OTC Contracts

ENSO-Based Multi-Sector Climate Contracts

Protecting Global Industries from El Niño & La Niña Volatility

The El Niño–Southern Oscillation (ENSO) is one of the most influential climate drivers on Earth. Its warm and cold phases shape rainfall, temperature, agricultural yields, energy demand, hydropower production, and ocean conditions across continents. DEMFI introduces institutional-grade OTC contracts based on the Niño 3.4 and Niño 1+2 indices — the same benchmarks used by global climate centers and commodity markets.

Diagramme des impacts climatiques d'El Niño et La Niña
Température de surface de la mer durant El Niño et La Niña
Localisation des régions de l'indice Niño

El Niño graphic courtesy of: Visit to an Ocean Planet CD ROM produced by TOPEX/Poseidon Project NASA.

These products allow investors, corporations, and governments to hedge financial exposure linked to ENSO-induced disruptions, such as:

  • Agricultural yield losses in South America
  • Flooding risks in Asia-Pacific
  • Supply-chain disturbances in energy and commodities
  • Tourism and fishery variability
  • Hydropower production imbalances

Each contract is priced using historic ENSO variability, probabilistic forecasts, and climate models from NOAA, NASA, and ECMWF. **Settlements are triggered automatically** when ENSO index values exceed agreed thresholds, ensuring objective payouts and full transparency.

These ENSO contracts form DEMFI’s flagship multi-sector protection instrument — a scalable, global product capable of supporting corporates, financial institutions, and sovereign-level climate risk management.

Niño 3.4 Index Contracts

The Oceanic Niño Index (ONI) is NOAA's primary indicator for monitoring the ocean part of the seasonal climate pattern called the El Niño-Southern Oscillation. The ONI tracks the running 3-month average sea surface temperatures in the Niño3.4 region in the east-central tropical Pacific between 120°-170°W, near the International Dateline, and whether they are warmer or cooler than average.
CategoryIntensity (°C)DescriptionContract
Very strong El Niño≥ +2.0°CRare, high-impact events (e.g., 1982–83, 1997–98, 2015–16)Contact Us
Strong El Niño+1.5°C to +2.0°CIntense teleconnections; major global weather disruptionsContact Us
Moderate El Niño+1.0°C to +1.5°CNoticeable global climate shiftsContact Us
Weak El Niño+0.5°C to +1.0°CSlight warming; modest atmospheric impactsContact Us
Neutral–0.5°C to +0.5°CNo significant teleconnectionsContact Us
Weak La Niña–0.5°C to –1.0°CMild cooling with localized effectsContact Us
Moderate La Niña–1.0°C to –1.5°CClear atmospheric and rainfall shiftsContact Us
Strong La Niña–1.5°C to –2°CSignificant global hydrological impactsContact Us
Very Strong La Niña≤ –2.0°CExtremely rare; strong teleconnectionsContact Us

Niño 1+2 Index Contracts

The Niño 1+2 index measures sea–surface temperature anomalies along the coasts of Peru and Ecuador. It is one of the most sensitive ENSO indicators, reacting earlier and with stronger amplitude than Niño 3.4. Niño 1+2 is especially important for understanding climate impacts in western South America, including rainfall, flooding, fisheries, and agricultural risk.
CategoryIntensity (°C)DescriptionContract
Extreme / Very Strong Coastal El Niño≥ +3.0°CHistorically rare: 1983, 1997–98, 2015; catastrophic floodingContact Us
Strong Coastal El Niño+2.0°C to +3.0°CMajor climate disruptions along western South AmericaContact Us
Moderate CoastalEl Niño+1.0°C to +2.0°CNotable impacts in Peru–Ecuador-Chile; moderate rainfall anomaliesContact Us
Weak Coastal El Niño+0.5°C to +1.0°CEarly warming; modest teleconnection signalsContact Us
Neutral–0.5°C to +0.5°CNo significant teleconnectionsContact Us
Weak Coastal La Niña–0.5°C to –1.0°CSlight coastal cooling; modest impactContact Us
Moderate Coastal La Niña–1.0°C to –1.5°CNoticeable rainfall suppression in coastal Peru/Ecuador/ChileContact Us
Strong Coastal La Niña≤ –1.5°CClear dry anomalies, impacts agriculture and fisheriesContact Us