Janajal | BigWater
  • BigWater Token - Blue Paper
    • 1. Revolutionising Decentralised Smart Water Management, Treatment, and Distribution Ecosystem
      • Empowering the Future of Global Water Security with RWA, DePIN, and BigData
        • Transforming Global Water Management with Cutting-Edge Technology
      • Vision and Mission
      • Key Objectives
      • Market Opportunity
    • 2. Introduction
      • Overview of the BigWater Ecosystem
      • Background of JanaJal
      • Key Statistics and Impact Metrics
      • Existing Data Capture and Management Systems
      • JanaJal Projected Data Integration through proven performance
    • 3. Addressing the Global Water Crisis
      • Global Water Challenges
      • Inadequate Access to Clean and Safe Drinking Water
      • Inefficiencies in Current Water Management Systems
      • Need for Transparent and Efficient Management Practices
    • 4. Solution
      • BigWater Token Ecosystem: A Data-Driven Transformation
      • Harnessing Cutting-Edge Technologies
        • 1. IoT Integration: Real-time Monitoring and Intelligent Distribution
        • 2. Blockchain Security: Uncompromising Transparency and Trust
        • 3. AI and Predictive Analytics: Precision and Efficiency in Water Management
      • Maximising Data Value through Monetization
      • Direct Monetization Strategies
      • Indirect Monetization Strategies
      • Value-Added Services
      • Marketing and Advertising
    • 5. Technological Framework
      • Real World Asset (RWA) Data Tokenization
      • Decentralised Physical Infrastructure Network (DePIN)
      • BigData Integration
      • Benefits of the Technological Framework
    • 6. Components of the BigWater Decentralised Smart Water Ecosystem
      • Water Treatment Plants
      • Water on Wheels (WOW)
      • JJSUITE Technology Platform
      • BigWater SmartFlow Sensors (IoT Devices and Sensors)
      • BigWaterChain (Blockchain Network)
      • BigWaterInsights Analytics (Data Analytics and AI)
      • BigWaterManage Systems (Smart Water Management Systems)
      • BigWaterPay (Digital Payment Systems)
      • BigWaterCommunity Programs (Community Engagement and Education Programs)
      • BigWaterForHer: Empowering Women through Employment and Leadership Opportunities
        • Employment Opportunities for Women
        • Impact of BigWaterForHer
    • 7. Proven Data Capture Infrastructure
      • IoT and Blockchain Integration
        • Real-Time Monitoring and Management
        • Data Types Collected
        • Non-Water Related Data Points
    • 8. Evolution to a Data-Driven Ecosystem
      • Transition to Data-Driven Operations
      • Monetizable Insights
    • 9. BigWater Token Economy
      • Token Distribution and Utility
      • Subscription Models
    • 10. Market Opportunity
      • Global Water Management and Data Analytics Market
      • Target Market and Audience
      • Competitive Landscape
    • 11. Integrating Advanced Technologies for Optimal Water Management
      • IoT Integration
      • GPS Tracking
      • Blockchain Security
    • 12. WaterImpact: Real-World Transformations with BigWater
      • Water Treatment Plants and Mobile Units
      • Smart Water Management Systems
      • Data-Driven Agricultural Irrigation
      • Industrial Water Usage Optimization
      • Urban Water Management
      • Public Health Initiatives
      • Blockchain-Based Water Trading
      • Disaster Response and Management
    • 13. BlueEconomy Framework: Sustainable Financial Model
      • Revenue Streams
      • Incentives and Rewards
      • Scalability and Sustainability
    • 14. BigWaterAlliances: Strategic Partnerships and Collaborations
      • Public-Private Partnerships
      • Community Engagement
      • Investor Relations
    • 15. BigWaterGovernance: Regulatory Compliance and Risk Management
      • Regulatory Environment
      • Risk Mitigation Strategies
    • 16. The BigWater Vision: Conclusion
      • Summary of BigWater Token's Impact
      • Future Outlook
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  1. BigWater Token - Blue Paper
  2. 3. Addressing the Global Water Crisis

Inefficiencies in Current Water Management Systems

Current water management systems are plagued by inefficiencies that exacerbate water scarcity and impact the quality of service delivery. These inefficiencies stem from outdated infrastructure, poor resource allocation, and lack of real-time data for informed decision-making.

  • Outdated Infrastructure: Many water distribution networks are based on decades-old infrastructure that is prone to leaks and breaks. According to the World Bank, up to 30% of water is lost through leaks in ageing pipes and distribution systems.

  • Resource Misallocation: Ineffective water management often leads to the misallocation of resources, with some regions receiving more water than they need while others face severe shortages. This imbalance is particularly problematic in areas with limited water supplies.

  • Lack of Real-Time Data: Without real-time data on water usage, quality, and distribution, it is challenging to optimise water management practices. The absence of accurate data hinders the ability to respond swiftly to issues such as contamination or supply disruptions.

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Last updated 10 months ago