NAMOS — National Modular System of India official logoNAMOSNational Modular Solutionsभारतीय राष्ट्रीय मॉड्यूलर प्रणाली

Flagship Programme

NAMOS SHEETAL™

Climate Resilience & Heat Safety Platform

Heat resilience and worker protection infrastructure for a warming India.

NAMOS SHEETAL™ATMOSOmega Spine

Overview

NAMOS SHEETAL™ addresses extreme heat as an infrastructure requirement, combining monitoring, protection and community cooling into a deployable platform.

It protects productivity and health for outdoor workers, industrial workforces and heat-exposed communities.

Climate Resilience · Viksit Bharat 2047

Architecture & Capabilities

Heat Risk Monitoring

Site-level thermal exposure monitoring and indexing.

Worker Heat Protection

Shading, hydration and rest-cycle protocols engineered into operations.

Community Cooling

Public cooling nodes and corridors for vulnerable areas.

Climate Adaptation

Adaptive design guidance for facilities and worksites.

Early Warning Systems

Heat alerts and coordinated response readiness.

Commercial Clarity

Problem, solution and return

How this system creates value for the organisations that deploy it.

The Problem

Extreme heat is reducing outdoor productivity and increasing health risk, with no dedicated heat infrastructure at worksites or in communities.

NAMOS Solution

NAMOS SHEETAL™ combines heat risk monitoring, worker protection protocols, community cooling nodes and early warning into one platform.

Return Drivers

Avoided productivity loss and health cost during heat season.

Deployment timeline: 4–9 months per deployment cluster

Who It Serves

  • Municipal corporations
  • Industrial and construction employers
  • State disaster management authorities
  • Urban missions

Key Benefits

  • Protected productivity in heat season
  • Reduced heat-related illness
  • Data-backed heat action plans
  • Public cooling access

Revenue Model

  • Cooling node supply and operations
  • Monitoring subscriptions
  • Heat action planning advisory
  • Government resilience programmes

Use Cases

  • Construction site heat safety
  • Urban heat corridors
  • Market and transit cooling nodes
  • Industrial heat compliance

Deployment Model

Site monitoring plus modular cooling nodes deployed along high-exposure corridors and worksites.

Expected Outcomes

  • Lower heat incident rates
  • Sustained work hours
  • Community heat shelter coverage

Figures and outcomes are indicative planning estimates. Project-specific commitments are confirmed in a signed proposal.