Trends Identified
Technology diffusion
The diffusion of technologies is closely related to income. It is both a critical determinant of income and a result of rising incomes. As the world economy grows and countries get richer, the diffusion of technologies accelerates. In turn, as diffusion of technologies increases, a country's productivity rises, resulting in even stronger economic growth. As the world's wealth will grow by 4.0% p.a. from a real GDP of USD 62 trillion today to USD 135 trillion in 2030, the spread of technology will likewise increase further in that period.
2011
Trend compendium 2030
Roland Berger Strategy Consultants
Technology Complicates the Long-Term Outlook
Most of the worlds’ largest economies will struggle with shrinking working-age populations, but all countries will face the challenge of maintaining employment—and developing well-trained, resilient workers. Automation, artificial intelligence (AI), and other technological innovations threaten the existence of vast swaths of current jobs up and down the socioeconomic ladder, including high-technology manufacturing and even white-collar services.
2017
Global Trends: The Paradox of Progress
USA, US National Intelligence Council
Technology and science: rapid, rapid change
The pace of technological and scientific innovation will increase. Computers will become smaller, faster, and cheaper, which means that more people, in both developed and developing countries, will be connected via the Internet. Mobile phone technology, now the dominant tool of communication in many regions, will reach close to global coverage in the coming generation.22 Technologies will become more than repositories of knowledge: they will be increasingly smarter, more autonomous, and more anthropomorphic, with voice- and gesture-based commands.
2011
Megatrends and the future of humanitarian action
International Review of the Red Cross
Technology and media: enabling growth, facilitating inequality?
It is tempting to overstate the influence of technological change on the evolving landscape of the European Union in the long and short term. Yet, technological change is possible only to the extent that individuals and societies understand, accept and absorb technology, or contribute to its development in a variety of ways (ITU, 2011; World Bank, 2012; OECD, 2012a; Perez, 2010). Without this human factor, which ranges from tolerance to adherence, technological change in itself would be close to irrelevant, as past human fears and rejections of new technologies – especially during periods of industrial revolution – suggest. However, the benefit of technological change should be weighed carefully, since the phenomenon is both an enabler and a facilitator of greater ambitions and an accelerator of inequalities between the high- and low-skilled (see Cave et al., 2009; Facer and Sandford, 2012). To this extent, technological change is perhaps one of the most illustrative examples of a cross-cutting issue with uncertain consequences, as it impacts labour, economic growth and other technologies, sometimes in twoway relationships. For instance, in the relationship between labour markets and technology creation, does the latter enable the former or vice versa? The impact of technology on issues ranging from education to skills or demand for political change will depend to a large extent to the adoption of technology. This is likely to be a major driver for change, insofar as future inequalities are projected to revolve around the ability to reap the benefit of technological change for capacity building (in terms of skills, literacy, etc).
2013
Europe's Societal Challenges: An analysis of global societal trends to 2030 and their impact on the EU
RAND Corporation
Technology and connectivity
We’re accustomed to seeing Moore’s law plotted on a logarithmic scale, which makes all this doubling look smooth. But we don’t buy computers logarithmically. As power increases, prices decrease, devices proliferate, and IT penetration deepens, aggregate computing capacity surges at an eye-popping rate: we estimate the world added roughly 5 exaflops of computing capacity in 2008 (at a cost of about $800 billion), more than 20 in 2012 (to the tune of just under $1 trillion), and is headed for roughly 40 this year (Exhibit 2). These extraordinary advances in capacity, power, and speed are fueling the rise of artificial intelligence, reshaping global manufacturing,3 and turbocharging advances in connectivity. Global flows of data, finance, talent, and trade are poised to triple in the decade ahead, from levels that already represent a massive leap forward.
2014
Mckinsey Quarterly, Management intuition for the next 50 years
McKinsey
Technology Accelerates Change
The accelerating cycles of exploration, discovery and exploitation of technologies, along with the innovative fusion of existing, emerging and new technologies will combine to bring about change rapidly in the future. These changes will be seen in diverse areas ranging from resource exploration to biotechnology and manufacturing. Advances in biotechnology will continue to extend life expectancy, improve health and cure illnesses, while extending these benefits to broader segments of the world. The transition to digital additive manufacturing (i.e. 3D printing) and fabrication could impact settlement patterns, labour, education, transportation, public health, the environment, and the conduct of war.38 Providing a foundation for all these advances, vast improvements in information and communications technology will progressively influence all aspects of economic, political and social interactions.
2013
Strategic Foresight Analysis 2013 Report
NATO
Technology
Technology has powered much of the convergence in the world’s economies and provided the know-how. It has provided access to global markets for those moving from feudal and agricultural economies to the more valuable industrial, service and intellectual property economies. The internet has expanded to reach 2.1 billion people today and is expected to reach five billion people across the planet by 2020. The raw materials of today’s technology are not inexhaustible and indium, used in liquid-crystal displays, and hafnium, a critical element for next-generation semiconductors, could be exhausted by 2017. Technology is driving the conception of new business models and is set to continue its disruptive and enabling role in the coming decades. When once employees had access to the best technology at work, today it’s more likely that their technology at home or in their hand is superior to their employers. Increasingly, companies are looking to ‘outsource’ personal technologies to their employees enabling them to use their own mobile technologies at work.
2012
The future
Steria
Technology
A dramatic megatrend of the last half-century has been the pace of technological change. Computing power has been doubling almost every 18 months, virtually matching Gordon Moore’s 1965 observation. This appears likely to continue for at least the next decade or two,101 and will continue to revolutionise the way we lead our lives and the way societies are governed.
2013
Now for the long term - The Report of the Oxford Martin Commission for Future Generations
Oxford Martin School
Technology
Rapid innovation is catalysing improved market analysis, knowledge sharing, product and service design, renewable energy sources, distribution models and operational efficiencies. Technology is also lowering market entry costs for non-traditional actors and start-ups with innovative ‘disruptive’ business models;
2015
SDG industry matrix
KPMG
Technology
New technologies can be expected to affect future family structures and interrelations in several ways. Firstly, progress in medical technologies has in the past made important contributions to extending people’s lives, and further advances can be expected in the years ahead, pushing life expectancies to new heights and significantly increasing the numbers of elderly. Secondly, information and communication technologies (ICT) have vast potential to enhance the lives of the sick, the infirm and the elderly by increasing or restoring their autonomy, particularly in the home, and enabling them to participate more actively in family life, not least in the role of carer and/or educator. Thirdly, distance working and distance learning are set to increase considerably in the coming years, as broadband availability and usage intensify and more companies, organisations and institutions avail themselves of the benefits offered by these technologies. As take-up increases so too will the opportunities for families to organise their working and learning lives more flexibly in ways that are better aligned to their needs. And finally, over the next 20 years the much anticipated expansion of social networking will almost certainly have consequences – often unexpected – for family interrelationships and interaction, in some cases enhancing them, in others perhaps hampering them.
2011
The Future of Families to 2030
OECD