Monthly summary for 2026-05: Reliability, UX, and data-visualization improvements were delivered across Kalisio KDK and Kano, delivering tangible business value and stronger engineering discipline. Key outcomes include: 1) Reliability and UX improvements in KDK: added planet connection failure handling when the client is disconnected; layer legend auto-hide when no features are visible; quick activate/deactivate of all filters; hover effect on actions can be disabled; and log prefixes standardized for improved observability. 2) Data visualization enhancements: Kazarr grid source added with interpolation customization; Geotiff grid source extended to support images in Web Mercator projections with performance optimizations (debounced redraw and previous data tracking). 3) Kano UI exploration: Layer Filter Activation and Management UI initiated as a WIP to improve filter control, followed by simplification/revert to keep the interface focused. 4) Bug fixes and stability: resolved key issues including activation of filters on feature layers, authorize hook errors, buffer selection behavior when no features are found, and legend/tiling-related issues (legend display, tiled mesh artefacts, cutUnder/Over, RGB geotiff channel checks). 5) Code quality and performance: lint fixes and broader code-health improvements, reinforcing maintainability and long-term velocity.

April 2026 monthly summary for kalisio/kdk. Focused on visualization enhancements, reliability fixes, and deployment hygiene to improve end-user data interpretation and developer operations. Delivered domain-aware tick customization for color scales and legends, refined the variable and layer legends, enhanced map visuals, and ensured API compatibility and packaging hygiene. This release emphasizes business value through clearer visuals, robust legend behavior, stronger backward compatibility, and smoother deployment processes.

March 2026 highlights: UI stability improvements for the Activity Pane, expanded mapping capabilities with GeoJSON interoperability, targeted security hardening for i18n dialogs, and a comprehensive documentation/API clarity refresh. These efforts improved end-user experience, developer productivity, and product security while maintaining strong code quality.

February 2026 performance summary for kalisio engineering across kdk and kano. The month focused on security hardening, data-layer interoperability, and robust schema handling to reduce risk, improve data quality, and accelerate go-to-value for customers. Notable work spans dependency maintenance, PMTiles-based layer creation, enhanced layer schema editor, and GeoJSON/metadata support in the schema tooling.

October 2025 monthly summary for kalisio/kdk and kalisio/kano focusing on delivering reliability, usability, and maintainability improvements across core platforms. Highlights include robust fixes for mailer-dependent workflows, improved globe visualization accuracy, deduplication in layer renaming, correct handling of drag-and-drop catalog items, and targeted form UX enhancements, complemented by quality improvements in linting, tests, and translations. Overall, these efforts reduce customer-reported errors, shorten cycle times for deployments, and strengthen frontend robustness while keeping integration points stable for downstream services.

September 2025 monthly summary for kalisio/kdk and kalisio/kano focusing on business value, reliability, and technical excellence. The month delivered a stable foundation for a client-side library build, major refactors to real-time layer handling, and targeted bug fixes that reduced runtime errors and improved user experience. Deliverables emphasized maintainability, compatibility with modern tooling, and improved test client capabilities.

August 2025 highlights a foundation-level, cross-repo refactor and build-improvement cycle across kalisio/kdk and kalisio/kano that reduces technical debt, stabilizes the build, and improves end-user map UX. Key outcomes include establishing a client-side library build scaffold for kdk with README documentation, completing major refactors to remove global bindings and simplify binding scope (removing $store, $notify, $events, $api, $can and reducing $tie usage), upgrading core dependencies, and aligning Vite compatibility for the latest KDK release. Kano received targeted UX improvements and reliability fixes, including fractional map zoom and a corrected map import, while a series of bug fixes cleaned up edge cases (layers with undefined featureId and a Vite-export issue). These activities collectively enable faster feature delivery, more predictable builds, and a cleaner, maintainable codebase for future iterations.

July 2025 focused on strengthening layer management, real-time update reliability, and stability across KDK and Kano, delivering business value through improved user workflows, robust state management, and safer integration points. Key changes include feature delivery for layer order management in the catalog, enhancements to reorder logic to prevent reentrancy during realtime refresh, and cross-repo fixes that harden WMS/OGC integration and UI stability.

June 2025 monthly summary for kalisio/kdk and kalisio/kano focused on delivering robust, performant map experiences, stabilizing animation lifecycles, and improving embedding scenarios while expanding testing and governance support. Targets were map animations, rendering, and editing workflows across two repositories, yielding measurable UX improvements and developer velocity.

May 2025 monthly summary focusing on delivering high-value features, stabilizing map/globe tooling, and improving external integration readiness across two repositories (kano and kdk). Key work delivered enabled iframe-based workflows, refined globe layer management, and expanded GeoJSON utilities, while also tightening release readiness and test quality. The scope included both user-facing improvements and hardening fixes that reduce operational risk and set the stage for richer data visualization and external embedding capabilities.

April 2025 performance summary (kDK & Kano): Delivered impactful map UX and data-layer improvements with a focus on reliability and business value. Key features introduced: offset rotation center for flexible map rotations; animation for map center and bearing; MongoDB export for layer initialization; PMTiles templating for style/data URL; support for sending headers with OGC/WMS layers; and pane visibility controls with accompanying docs. Major bugs fixed: Wrong date rendering in KDateField; missing disable prop on KForm (editable state); map rotation performance revert was managed to balance cost; wind barb icon fix in weather composable; pane visibility with fractional zoom; KDateField cannot be empty by default. Release and stability work included upgrading Leaflet-related dependencies and stabilizing map rotation visuals (Leaflet-Rotate). Overall impact: smoother, more interactive maps, easier integration with data layers, and a more predictable, well-documented codebase, driving faster feature delivery and lower maintenance cost. Technologies/skills demonstrated: React/JS, Leaflet and Leaflet-Rotate, animation techniques, PMTiles templating, MongoDB export handling, OGC headers, release/docs discipline.

March 2025: Robust feature delivery and stability improvements across kalisio/kdk and kalisio/kano, focusing on performance, RBAC, and production readiness. Highlights include: preloading tiles outside the viewport on grid-based layers; configurable Leaflet renderer options and map background color; JWT-based abilities computation and configurable permissions cache; production readiness with rotate plugin moved to production dependencies; map rotation performance improvements in Kano; and key stability fixes (authorise hook crash avoidance and not-found edits).

February 2025: Delivered key business features across kano and kdk with a focus on stability, real-time data capabilities, and multi-client session reliability. Kano introduced dynamic real-time layers lifecycle, a selection widget for feature-driven actions, enhanced layer data editing UX, and style management improvements, paired with internal initialization/maintenance refinements to stabilize startup and upgrades. KDK added a cross-client logout event, context refactor for safer and more consistent context handling, plus targeted fixes to storage, offline behavior, and service exposure. These changes improve user experience, safety for multi-user workstreams, and provide a scalable foundation for future feature work.

January 2025 performance snapshot focusing on delivering offline-first capabilities, stability improvements, and geospatial enhancements across kalisio/kdk and kalisio/kano. Key features delivered include offline authentication, app launch, and multi-layer offline editing with offline layer availability in kDK, plus offline startup and awaitable API initialization in Kano. Geospatial processing improvements were implemented by adding Turf.js as a backend dependency and aligning frontend Turf versions for consistent capabilities. Documentation updates cover offline diagrams and getting-started navigation guidance. Progress and error handling modernization was completed by adopting KDK’s KRequestProgressBar and useErrors composable, along with single logout support for OAuth providers. Major bug fixes addressing offline view integrity (deleting layers, base layer cleanup), cache-based auth behavior, collection update stability on sort queries, style template numeric typing, dynamic label options for GeoJson import, globe position indicator, box selection height edge cases, and internal scope alignment. Overall, these changes improve offline resilience, user experience in unreliable networks, security with streamlined logout, and developer experience through standardized progress/error patterns.

December 2024 monthly summary: Delivered security, configurability, and reliability improvements across kano and kdk, with a focus on business value and technical excellence. Key outcomes include robust Keycloak-based authentication with per-project permissions and improved OAuth error handling; centralized decoration of distributed services to ensure correct naming, app context, and permissions; routing and i18n initialization enhancements to enable config-driven routes and earlier translations availability. Completed major UI and data modeling improvements in KDK (template context reactivity, KTable renderer option binding) and strong caching improvements for offline readiness. Fixed critical bugs affecting map bearing, per-project actions, logging, and PMTiles, alongside extensive documentation and build/dependency maintenance to stabilize the codebase and improve developer experience.

November 2024 recap for kalisio/kano and kalisio/kdk. Delivered significant user-facing enhancements in time series visualization and map interactions, improved release tooling and dependencies, and fixed critical stability issues across attribution and time utilities. Strengthened cross-browser touch handling, iframe integration, and centralized date/time formatting, enabling more reliable monitoring, easier releases, and a consistent developer experience.

Delivered offline layer data availability for kalisio/kano by implementing a CacheFirst strategy in the service worker. This change caches layer data and routes registration to prioritize cached resources, enabling offline access to layer resources and reducing dependency on the network in low-connectivity scenarios. This work strengthens Kano's offline capabilities and aligns with our broader PWA goals. Commit reference: 609ffef16b1674fd573ca0b57b454d79304b54d4 (wip: changed strategy to cache first for layers).