Over eight months, contributed to Azure’s cloud ecosystem by designing and delivering API surfaces, SDKs, and CLI extensions for PureStorage resource management. Work in repositories such as azure-rest-api-specs and azure-sdk-for-net focused on stable, versioned REST APIs and production-ready SDKs using C#, TypeSpec, and YAML. Developed features enabling automated provisioning, lifecycle management, and observability for storage pools, reservations, and AVS VMs, while improving validation and error handling. Enhanced CLI tooling for Azure Arc integration and streamlined API versioning by migrating deprecated previews. Emphasized maintainable code, clear documentation, and collaborative workflows to support scalable, automated cloud resource management.
June 2026: Delivered a feature to remove the maximum length constraint for Azure Volume names in the Azure Volume resource spec, enabling more flexible naming and improved customer onboarding. This aligns with product goals to simplify volume management and reduce naming friction for automation.
June 2026: Delivered a feature to remove the maximum length constraint for Azure Volume names in the Azure Volume resource spec, enabling more flexible naming and improved customer onboarding. This aligns with product goals to simplify volume management and reduce naming friction for automation.
April 2026 monthly summary for mikeharder/azure-rest-api-specs: Delivered a new Azure VM Management Preview API version that introduces endpoints for creating, updating, deleting storage pools and volume groups, and for retrieving their statuses. No major customer-impacting bugs fixed this month; focus was on delivering business value through API surface expansion, versioning, and quality improvements. This work reduces operational overhead for users automating VM/storage management and prepares the platform for broader preview adoption.
April 2026 monthly summary for mikeharder/azure-rest-api-specs: Delivered a new Azure VM Management Preview API version that introduces endpoints for creating, updating, deleting storage pools and volume groups, and for retrieving their statuses. No major customer-impacting bugs fixed this month; focus was on delivering business value through API surface expansion, versioning, and quality improvements. This work reduces operational overhead for users automating VM/storage management and prepares the platform for broader preview adoption.
February 2026 monthly summary for Azure REST API specs: Migrated to stable API by removing deprecated 2026-01-01-preview settings and examples in the azure-rest-api-specs repo, aligning with stable versions and reducing maintenance overhead. Key delivery centers on removing preview-specific configurations and examples to prevent drift from supported releases.
February 2026 monthly summary for Azure REST API specs: Migrated to stable API by removing deprecated 2026-01-01-preview settings and examples in the azure-rest-api-specs repo, aligning with stable versions and reducing maintenance overhead. Key delivery centers on removing preview-specific configurations and examples to prevent drift from supported releases.
January 2026 monthly summary for Azure/azure-rest-api-specs: Delivered a new preview API version for native VM support under the PureStorage Block Management API, introducing endpoints to manage storage pools, volume groups, and AVS VMs. Implemented improved validation and error handling to streamline operations and enable smoother integration with Azure services. This work lays the groundwork for broader storage lifecycle management in AVS environments and positions us for faster onboarding of storage scenarios, delivering tangible business value through faster deployments and more reliable operations.
January 2026 monthly summary for Azure/azure-rest-api-specs: Delivered a new preview API version for native VM support under the PureStorage Block Management API, introducing endpoints to manage storage pools, volume groups, and AVS VMs. Implemented improved validation and error handling to streamline operations and enable smoother integration with Azure services. This work lays the groundwork for broader storage lifecycle management in AVS environments and positions us for faster onboarding of storage scenarios, delivering tangible business value through faster deployments and more reliable operations.
Month: 2025-08 — Key features delivered and impact in Azure Arc for Kubernetes: Delivered the pscloud CLI extension for managing PureStorage Cloud Resources within connectedk8s. The extension provides commands to create, delete, list, show, and update storage pools and reservations, and includes functionality to retrieve AVS and health status for storage pools. Primary work is captured by commit 5ebb2062b4dab873eae35a5c92d3f43be6bcdfbd with message "pscloud cli extension (#9047)". No major bugs reported in this area this month. Overall impact includes automation of storage lifecycle management, improved provisioning speed, and enhanced observability for PureStorage deployments in AKS. Technologies demonstrated include CLI extension development, REST/CLI design for CRUD operations, Azure Arc integration, and health/AVS status retrieval, with clear Git-based change traceability.
Month: 2025-08 — Key features delivered and impact in Azure Arc for Kubernetes: Delivered the pscloud CLI extension for managing PureStorage Cloud Resources within connectedk8s. The extension provides commands to create, delete, list, show, and update storage pools and reservations, and includes functionality to retrieve AVS and health status for storage pools. Primary work is captured by commit 5ebb2062b4dab873eae35a5c92d3f43be6bcdfbd with message "pscloud cli extension (#9047)". No major bugs reported in this area this month. Overall impact includes automation of storage lifecycle management, improved provisioning speed, and enhanced observability for PureStorage deployments in AKS. Technologies demonstrated include CLI extension development, REST/CLI design for CRUD operations, Azure Arc integration, and health/AVS status retrieval, with clear Git-based change traceability.
June 2025 performance summary: Delivered stability-focused features across two repositories with production-readiness impact. Major bugs fixed: none reported this period. Key outcomes include public Swagger versioning stabilization and a production-ready stable .NET SDK release, enabling safer client integrations and clearer API governance.
June 2025 performance summary: Delivered stability-focused features across two repositories with production-readiness impact. Major bugs fixed: none reported this period. Key outcomes include public Swagger versioning stabilization and a production-ready stable .NET SDK release, enabling safer client integrations and clearer API governance.
In May 2025, delivered foundational Pure Storage Block Management capabilities across three repositories, focusing on configurable SDK generation, standardized data models, and release readiness. Implementations enable faster, customizable SDK generation (C#), ensure consistent resource identifiers, and establish the groundwork for AVS resource management in Azure. These workstreams translate to tangible business value: accelerated time-to-market for SDKs, reduced maintenance through naming standardization, and a solid foundation for managing Pure Storage blocks within AVS.
In May 2025, delivered foundational Pure Storage Block Management capabilities across three repositories, focusing on configurable SDK generation, standardized data models, and release readiness. Implementations enable faster, customizable SDK generation (C#), ensure consistent resource identifiers, and establish the groundwork for AVS resource management in Azure. These workstreams translate to tangible business value: accelerated time-to-market for SDKs, reduced maintenance through naming standardization, and a solid foundation for managing Pure Storage blocks within AVS.
Month: 2025-03 Overview: In March, delivered a TypeSpec-driven API surface for PureStorage Block Management in the Azure REST API specs, enabling customers to provision and manage Pure Storage resources directly via Azure APIs. The work centers on defining stable models and operations to support Pure Storage resource management within Azure, with attention to versioning and configuration for future expansions. What was delivered: - PureStorage Block Management TypeSpec and API surface, including resource models for Reservations and Storage Pools, associated operations, and ready-to-use API versions and configurations for managing Pure Storage resources in Azure. - Public-facing changes committed to the repository to enable automation and integration workflows, aligning with ARM changes and broader Azure governance. Impact and rationale: - Business value: Enables automation and self-service for customers using Pure Storage with Azure, reducing manual provisioning steps and enabling consistent, repeatable deployment via REST APIs. - Technical impact: Establishes a TypeSpec-driven, versioned API surface with clear resource models, paving the way for additional storage integrations and improved validation. Technologies/skills demonstrated: - TypeSpec design and API surface modeling - Resource modeling for Reservations and Storage Pools - API versioning, configuration management, and ARM-change propagation - PR/commit discipline and collaboration to public repos
Month: 2025-03 Overview: In March, delivered a TypeSpec-driven API surface for PureStorage Block Management in the Azure REST API specs, enabling customers to provision and manage Pure Storage resources directly via Azure APIs. The work centers on defining stable models and operations to support Pure Storage resource management within Azure, with attention to versioning and configuration for future expansions. What was delivered: - PureStorage Block Management TypeSpec and API surface, including resource models for Reservations and Storage Pools, associated operations, and ready-to-use API versions and configurations for managing Pure Storage resources in Azure. - Public-facing changes committed to the repository to enable automation and integration workflows, aligning with ARM changes and broader Azure governance. Impact and rationale: - Business value: Enables automation and self-service for customers using Pure Storage with Azure, reducing manual provisioning steps and enabling consistent, repeatable deployment via REST APIs. - Technical impact: Establishes a TypeSpec-driven, versioned API surface with clear resource models, paving the way for additional storage integrations and improved validation. Technologies/skills demonstrated: - TypeSpec design and API surface modeling - Resource modeling for Reservations and Storage Pools - API versioning, configuration management, and ARM-change propagation - PR/commit discipline and collaboration to public repos
Overview of all repositories you've contributed to across your timeline