Not weather data.
Climate intelligence.
10 alert types. Each calibrated to the GPS-classified climate zone of your asset. A wildfire risk in Los Angeles is not the same as one in Oslo. Neither should its threshold be.
Why climate zone calibration changes everything.
Standard weather APIs give you raw measurements — temperature in °C, wind in km/h, rainfall in mm. Useful, but not actionable. To make a decision, you need context.
Is 32°C dangerous? It depends. In Oslo, it triggers a Heat Stress warning. In Dubai, it's a mild morning. In Nairobi's highlands, it's extreme. A threshold that ignores this is not intelligence — it's noise.
Every Velox alert is calibrated to the GPS-classified climate zone of the monitored site — using Köppen-inspired classification built on latitude, altitude and the growing measurement history accumulated by each deployed node — updated continuously, with no expiry.
Our data hierarchy: Physical sensor nodes are our primary source — temperature, humidity, wind, rainfall, air quality measured on site. Atmospheric models are used solely to enrich and calibrate specific indices — never as a substitute for ground-truth capture.
10 climate zones. Every site GPS-classified.
Based on Köppen-inspired classification — latitude, altitude and continuously accumulated measurements from deployed ground nodes. Every Velox site is classified at deployment and updated 4x/year.
10 climate alert types. In detail.
Every alert is documented — methodology, formula, thresholds by zone, data sources and update frequency. Auditable for regulatory reporting.
Real alerts. Real sites. Right now.
These are actual alerts from the Velox sensor network — updated every hour from deployed infrastructure nodes.
All alerts updated hourly from physical sensor nodes. Data shown is illustrative of live network output.
From wildfire to corrosion.
A use case for every sector.
See live alerts on your assets
within 48 hours.
Tell us your geographies and perils. We demo the platform with real alerts on your specific locations.