Core / Platform
Twin runtime, NGSI-LD (Orion-LD), WebGL shell (CesiumJS), API gateway, host UI, and orchestration — the base for self-hosted NKZ.
Repositorio →Estándar abierto · Gemelos digitales AgTech
NKZ (Nekazari) es una plataforma abierta para gemelos operativos: visualización WebGL, datos NGSI-LD y dominios conectables—desde LiDAR y Sentinel hasta MQTT, ROS 2 e ISOBUS.
Community Edition (AGPLv3). Enterprise Edition: SaaS gestionado, SLAs, despliegues dedicados.
Estructura polyrepo: un núcleo estable para runtime del gemelo, contexto NGSI-LD y orquestación. Los dominios se publican como repositorios independientes bajo github.com/nkz-os—LiDAR (.laz), salud vegetal (Sentinel con rio-tiler), IoT (MQTT), robótica (ROS 2, Zenoh), maquinaria (ISOBUS), agrivoltaica, ERP (Odoo) y chat (Mattermost). Actualiza o sustituye un módulo sin bifurcar la plataforma.
Pensado para grandes volúmenes GeoTIFF y series temporales: servicios en Kubernetes, trabajos asíncronos con Redis/Celery y cliente WebGL (CesiumJS) para navegar geometrías reales de finca—no una galería de PNG estáticos.
Los datos de contexto siguen FIWARE NGSI-LD (Orion-LD). Procesamiento de eventos complejos para reglas agronómicas y de maquinaria. Integración de dispositivos por MQTT; implementos y flotas por ISOBUS cuando aplique.
Capacidades opcionales que activas cuando encajan con tu operación. Los módulos públicos están en la organización GitHub nkz-os.
Twin runtime, NGSI-LD (Orion-LD), WebGL shell (CesiumJS), API gateway, host UI, and orchestration — the base for self-hosted NKZ.
Repositorio →
Native risk engine and weather hooks: configurable thresholds, alerts, and agronomic risk models against live telemetry and forecasts.
Repositorio →Field companion app: maps, secure sign-in, and tenant-aware workflows on phones and tablets.
Repositorio →Agricultural and community-energy orchestration: rules, simulations, and bridges toward operations and billing contexts.
Repositorio →Encrypted, deduplicated backups with tenant-scoped keys (Restic / Rclone patterns) for operator-controlled retention.
Repositorio →Multi-domain knowledge graph (Neo4j) with scientifically-provenanced agronomic parameters. Phenology browser with DOI traceability, GDD-based stage auto-detection, rule-based crop planner (rotation, fertilizer, soil suitability, scenario simulation), and 7 live external API proxies (SoilGrids, Natura 2000, EU Pesticides, CPVO Varieties, GBIF, Copernicus DEM, ERA5). Powers the Crop Health Engine with real-time phenology coefficients.
Repositorio →Spanish cadastre lookup and reverse geocoding to align parcels with official geometry where deployed.
Repositorio →Carbon sequestration and biomass-oriented analytics tied to parcels and vegetation time series.
Repositorio →Device profile and payload-shape configuration for IoT paths; core sensor UIs may cover overlapping use cases.
Repositorio →Real-time biophysical inference: 9 engines (CWSI, MDS, Water Balance, Thermal Stress, Crop Vigor, Composite Stress Ky FAO-33, Yield Gap, WUE, Phenology Progress), 5 epidemiological models (Mills, Magarey, TomCast, Gubler, LWD estimator). Dashboard widget, 3D viewer context panel, CesiumJS heatmap layer, CSV export with data fidelity tracing. Publishes CropHealthAssessment entities to Orion-LD with full provenance.
Repositorio →Digital field notebook aligned with Spanish SIEX-style expectations for traceable agronomic records.
Repositorio →Analytical data canvas: combine variables from multiple sources, export series, and connect to forecasting workflows.
Repositorio →Agronomic ETL pipeline library (Python): 25 data source connectors across 7 domains (taxonomy, phytosanitary, edaphoclimatic, livestock, forestry, soils, climate). Exports JSON-LD for Neo4j and Parquet for analytics. Installable via pip. Powers the BioOrchestrator knowledge graph.
Repositorio →High-detail terrain for Europe and the UK (Quantized Mesh) inside the 3D viewport.
Repositorio →Geographic routing and network-style analysis for machinery guidance and precision-ag workflows on the map.
Repositorio →AI/ML services for analysis and prediction on platform data and module-exposed features.
Repositorio →Device telemetry into NGSI-LD entities and automation paths via predictable MQTT topics and agents.
Repositorio →Ingest and index point clouds (.laz) for terrain, structure layers, and 3D styling in the twin.
Repositorio →Sovereign team chat embedded in the platform for collaboration and operational alerts.
Repositorio →Workflow automation connecting imagery, AI, ERP, notifications, and robotics endpoints.
Repositorio →Multitenant ERP for operations, inventory, and energy communities with SSO aligned to the platform.
Repositorio →Cockpit-style experiences bridging ROS 2 / Zenoh fleets to NGSI-LD tasks and map context.
Repositorio →Vegetation intelligence: Sentinel-based indices, COG pipelines, and predictive layers over parcels.
Repositorio →Zero-touch onboarding for gateways and field hardware; Headscale-style VPN patterns where configured.
Repositorio →ISO 11783-oriented workflows for implements and task data when the fleet exposes compatible interfaces.
Repositorio →Layouts and workflows for solar-on-farm and community solar scenarios alongside agronomic context.
Repositorio →* En evaluación: aún no es una oferta completa en producción en todos los entornos; la hoja de ruta puede cambiar.
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