Site Reliability Engineer Assessment
Maintain reliability, define SLOs, and automate toil on cloud
The SRE assessment covers 6 domains - from reliability principles and SLO definition to chaos engineering and toil reduction. Get a verified score that reflects your operational depth on your chosen cloud platform.
What does a Site Reliability Engineer do?
Site Reliability Engineers apply software engineering practices to operations problems. They define SLOs, own incident response, instrument observability, run GameDays, and systematically eliminate toil - the repetitive manual work that slows engineering teams down.
SRE is one of the fastest-growing cloud disciplines globally. Companies running critical infrastructure in the cloud - payments, logistics, healthcare - are increasingly hiring dedicated SREs, many of them remotely from engineering talent hubs across Africa.
What Kloud Safari tests for Site Reliability Engineer
The assessment covers 6 domains across scenario-based questions designed around real trade-off decisions.
Reliability Principles
SLI, SLO, and SLA definitions, error budget policies, toil identification, and the fundamental trade-off between reliability investments and feature velocity.
Observability & Monitoring
Metrics, structured logging, distributed tracing, synthetic monitoring, and alerting on symptoms vs root causes across CloudWatch, Azure Monitor, Cloud Monitoring, and open-source stacks.
Incident Response
On-call practices and escalation policies, runbook design, blameless post-mortems, MTTR measurement, and integrating alerting tools with on-call platforms (PagerDuty, OpsGenie).
Capacity Planning
Auto-scaling policies (target tracking, step scaling, scheduled), load testing, traffic modelling, and reserved capacity decisions for predictable baseline load.
Chaos Engineering
Fault injection experiment design (FIS / Azure Chaos Studio / Chaos Monkey), GameDay planning, blast radius minimisation, hypothesis-driven testing, and building reliability confidence through controlled failure.
Toil Reduction & Automation
Runbook-to-code conversion, event-driven automated remediation, measuring the reduction in operational burden over time, and building self-healing infrastructure patterns.
Key skills covered
Which level will you be placed at?
Every engineer is placed across four levels based on their assessment responses.
Pre-Junior
Core service awareness, limited hands-on. Learning the fundamentals.
Junior
Can build basic solutions independently within defined patterns.
Mid-Level
Designs multi-service, multi-AZ systems. Navigates trade-offs confidently.
Senior
Architects at org scale. Sets standards. Mentors other engineers.
What you get after the assessment
Verified Readiness Score
An overall percentage score plus section-by-section breakdown across each domain. Share your public profile with recruiters.
Gap Report
A ranked list of the specific skill gaps holding you back, with an estimate of how long each will take to close.
Week-by-Week Roadmap
A personalised plan of certifications, projects, and courses - ordered by impact - to reach the next level.
Assessment FAQ
Is the assessment free?
Yes. The assessment, score, gap report, and roadmap are all free.
Which cloud does the SRE assessment cover?
You choose AWS, Azure, or GCP. The SLO principles, observability concepts, and incident response domains are consistent - questions reference the specific monitoring and automation tools of your chosen platform.
Do I need on-call experience before taking the SRE assessment?
No. The assessment evaluates your conceptual and practical SRE knowledge. On-call experience is valuable context, but the assessment is designed to identify where to build skills - including for engineers transitioning into SRE.
How long does the assessment take?
About 20 minutes. Incident and reliability scenarios often require careful reading - some questions present a production situation and ask what you would prioritise first.
What does a Senior SRE own that a Mid-Level SRE does not?
Senior SREs set SLO targets for entire platforms, lead major incident responses, design the organisation's observability strategy, mentor junior engineers in reliability thinking, and negotiate error budgets with product leadership.
Ready to find your level?
Free · No card required · Results and roadmap in 20 minutes
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