Sebastian Dusch is a Principal Software Engineer at Microsoft with 10 years of experience building and automating cloud infrastructure and back-end systems from Walldorf, Germany. He has deep expertise in Azure tooling, contributing to high-profile open-source projects like azure-cli-extensions, azure-powershell, and azure-quickstart-templates to add VM and disk support, AEM commandlets, and deployment automation for SAP workloads. Known for bridging development, test automation, and DevOps, he has implemented fencing agents, robust scenario tests, and LVM-aware deployment scripts that improve reliability across Windows and Linux environments. His work often focuses on pragmatic infra improvements—proxy/debug configurations, MSI and sovereign cloud support, and helper scripts that reduce manual ops. Trained in computer software engineering at Universität Stuttgart, he combines systems-level rigor with hands-on contributions to Microsoft’s cloud ecosystem. An understated strength is his ability to translate low-level platform changes into repeatable automation that scales across enterprise scenarios.
10 years of coding experience
13 years of employment as a software developer
Diplom, Computer Software Engineering, Diplom, Computer Software Engineering at Universität Stuttgart
Contributions:338 commits, 76 PRs, 31 comments in 4 years 3 months
Contributions summary:Sebastian primarily focused on configuring and modifying scripts for disk management and volume creation within an Azure environment. Their contributions involved adapting scripts to support Logical Volume Management (LVM), addressing potential issues with disk size, and ensuring compatibility with Oracle Linux. They also made adjustments to the deployment scripts and added helper scripts for SAP-related tasks, indicating a focus on automating infrastructure setup for SAP workloads.
Contributions:26 commits, 7 PRs, 13 comments in 4 years 11 months
Contributions summary:Sebastian primarily contributed to the development of an Azure Resource Manager (ARM) fencing agent within the clusterlabs/fence-agents repository. Their work included adding the initial agent, refactoring option definitions, improving power status retrieval, and implementing the set_power_status functionality. The user also integrated the agent with the existing fencing framework, along with fixing sovereign clouds and support for MSI.
fenceinternet-computeragentsdfinity
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