
During July 2025, Havedati developed a Hyper-V VM and host information retrieval API for the microsoft/moc repository, focusing on enhancing VM discovery and host management. The work involved designing new protobuf messages and gRPC methods in Go to enable retrieval of VM IDs, host node names, and host node IP addresses. These features were integrated into both the cloud agent and node agent compute services, supporting improved topology awareness and automated orchestration. By expanding the system’s querying capabilities, Havedati reduced manual mapping efforts and established a stronger foundation for policy-driven automation, demonstrating depth in cloud computing, virtualization, and protocol design.

July 2025 monthly summary for microsoft/moc: Focused on expanding visibility and management of Hyper-V resources by introducing a new Hyper-V VM and host information retrieval API. Delivered new protobuf messages and gRPC methods to retrieve VM IDs, host node names, and host node IP addresses, enabling precise VM discovery, topology awareness, and host-level management. Implemented changes across cloud agent and node agent compute services, enabling seamless integration with existing monitoring and orchestration workflows. The work is anchored by commit fa6a72e18c39ecb4dba3ce8709c0015b8a6fc7f7 ("vmconnect changes"). No major bugs fixed during the month; minor triage addressed ongoing maintenance. Overall impact: improved querying capabilities, reduced manual effort for VM/host mapping, and a stronger foundation for policy-driven automation. Technologies/skills demonstrated: Protobuf, gRPC, cloud agent architecture, node agent compute services, Hyper-V integration, version control discipline.
July 2025 monthly summary for microsoft/moc: Focused on expanding visibility and management of Hyper-V resources by introducing a new Hyper-V VM and host information retrieval API. Delivered new protobuf messages and gRPC methods to retrieve VM IDs, host node names, and host node IP addresses, enabling precise VM discovery, topology awareness, and host-level management. Implemented changes across cloud agent and node agent compute services, enabling seamless integration with existing monitoring and orchestration workflows. The work is anchored by commit fa6a72e18c39ecb4dba3ce8709c0015b8a6fc7f7 ("vmconnect changes"). No major bugs fixed during the month; minor triage addressed ongoing maintenance. Overall impact: improved querying capabilities, reduced manual effort for VM/host mapping, and a stronger foundation for policy-driven automation. Technologies/skills demonstrated: Protobuf, gRPC, cloud agent architecture, node agent compute services, Hyper-V integration, version control discipline.
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