Spring rain where it hurts
Above-normal rain from Atacama to Biobío. On cherries: Botrytis at flowering, cracking before harvest.
Phenolo is predictive and prescriptive phenology. Digital bio-twins of every orchard block run on supercomputers, read the crop from orbit and turn climate uncertainty into a prescription for each stage of the crop.
NOAA forecasters describe it as the strongest El Niño ever measured for this time of year. In Chile it lands on bloom, fruit set and harvest of the highest-value crops.
Probability of a very strong event, Niño 3.4 above +2.0 °C.
Chance it reaches historic magnitude between October and December.
Anomalies already above three degrees in the eastern equatorial Pacific.
Peak in November–December, lasting into early 2027: the whole fruit season.
More people at risk of acute food insecurity by end-2027 (UN WFP).
Above-normal rain from Atacama to Biobío. On cherries: Botrytis at flowering, cracking before harvest.
Heat accumulation shifts flowering and ripening. Two varieties in one field can drift weeks apart.
Rain this season, a declining Andean water trend over decades.
Sources: NOAA via NPR, 5 Oct 2026 · Canal 26, 4 Oct 2026 · Meteored Chile. Historic peaks: NOAA Oceanic Niño Index. The map is a schematic rendering, not observed data. Loss figures: Artificyan.
We do not sell a weather app. We sell algorithmic lead-time: a simulation engine that turns climate uncertainty into a profitable, actionable planning window.
Looks backward at station history and reacts after the weather hits. Regional data misses a 3 °C difference inside one farm.
Simulates the biology of each block, anticipates heat, frost and disease per stage, and projects 200+ varieties to 2060.
Switch instruments on the left, scrub the season at the bottom, hover any block. This is how a Phenolo farm looks from mission control.
Interactive demo with sample data for a Curicó farm. Block names, areas and indicators follow the Phenolo product.
Bio-twins project the climatic fitness of each plot and variety. Move through time, switch the emissions scenario, compare crops: the tree answers.
Example plot in Curicó, Maule (WildClimate v2.1, CMIP6). 2050 SSP2-4.5 values as shown in the Biotwins module; other years and SSP5-8.5 interpolated for this demo.
Hover a source or an output to trace its path. The heavy compute stays in the supercomputer; what reaches the grower is one plain instruction.
Phenolo’s models come out of published research on chilling hours, growing degree-days and endodormancy release, built by a team that co-founded Chile’s Center for Applied AI & Supercomputing.
Co-founders and board members of CSIAA, the Center for Applied AI & Supercomputing selected by CORFO for Valparaíso. MOU with AMD.
Thermal-aptitude references with INIA; field validation with SmartField, Watt’s and COMPO EXPERT agronomists.
Aligned with the UN Climate Resilience Pathway: resilient food & agriculture systems and resilient water ecosystems to 2050.
Advance with → or drag the map. Glowing points are milestones added since the last version of this deck; striped levels are planned.
The Center for Applied AI & Supercomputing selected by CORFO for Valparaíso, alongside Chile’s leading universities. Phenolo’s bio-twins run on this infrastructure.
Agronomists who already serve thousands of growers carry Phenolo’s prescriptions to the field. That is our answer to technology transfer.
We are onboarding farms from Valparaíso to Valdivia. Three blocks, one season, every stage prescribed.
Turn validated pilots into revenue and scale to Peru, Mexico and the United States.
contacto@artificyan.clartificyan.cl · Viña del Mar, Chile