全球新兴科技趋势：2016-2045（英文）-20164-35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), outlines 24 emerging science and technology (S&T) trends and six contextual forces that are expected to shape the future of the U.S. Army and global operations over the next 30 years. It aims to inform Army leadership and stimulate strategic dialogue on how to invest in S&T to maintain a technological advantage.

Main Objectives

1. Inform Army Leaders: Highlight S&T trends that will influence the future operating environment and warfighting capabilities.
2. Strategic Dialogue: Encourage discussion on the types of S&T investments needed to ensure the U.S. Army remains overmatched in future operations.

Key Emerging S&T Trends

• Robotics and Autonomous Systems: By 2045, autonomous systems will be widespread, impacting both civilian and military operations. They will improve efficiency and safety but also pose risks of job displacement and cyber threats.
• Additive Manufacturing: 3D printing will evolve to produce complex objects with multiple materials and electronics. It will revolutionize military logistics by enabling on-demand production of tools, medical devices, and even weapons.
• Analytics: The volume of data will grow exponentially, leading to better insights and decision-making. However, data ownership, privacy, and security concerns will rise, with potential adversaries using data for cyberattacks.
• Human Augmentation: Technological advancements will enhance human capabilities through wearable devices, exoskeletons, and brain-computer interfaces. This could create a new arms race and challenges in access and security.
• Mobile & Cloud Computing: Mobile devices and cloud computing will become more powerful and ubiquitous, transforming personal and professional life. They will also increase demands on network security and raise privacy issues.
• Medical Advances: Breakthroughs in genomics, artificial organs, and trauma care will extend human life and improve health. However, rising costs and inequality in access may challenge global health systems.
• Cyber: Cybersecurity will become a critical concern as the Internet of Things (IoT) expands. The risk of devastating cyberattacks, including "cybergeddon," will grow.
• Energy: Global energy demand is expected to rise by 35%, with fossil fuels declining and renewables becoming more viable. However, competition for rare materials may lead to new geopolitical tensions.
• Smart Cities: Urbanization will accelerate, leading to the rise of smart cities that use data and automation for efficiency. Cities unable to invest in these technologies may become unstable.
• Internet of Things (IoT): Over 100 billion connected devices are expected by 2045, generating vast data and automating tasks. This will improve efficiency but also create new cybersecurity and privacy risks.
• Food and Water Technology: Access to food and water will become a global crisis. Innovations in desalination, irrigation, and genetically modified crops will be essential to address these challenges.
• Quantum Computing: Quantum systems may revolutionize fields like cryptography, materials science, and climate modeling. While practical applications are still years away, investment is growing rapidly.
• Social Empowerment: Social media will empower individuals to shape their own cultures and challenge traditional power structures. This will affect how the Army communicates and engages with the public.
• Advanced Digital: Computing power and digital integration will continue to grow, making digital systems as integral as physical limbs. This will enhance military operations but also increase vulnerability to cyber threats.
• Blended Reality: Virtual and augmented reality will merge with the real world, offering new tools for training, communication, and entertainment. These technologies are expected to become more prevalent.
• Technology for Climate Change: Innovations will focus on mitigating climate change, including new energy sources and environmental monitoring systems.
• Advanced Materials: New materials will improve performance in various applications, from construction to defense.
• Novel Weaponry: Advances in S&T will lead to new types of weapons, including autonomous systems and cyber capabilities.
• Space: Space will become an increasingly important domain for military and commercial activities.
• Synthetic Biology: Genetic engineering will enable new medical and biological applications.
• Changing Nature of Work: Automation and augmentation will transform employment, leading to economic and social challenges.
• Privacy: As data becomes more central to daily life, privacy concerns will intensify.
• Education: Digital tools will transform how people learn, enabling personalized and accessible education.
• Transportation and Logistics: Innovations in mobility and logistics will reshape how goods and people are transported.

Cross-Cutting Contextual Trends

1. Urbanization: By 2045, 65–70% of the global population will live in cities, increasing pressure on infrastructure and resources.
2. Climate Change: Environmental changes will drive technological innovation and create new security challenges.
3. Resource Constraints: Competition for rare materials and energy resources will intensify.
4. Shifting Demographics: Population changes will influence labor markets and societal structures.
5. Globalization of Innovation: Technological progress will be more distributed, with non-Western countries playing a greater role.
6. Rise of the Global Middle Class: This will increase demand for advanced technologies and services.

Conclusion

The report emphasizes the importance of S&T in shaping the future of the U.S. Army and global security. It calls for strategic foresight and investment to ensure the Army remains competitive in a rapidly evolving technological landscape. The trends and contextual forces outlined provide a foundation for future planning and innovation.

Methodology

• A comprehensive review of 32 S&T forecasts from various reputable sources.
• Identified 24 core S&T trends and 6 contextual trends through content analysis.
• The report includes "trend cards" for each identified trend, summarizing key points, enabling technologies, recent developments, and potential impacts.

Appendices

• Appendix A: Bibliography of all sources used.
• Appendix B: Details on the analysis methodology.

Impact on the U.S. Army

• Opportunities: Enhanced capabilities through robotics, additive manufacturing, and digital integration.
• Challenges: Increased vulnerability to cyber threats, competition in technological fields, and the need to adapt to new societal and economic trends.

Final Thoughts

This report is a critical tool for understanding the trajectory of S&T and its implications for the U.S. Army. It encourages proactive investment and strategic thinking to prepare for the future.