STACKIT Platform Services - Observability Suite - Software Engineer (m/f/d)

Schwarz Digits; Barcelona; Presencial; EUR 65 000 - 90 000; Tempo integral

Resumo da oferta

Schwarz Digits is building an Observability Suite and sovereign cloud services. The role focuses on integrating Grafana LGTM stack with Loki, Grafana, Tempo and Mimir, while enhancing the system with OpenTelemetry and Prometheus for_logs, metrics, and traces.

You will automate cloud service lifecycles using Kubernetes operators and API-driven control. You will own development and operations in an agile environment, collaborating with SRE to diagnose bottlenecks, improve performance, and deliver

Qualificações

• Deep enthusiasm for software engineering, cloud-native observability and SRE.
• Experience owning full software development lifecycle with emphasis on reliability and operability.
• Interest in Grafana ecosystem and instrumenting cloud services.

Responsabilidades

• Design and develop components of Observability Suite as sovereign cloud services.
• Extend architecture by integrating OpenTelemetry and Prometheus for logs, metrics, traces.
• Develop Kubernetes operators to automate life cycle of cloud services.
• Develop and maintain REST APIs for monitoring and alerting lifecycles.
• Owns delivery in an agile "+You Build It - You Run It" environment as bridge between development and SRE.
• Perform root cause analyses using logs, tracing and metrics to identify bottlenecks and implement fixes.

Conhecimentos

Software engineering

Cloud-native

Observability

SRE

Ferramentas

Grafana

Loki

Tempo

Mimir

OpenTelemetry

Prometheus

Kubernetes

Descrição da oferta de emprego

• You design and develop components of the Observability Suite as sovereign cloud services, focusing on the integration of the Grafana LGTM stack (Loki, Grafana, Tempo, Mimir).
• You extend our system architecture by identifying and implementing relevant open-source projects (e.g., OpenTelemetry, Prometheus) to capture logs, metrics, and traces.
• You develop Kubernetes operators to automate the life cycle of cloud services
• You develop and maintain REST APIs that allow our customers to programmatically access and control their monitoring and alerting lifecycles.
• You take ownership in an agile "You Build It - You Run It" environment, acting as a bridge between development and SRE.
• You conduct complex root cause analyses using logs, tracing and metrics - eat your own dogfood - identifying bottlenecks & issues and implementing sustainable fixes.

Your Tasks

• You design and develop components of the Observability Suite as sovereign cloud services, focusing on the integration of the Grafana LGTM stack (Loki, Grafana, Tempo, Mimir).
• You extend our system architecture by identifying and implementing relevant open-source projects (e.g., OpenTelemetry, Prometheus) to capture logs, metrics, and traces.
• You develop Kubernetes operators to automate the life cycle of cloud services
• You develop and maintain REST APIs that allow your customers to programmatically access and control their monitoring and alerting lifecycles.
• You take ownership in an agile "You Build It - You Run It" environment, acting as a bridge between development and SRE.
• You conduct complex root cause analyses using logs, tracing and metrics - eat your own dogfood - identifying bottlenecks & issues and implementing sustainable fixes.

Your Profile

• You have deep enthusiasm for Software Engineering, Cloud-Native Observability and SRE
• You actively own the entire software development lifecycle, go and k8s being your bread and butter - k8s operators preferably also a part of your arsenal
• You are experienced with - or eager to master - the Grafana ecosystem
• You understand the observability needs in today's cloud environment services and know how to instrument them effectively.
• You enjoy discovering new technologies (e.g. OpenTelemetry) and are excited about sharing your knowledge with the community and the team.
• You don't just look at dashboards; you understand the underlying data structures and how to optimize them for high-cardinality environments.