React/Vite frontend, Fastify API and OpenLayers/OSM map. It integrates XMS-Cat and XEMA and applies deterministic rain-response analysis while keeping sources, distances and methodological limits visible.
01
Field Console
OpenLayers/OSM map, field selector, layers and contextual inspector for reference-source work.
02
XMS-Cat
CSV adapter with timestamp normalization and soil moisture/temperature variables.
03
XEMA
Nearest operational station discovery and precipitation aligned to the XMS-Cat time range.
04
Rain response
Deterministic event grouping and depth response, with time-to-peak only when an increase is observed.
05
Traceability
Sources, ranges, distances and spatial limits are visible; Espolla is not presented as a co-located Cantallops sensor.
06
Architecture
npm monorepo with React/TypeScript web, Fastify/TypeScript API and a shared package for data contracts.
Verified state
Verified state
2,317 XMS-Cat integration-test rows2,317 aligned XEMA readingsEspolla VZ ~8.1 km away6 rain events with 6 h MITOpenLayers + OSM
Method limits
Method limits
Demo geometry/sensors may be provisional or synthetic.
XMS-Cat and XEMA are not co-located instruments.
Weak response is not turned into a causal soil diagnosis.
01
Load
Import or query the reference source.
02
Align
Relate moisture and precipitation over the same interval.
03
Analyse
Apply the deterministic event/response rule.
04
Interpret
Show the evidence and limits. Do not treat correlation as a diagnosis.
Distribution
Research demonstrator
No operational public service is announced. Demo geometry and sensors remain identified as provisional or synthetic.
