
Neh Joshi contributed to the canonical/maas-ui repository by delivering a series of UI and authentication improvements over five months. He refactored core data tables to use a unified GenericTable pattern with custom hooks, enhancing maintainability and consistency across VLAN, DHCP, and resource management features. Using React, TypeScript, and Redux, Neh modernized side-panel workflows, implemented paginated tables, and upgraded the authentication system to support session extension and config-based redirects. He also addressed WebSocket session reliability, resolving reconnection issues to improve user experience. His work demonstrated depth in front end development, API integration, and robust automated testing with Cypress.
February 2026: Delivered reliability improvements to MAAS UI WebSocket session handling. Implemented automatic reconnection on page return and token refresh by fetching new session tokens from the backend when needed; resolved the persistent 'Trying to reconnect...' condition. This work enhances session continuity and authentication UX for MAAS UI.
February 2026: Delivered reliability improvements to MAAS UI WebSocket session handling. Implemented automatic reconnection on page return and token refresh by fetching new session tokens from the backend when needed; resolved the persistent 'Trying to reconnect...' condition. This work enhances session continuity and authentication UX for MAAS UI.
January 2026 performance-focused delivery for canonical/maas-ui. Delivered two major features and multiple reliability fixes that directly improve security, onboarding, and user experience, while expanding test coverage and maintainability. Key initiatives include upgrading the User Authentication System to v3 login endpoints with a session extender and config-based redirects, plus a UI overhaul for CreateVolumeGroup using a GenericTable. Critical redirect race conditions were resolved by waiting for config to load, and test gaps were closed with added resolvers and updated end-to-end tests (Cypress and sitespeed.io). The work reduces onboarding friction, stabilizes sessions, and boosts developer velocity through cleaner architecture and stronger test suites.
January 2026 performance-focused delivery for canonical/maas-ui. Delivered two major features and multiple reliability fixes that directly improve security, onboarding, and user experience, while expanding test coverage and maintainability. Key initiatives include upgrading the User Authentication System to v3 login endpoints with a session extender and config-based redirects, plus a UI overhaul for CreateVolumeGroup using a GenericTable. Critical redirect race conditions were resolved by waiting for config to load, and test gaps were closed with added resolvers and updated end-to-end tests (Cypress and sitespeed.io). The work reduces onboarding friction, stabilizes sessions, and boosts developer velocity through cleaner architecture and stronger test suites.
December 2025 monthly summary for canonical/maas-ui: Delivered two high-impact features with measurable business value and implemented UI improvements that enhance safety, data navigation, and developer efficiency. Key outcomes include a deletion-UX upgrade and a reusable, paginated table system that scales with dataset size. The work aligns with product reliability and performance goals, while showcasing strong frontend engineering practices and API integration.
December 2025 monthly summary for canonical/maas-ui: Delivered two high-impact features with measurable business value and implemented UI improvements that enhance safety, data navigation, and developer efficiency. Key outcomes include a deletion-UX upgrade and a reusable, paginated table system that scales with dataset size. The work aligns with product reliability and performance goals, while showcasing strong frontend engineering practices and API integration.
Month: 2025-10. Focused on major UI modernization and maintainability improvements in canonical/maas-ui, driving business value through streamlined workflows for resource records and cleaner UX across tags.
Month: 2025-10. Focused on major UI modernization and maintainability improvements in canonical/maas-ui, driving business value through streamlined workflows for resource records and cleaner UX across tags.
September 2025 — Canonical MAAS UI: Delivered a cohesive upgrade to data presentation and UI plumbing, focusing on consistency, maintainability, and UX across core tables and side-panel flows. Key features delivered include adopting a Unified GenericTable pattern for VLAN Subnets, Static DHCP, Reserved Ranges, and Tags, enabling a single, customizable column pipeline and easier extension for new tables. This refactor reduces code duplication and improves accessibility and testability. In parallel, migrated the core UI to a new side panel context for Images, Devices, and Domains, simplifying state management and UX, and aligning tests with the new context and render practices. Major tests were updated to reflect the new patterns and accessibility standards (e.g., correct accessible names, renderWithProviders). The overall impact is faster, safer feature delivery with lower maintenance burden and a consistent, scalable UI across data tables and side panels. Technologies demonstrated include React, TypeScript, custom hooks for table column generation (useTagTableColumns, useStaticDHCPTableColumns, useReservedRangesColumns), GenericTable, and a new side panel context pattern, along with modern test strategies (renderWithProviders, updated test structure).
September 2025 — Canonical MAAS UI: Delivered a cohesive upgrade to data presentation and UI plumbing, focusing on consistency, maintainability, and UX across core tables and side-panel flows. Key features delivered include adopting a Unified GenericTable pattern for VLAN Subnets, Static DHCP, Reserved Ranges, and Tags, enabling a single, customizable column pipeline and easier extension for new tables. This refactor reduces code duplication and improves accessibility and testability. In parallel, migrated the core UI to a new side panel context for Images, Devices, and Domains, simplifying state management and UX, and aligning tests with the new context and render practices. Major tests were updated to reflect the new patterns and accessibility standards (e.g., correct accessible names, renderWithProviders). The overall impact is faster, safer feature delivery with lower maintenance burden and a consistent, scalable UI across data tables and side panels. Technologies demonstrated include React, TypeScript, custom hooks for table column generation (useTagTableColumns, useStaticDHCPTableColumns, useReservedRangesColumns), GenericTable, and a new side panel context pattern, along with modern test strategies (renderWithProviders, updated test structure).

Overview of all repositories you've contributed to across your timeline