2016-2045年新兴科技趋势报告（英文版）_33页_5mb

2016 S&T Strategic Trends Report Summary

Core Content

This report, published by the Office of the Deputy Assistant Secretary of the Army (Research & Technology), is the third annual edition of a strategic analysis of emerging science and technology (S&T) trends. It aims to inform U.S. Army leaders and stakeholders about the S&T developments that will influence the future operating environment and warfighting capabilities over the next 30 years. The report also seeks to stimulate strategic dialogue on S&T investments necessary to maintain the Army's technological overmatch.

Main Objectives

• To identify S&T trends that could revolutionize or disrupt the future military landscape.
• To provide a strategic reference for Army leadership in planning for the future.
• To support the Army's Technology Wargaming program and Unified Quest initiative.

Key Emerging S&T Trends (24 Identified)

1. Robotics and Autonomous Systems

• Robots and autonomous systems will become common in daily life by 2045.
• Will enhance military operations by providing mobility, dexterity, and intelligence on battlefields.
• Risk of displacing millions of labor and service workers, leading to economic and social instability.
• Adversaries may use autonomous systems to challenge ethical and tactical norms.

2. Additive Manufacturing

• 3D printing technology has advanced significantly over the past decade.
• By 2040, 3D printers will be capable of printing multi-material objects with electronics and batteries.
• Enables on-demand, customized production of tools, medical devices, and even weapons.
• Could disrupt traditional supply chains and lead to increased digital piracy.

3. Analytics

• Global data generation is expected to double every two years.
• Big Data will be increasingly used in personal and professional contexts.
• Automated systems will analyze unstructured data, leading to insights in public health, climate, and security.
• Cybersecurity and data privacy will be major concerns, especially with the rise of IoT.

4. Human Augmentation

• Technology will extend human capabilities beyond biological limits.
• Wearables, exoskeletons, and brain-computer interfaces will enhance physical and cognitive abilities.
• Could lead to a new economic divide between those who can afford augmentation and those who cannot.
• Cyber threats will target these augmentations, potentially compromising individuals' mental and physical states.

5. Mobile & Cloud Computing

• Mobile and cloud computing will transform data access and usage.
• By 2030, 75% of the global population will have mobile connectivity.
• Cloud computing will provide scalable computational power without heavy IT investments.
• Will improve sectors like healthcare and education, but also raise concerns about network security and data privacy.

6. Medical Advances

• Genomics and biotechnology will enable personalized medicine.
• Artificial organs and advanced prosthetics will become more common, improving treatment outcomes.
• Trauma care will be revolutionized by robotic first responders and tissue preservation techniques.
• May lead to increased life expectancy but also higher costs and inequality in access to medical care.

7. Cyber

• Cybersecurity will become a critical concern as the IoT expands.
• Cyberattacks will target increasingly interconnected systems, including infrastructure and personal devices.
• Risk of a "cybergeddon" scenario where the internet's economic and social power is compromised.
• Requires robust defense strategies to prevent data breaches and ensure national security.

8. Energy

• Global energy demand is projected to rise by 35% over the next 30 years.
• Fossil fuel production has increased due to technologies like fracking, but renewable sources are becoming more viable.
• Access to rare materials used in renewable technologies may become a new source of conflict.
• Energy transition could lead to economic and social instability in regions dependent on fossil fuels.

9. Smart Cities

• By 2045, 65–70% of the world's population will live in cities.
• Urbanization will strain infrastructure, leading to challenges in transportation, water, and energy.
• Smart city technologies will use data and automation to improve efficiency and sustainability.
• Cities unable to invest in these technologies may become unstable and conflict-prone.

10. Internet of Things (IoT)

• Over 100 billion IoT devices are expected to be connected by 2045.
• These devices will generate vast amounts of data, improving decision-making and automation.
• Pose significant cybersecurity and privacy risks, especially with the integration of analytics and AI.
• May be exploited by adversaries for surveillance and attacks.

11. Food and Water Technology

• Food and water shortages will become a major global crisis.
• Technological solutions like desalination, micro-irrigation, and genetically modified crops may alleviate pressure.
• Could lead to new conflicts over resource access and management.

12. Quantum Computing

• Quantum computing could revolutionize cryptography, materials science, and other fields.
• Recent research has made practical applications more feasible in the next 15 years.
• Potential for a tipping point in investment and development, with implications for national security.

13. Social Empowerment

• Social media will continue to empower individuals to shape their own micro-cultures.
• Traditional power structures may be challenged by online communities and decentralized governance.
• May impact the Army's ability to influence narratives and public perception of national service.

14. Advanced Digital

• Digital technologies will become more integrated into everyday life.
• Voice, gestural, and brain-computer interfaces will redefine human-device interaction.
• Digital systems will support military operations through real-time data sharing and automation.
• Risks include increased vulnerability to cyberattacks and information overload.

15. Blended Reality

• Virtual and augmented reality (VR and AR) will merge the physical and digital worlds.
• Will be used for training, maintenance, and combat operations.
• May lead to improved situational awareness but also pose risks of distraction and information overload.

16. Technology for Climate Change

• Climate change will lead to rising sea levels, declining crop yields, and water scarcity.
• Technologies to mitigate these effects will be critical for global stability and national security.
• The U.S. Army must prepare for the impacts of climate change on operations and logistics.

17. Advanced Materials

• New materials will enhance military and civilian applications.
• May improve equipment durability, reduce costs, and enable new capabilities.
• Could also be used in adversarial contexts, such as creating more effective weapons or defenses.

18. Novel Weaponry

• Emerging technologies may lead to the development of new types of weapons.
• Could include autonomous systems, cyber weapons, and advanced materials.
• The U.S. Army must anticipate and counter these innovations to maintain its combat advantage.

19. Space

• Space technology will play an increasing role in national security and global connectivity.
• Satellites and space-based systems will be critical for communication, navigation, and surveillance.
• Adversaries may seek to disrupt or control space assets, leading to new security challenges.

20. Synthetic Biology

• Advances in synthetic biology will enable new medical and industrial applications.
• Could lead to bioengineered solutions for disease, energy, and materials.
• Risks include ethical concerns and potential misuse by adversarial actors.

Cross-Cutting Contextual Trends

• Urbanization: Growth of megacities will strain infrastructure and create new security and logistical challenges.
• Climate Change: Will have far-reaching impacts on the environment, economy, and military operations.
• Resource Constraints: Scarcity of materials like rare earth metals may lead to geopolitical tensions.
• Shifting Demographics: Aging populations and changing labor markets will influence the demand for augmentation and automation.
• Globalization of Innovation: Technological development will be more collaborative and less centralized.
• Rise of the Global Middle Class: Increased access to technology may drive global economic and social change.

Conclusion

This report highlights the transformative potential of emerging S&T trends and their implications for the U.S. Army and global security. It emphasizes the need for strategic foresight and investment in technologies that can maintain military superiority in a rapidly evolving landscape. The insights from this analysis will help Army leadership prepare for future challenges and opportunities in the context of global change.