(Senior) Cloud Site Reliability Engineer (Scalability) (m/f/x)

Our team's mission is to ensure that teams can scale up their services while being performant, reliable and cost optimised through self-service tooling and transferring best-practices for observability, load-testing, services discoverability, chaos engineering and FinOps.

Scalable Capital was built in the cloud from day one. Our services currently run on various AWS services like ECS, Fargate and Lambda and are distributed across multiple accounts. We embrace a DevOps culture where the development teams manage their CI/CD pipelines and cloud infrastructure for their services themself. Our Scalability Engineering Team focuses on providing everything necessary to ensure Reliability and Scalability of our services and storages while being cost efficient. This includes solutions for Monitoring, AutoScaling, Load Testing, Chaos Engineering and FinOps.

• Shape the way how Scalable runs microservices in the most performant, secure and cost efficient way. 
• Collaborate with cross-functional teams to identify and understand scalability requirements for our platform, both in terms of user growth and increasing data volume.
• Design and rollout Monitoring best practices in Datadog including SLI, SLO and SLAs
• Research and develop service and storage improvements by using serverless technologies and optimise our services and CICD to optimise scalability, cost  and performance
• Develop and maintain internal tooling around Monitoring, Developer Portal and Load Testing
• Mentor and enable our software development teams to further foster our DevOps culture by educating them and providing reusable and unified building blocks which can be used to improve scalability, reliability and performance of existing and new services
• Stay up-to-date with the latest industry trends, tools, and techniques related to scalability and performance engineering.
• Design and implement best practices around auto scaling of our infrastructure
• Run chaos engineering experiments to improve resilience of our services