MHEWC

About MHEWC

The Multi-hazard Early Warning System Design & Implementation Center (MHEWC)

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Mission and Vision of Multi-hazard Early Warning System Design & Implementation Center (MHEWC) for supporting the Global South

The Multi-Hazard Early Warning System Design & Implementation Center (MHEWC) is an emerging global platform—currently operating voluntarily—aimed at becoming a center of excellence in ICT-driven multi-hazard early warning systems (MHEWS). Its mission is to research, design, and develop robust, technology-enabled climate and multi-hazard risk management hubs and tailored early warning services.

MHEWC’s approach integrates county-level geography, topography, landscape-induced risks, and hydrometeorological vulnerabilities to ensure that early warning and risk management systems are context-sensitive and last-mile focused. It also seeks to address persistent barriers to effective risk governance, including weak multi-stakeholder coordination, sectoral misalignment, limited institutional capacity, and insufficient engagement of local R&D and academic institutions.

The Center provides comprehensive institutional assessments—covering climate and multi-hazard risk governance structures, risk assessment capacity, informed-planning tools, service delivery gaps, and capacity-building needs—to help countries develop a clear roadmap for strengthening their systems.

Functioning as a plug-and-play model, MHEWC harmonizes local expertise with proven south–south knowledge, tools, and affordable solutions to close operational gaps in risk management. Through this campaign, MHEWC promotes South–South collaboration on climate change and disaster risk management across Asia, Africa, and Latin America.

MHEWC aims to strengthen climate and multi-hazard risk governance by breaking sectoral silos, improving institutional coordination, and deploying ICT-enabled tools—such as mobile applications, geospatial platforms, and interoperable online databases—to support climate-vulnerable sectors. It serves as an independent, barrier-free platform providing robust, integrated technological solutions tailored to local risk contexts.

MHEWC offers support for establishing new systems, diagnosing the operational capacity of existing early warning and hydrometeorological systems, and upgrading national MHEWC structures. Its ICT-driven integrated system connects climate-vulnerable sector departments, stakeholders, value-chain actors, and frontline communities to ensure seamless impact forecasting, operational weather warnings, and the dissemination of classified alerts.

The system design includes real-time nowcasting of Essential Climate Variables, event-based situation updates, and a strong risk-communication infrastructure using radio, television, SMS, cell broadcasts, satellite communication, community volunteers, and crowd-sourced information. This supports emergency preparedness and response during fast-onset hazard events.

MHEWC intended to promote digital, interoperable, and virtual local risk governance by addressing coordination and data-sharing barriers across national, local, and community levels. It also evaluates national hydrometeorological services, institutional capacities, flood forecasting systems, storm surge and cyclone warning capabilities, and provides comprehensive upgrade plans, methodologies, tools, and guidelines.

It conducts detailed assessments of vulnerability analysis methodologies, institutional capacity for CERVA/PDNA/RPDNA, and develops online geospatial and physical databases, GIS risk atlases, multi-hazard maps, and climate hotspot visualizations. MHEWC also provides full toolsets and process improvements for MIS/GIS systems.

Capacity-needs assessments and tailored training packages are developed for all climate-vulnerable sectors—agriculture, livestock, fisheries, water, health, WASH, environment, livelihoods—to strengthen their ability to conduct risk and vulnerability assessments, and to adopt ICT-integrated governance solutions.

MHEWC designs integrated dashboards for the National Disaster Management Organization (NDMO) and local governments to monitor risks, vulnerabilities, loss and damage inventories, and trigger early action through integrated EAP frameworks. It also develops GIS tools for sector-level preparedness, response, and recovery planning, and supports climate-risk-informed local government planning, budgeting, procurement, and implementation across key sectors.

Finally, MHEWC provides complete methodologies, tools, and guidelines for Impact-Based Forecasting (IBF), Forecast-Based Financing (FBF), Early Action Protocols (EAP), and Anticipatory Action frameworks.

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Roadmap of Multi-hazard Early Warning System Design & Implementation Center (MHEWC)

July 2023

MHEWC Just begun its journey

January, 2025

Content update on country level information . Reaching out to the country-level sector departments to establish a partnership for promoting a sector-level ICT-based climate risk governance management system

June , 2025

Harmonizing Multi-hazard risk management information  

September, 2025

Develop technical strategies(methodology,  tools, manual guidelines)  on how to improve the hybrid observation system  of  severe weather phenomena/rapidly developing weather conditions, and technology for the detection of impending multi-hazards  

November 2025

Establish working relationships with country-level climate-vulnerable sector ministries and departments, supporting them in developing tools, conducting exposure, risk, and vulnerability assessments (climate/Multi-hazards), creating risk repository databases.  

December, 2025

December, 2025

Supporting country-level climate-vulnerable sector ministries,  departments, and stakeholders, and provide technical, informed tools based on strategies on how to develop risk-informed sectoral development planning and budgeting systems  

January 2026

January 2026

Reaching out to the country-level sector departments to understand the needs and priorities for implementation of sector-level EWS

February 2026

Supporting country-level climate-vulnerable sector ministries and departments to develop ICT-driven Loss & Damage Assessment tools

March 2026

Reaching out to international donor agencies to seek funds for conducting extensive research, robust EWS system design, ICT programming, system development, and implementation to support stakeholders  

April 2026

Harmonize partnership, coordination with international development partners, foundations, R&D organizations to align the continued support to grow a regional & Global platform and to support the least-cost EWS solution at the local level

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