do we routinely discover production failures through internal alerts before a customer complains?
Check 17 / 30
When a critical alert fires, does it include a clear action plan (runbook) to resolve the issue without requiring manual investigation?
Check 18 / 30
Can we instantly correlate performance degradation or slowness with a recent deployment on our dashboards?
Check 19 / 30
Do we have tracing tools that allow us to follow a requests full lifecycle across multiple microservices?
Check 20 / 30
Do we conduct "blameless" post-mortems after every severe incident to extract systemic technical improvement actions?
Check 21 / 30
Have we successfully restored a critical backup in an isolated test environment during the last 3 months?
Check 22 / 30
If an engineer leaves their laptop unlocked at a coffee shop, is the infrastructure safe from immediate external access?
Check 23 / 30
Do we apply the principle of least privilege, strictly denying any internal access by default?
Check 24 / 30
Are database access credentials and external APIs rotated automatically without manual intervention?
Check 25 / 30
Are shared administration accounts (e.g., admin@company) completely banned and eliminated?
Check 26 / 30
If the cloud bill increased 50% this month, could we determine which specific service or team caused it in minutes?
Check 27 / 30
Do technical leads receive automatic real-time cost anomaly notifications (before the bill arrives)?
Check 28 / 30
Do we automatically eliminate (via scripts or recurring routines) cloud resources when they are no longer used?
Check 29 / 30
Bus Factor: If the engineer who knows the infra best won the lottery today, could the rest operate prod tomorrow without panic?
Check 30 / 30
Is new infra creation governed in such a way that developers are autonomous without requiring tickets taking days?
Based on the 30 checks performed on your infrastructure
Your Initial Cloud Reliability Score
0/90
points
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Score by technical area
Your evaluation analyzed fault tolerance, deployments, observability, security and governance across 30 checks.
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- ✓Full diagnosis — per-area analysis with root cause
- ✓Action plan — measures prioritised by impact and effort
- ✓Estimated financial risk — business impact per detected weakness
- ✓Downloadable executive PDF — ready to share with your team
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Cloud Reliability Report 2026
Technical Risk Audit & Action Plan
0/90
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Detailed Analysis by Check (30 Checks)
Exhaustive technical review of each evaluated item across all platform areas.
Want a second pair of eyes?
If you'd like, one of our principal cloud engineers can spend 20 minutes reviewing your results with you. No sales presentation. We'll simply discuss the highest-risk findings and what we'd prioritise first.
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