Site Reliability Devops Engineer
About the Role We re looking for a talented Site Reliability Engineer SRE to keep our systems running smoothly reliably and at scale Through smart automation deep observability and a calm head in a crisis you ll help us balance speed compliance and stability working alongside DevOps Cloud Quality Engineering and Product teams to drive continuous improvements in performance security and resilience What You Will Be Doing Define and implement SLIs SLOs and error budgets for businesscritical digital banking services Build actionable observability metrics logs traces dashboards and alerts using Dynatrace Prometheus Grafana and ELK while reducing alert fatigue Leverage AIdriven insights and anomaly detection Dynatrace Davis AI or equivalent AIOps platform to proactively predict and resolve reliability issues before impact Lead incident management from oncall triage and rootcause analysis to blameless postmortems with actionable followups Improve deployment safety with robust rollout rollback strategies canary and bluegreen deployments and production readiness reviews Support and optimize microservicesbased architectures ensuring service reliability scalability and interservice resilience Conduct capacity planning performance tuning and resilience testing optimizing for both reliability and cost efficiency Automate operational toil from runbooks and remediation scripts to proactive health checks and selfhealing workflows Collaborate with DevOps to embed reliability gates and validations into CI CD pipelines GitHub Actions Jenkins GitLab CI CD or Azure DevOps Own and evolve the observability and AIOps stack driving intelligent automation and predictive alerting capabilities Maintain highquality documentation playbooks and operational standards across environments Ensure operational compliance and security alignment with internal controls and regulatory standards Analyze system performance availability and cost data to continually optimize operations Provide reliability support and escalation guidance for critical production systems during major incidents