SITE RELIABILITY ENGINEER ROADMAP

You’ll receive a structured development roadmap that outlines skills, timelines, courses, and practical tasks. Follow the steps and reach the level employers require.

SREs rely heavily on Linux for server and system management.
Essential for diagnosing connectivity issues and designing resilient systems.
Enables task automation and incident resolution at scale.
Core responsibility of SREs—understanding system health and alerting on issues.
SREs often manage infrastructure in the cloud and need to understand virtualized environments.
Ensures repeatability, scalability, and version control of infrastructure.
Containers are key to modern infrastructure and deployments.
Kubernetes is the backbone of many SRE workflows—must understand how to manage and monitor clusters.
CI/CD automates testing and deployments, improving system stability and speed.
SREs need to manage real-time incidents, postmortems, and logging strategies.
These are core SRE principles that help align reliability with business goals.
Helps build more resilient systems by proactively testing failure scenarios.
SREs must design and maintain secure infrastructure and automation tools.
Improves user experience and reduces downtime by optimizing services.
Used in all automation, scripting, and IaC environments.
SREs work closely with developers, operations, and product teams.
Learning from industry outages (e.g., Google, Facebook) enhances practical skills.
Solidifies hands-on skills and showcases your capabilities to employers.
Proves your knowledge and enhances credibility when applying for roles.
Prepares you for behavioral and technical interviews with a focus on incident management.
Reliability engineering is an evolving field—continuous learning is essential.
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