Disaster Response Technologies (TechVision)

1.1 Research Objectives and Scope

1.2 Research Process and Methodology

1.3 Developing Cost-effective Technologies That Can Be Supplied Quickly to Affected Countries Represents Growth Opportunities

2.1 Disaster Response: An Introduction

2.2 Disaster-prone Areas: Philippines, China, Japan, and Bangladesh Are Most Vulnerable to Natural Disasters

2.3 Worldwide Adoption for Disaster Relief Technologies, Including Some Still in Development

2.4 Major Stakeholders: Disaster Response Requires the Involvement, Cooperation, and Coordination of All Communities and Industries

2.5 Projected Revenue Forecast, Global, 2016–2020

2.6 Access to Clean Water and Sanitation, Uncertainties in Catastrophic Occurrences, and Delivering Aid to Disaster Areas Are the Main Challenges

3.1 Technologies for Basic Human Needs: Address Six Categories of Basic Human Needs

3.2 Technologies for Basic Human Needs: Water

3.3 Technologies for Basic Human Needs: Food

3.4 Technologies for Basic Human Needs: Shelter

3.5 Technologies for Basic Human Needs: Sanitation

3.6 Technologies for Basic Human Needs: Basic First Aid

3.7 Technologies for Basic Human Needs: Energy

3.8 Global Innovation Footprint: Disaster Response Technologies Are Non-region-specific

3.9 Availability of Resources, Funds, and Investment and Disaster/War Probability Determines Technology Adoption Level

3.10 The Middle East, Being the Least Disaster-prone Area in the World, Shows the Lowest Technology Development Intensity

4.1 Technologies for Delivering Basic Human Needs: Acquisition and Dissemination of Information Are the Most Important Enablers

4.2 Technologies for Delivering Basic Human Needs: Communication

4.3 Technologies for Delivering Basic Human Needs: Mapping

4.4 Technologies for Delivering Basic Human Needs: Information Technologies

4.5 Technologies for Delivering Basic Human Needs: Transportation

4.6 Global Innovation Footprint: Worldwide Development for International Use

4.7 Technologies Are Mainly Adopted in Resource-rich North America

4.8 Asia-Pacific Has Highest Market Demand as Most of Its Countries Are in High Disaster-prone Areas

5.1 Scenario Modelling and Emerging Opportunities

5.2 Potential Application Areas, Global, 2016–2026: Eight Industry Verticals to Potentially Benefit from Disaster Response Technologies

5.3 Opportunity Strategy Evaluation (OSE): OSE Grid

5.3.1 Ratings for OSE

5.3.2 The Aerospace & Defense Industry Vertical Displays the Highest Level of Attractiveness and Probability of Success

5.3.3 OSE Grid, Global, 2016–2026

5.4 Assessment and Prioritization of Opportunities: Active Research and Wide Application across Verticals Are Driving Growth Opportunities

5.5 Assessment and Prioritization of Opportunities: Highest Probability of Success in Aerospace and Defense, but Most Attractive to Building and Construction Industry

5.6 Assessment and Prioritization of Opportunities: Technologies for Transportation and Logistics Are Least Developed

5.7 Basic Human Needs Technology Roadmap, Global, 2016–2026: Ongoing R&D Even for Mature Technologies Such as Water Purification and Basic First Aid

5.8 Emerging Technologies Roadmap Explained: Critical Requirements in Disaster Response Drive Continuous Innovation

5.9 Roadmap for Technologies Delivering Basic Human Needs, Global, 2016–2026: Ongoing R&D for Most Transportation Technologies and Communication and Information Technologies

5.10 Emerging Technologies Roadmap Explained: Disaster Response Benefits from Technologies Employed for Other Purposes

5.11 Analyst Insights: Disaster Response Technologies Benefit Various Industries and Are Advancing

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6.1 Key Patents: Innovations in Basic Human Needs

6.1 Key Patents: Innovations in Basic Human Needs (continued)

6.2 Key Patents: Disaster Response Deployment Technologies

6.2 Key Patents: Disaster Response Deployment Technologies (continued)

6.3 Key Contacts

6.3 Key Contacts (continued)

7.1 The Frost & Sullivan Story

7.2 Value Proposition: Future of Your Company & Career

7.3 Global Perspective

7.4 Industry Convergence

7.5 360º Research Perspective

7.6 Implementation Excellence

7.7 Our Blue Ocean Strategy