New Technologies

AI has permeated our lives incrementally, through everything from the tech powering our smartphones to autonomous-driving features on cars to the tools retailers use to surprise and delight consumers. As a result, its progress has been almost imperceptible. Clear milestones, such as when AlphaGo, an AI-based program developed by DeepMind, defeated a world champion Go player in 2016, were celebrated but then quickly faded from the public’s consciousness.
Generative AI applications such as ChatGPT, GitHub Copilot, Stable Diffusion, and others have captured the imagination of people around the world in a way AlphaGo did not, thanks to their broad utility—almost anyone can use them to communicate and create—and preternatural ability to have a conversation with a user. The latest generative AI applications can perform a range of routine tasks, such as the reorganization and classification of data. But it is their ability to write text, compose music, and create digital art that has garnered headlines and persuaded consumers and households to experiment on their own. As a result, a broader set of stakeholders are grappling with generative AI’s impact on business and society but without much context to help them make sense of it.

The rollout of 5G will take place over the next decade, and its future is still being written. But, the United States and its allies are behind; they must act now or face irrelevancy. This study lays out a vision for a global 5G network that satisfies the values of the United States and like-minded partners and is in the best interests of the global population.

Trade has always been shaped by technological innovation. In recent times, a new technology – Blockchain – has been greeted by many as the next big game-changer. This publication explores the question of whether Blockchain may revolutionize international trade.
Opening with an explanation of the technology, the publication goes on to analyse the relevance of this technology for international trade by reviewing how it is currently used and how it may potentially be used in the various areas covered by WTO rules. In doing so, it offers insights into the extent to which this technology could affect cross-border trade in goods and services and in intellectual property rights.
The publication also discusses the potential of Blockchain for reducing trade costs and enhancing supply chain transparency, as well as the opportunities it provides for small-scale producers and companies. It concludes with a review of various challenges that must be addressed before the technology can be used on a wide scale and have a significant impact on international trade.

This paper reviews policies to strengthen Germany’s productivity growth and prepare for changes in labour markets brought about by new technologies. This paper also discusses how social protection and the bargaining framework should be reformed for the future of work. Germany enjoys a relatively high labour productivity level but productivity growth has been modest in recent years. There is room to boost productivity growth by accelerating the diffusion of new technologies throughout the economy. Vigorous entrepreneurship and innovation by small and medium enterprises are key for such technology diffusion while strong broadband and mobile networks widen the scope of data-intensive technologies that can be exploited to increase productivity. Widespread use of new technologies will bring about significant changes in skill demand and work arrangements. As in many countries, Germany saw a decline in the share of middle-skilled jobs in employment. A relatively high share of jobs is expected to be automated or undergo significant changes in task contents as a result of technological change. New technologies are also likely to increase individuals engaging in new forms of work, such as gig work intermediated by digital platforms. Such workers are less covered by public social safety nets such as unemployment insurance than regular employment.

In the broadest sense, the sharing economy may be defined as a community of individuals lending, renting, donating, sharing, swapping and buying goods or services.

There are currently around 300 digital peer-to-peer platforms in France, many of which have an established global presence. This study looks at the state of the sharing economy – from a qualitative and quantitative slant – and analyses supply and demand trends across the following key sectors: travel, transport and storage services, accommodation, entertainment, food, consumer goods, clothing and footwear, domestic services and finance.

The study also considers how traditional players are responding – in some cases to direct competition from the sharing economy – and dissects the positive and negative forces shaping this new phenomenon, touching on aspects such as macroeconomic factors, regulation, new technologies, consumer habits and business model viability.

In addition, the authors outline a series of scenarios depicting what the sharing economy could look like in 2020 – a transition, a partnership between traditional players and new sharing economy protagonists, and an “economic bubble” triggered by unworkable business models. The study concludes with a set of recommendations on ways to foster this emerging trend through policy-making and regulation, focusing on the need to protect consumers, bolster sharing economy initiatives, and create a level playing field.

The service providers behind this study remain exclusively liable for the research methods used, as well as the findings and recommendations detailed in this report.

The New Vision for Education project examines the role that technology can potentially play to improve education for the future. In phase II, we investigated innovative ways to help students develop competencies* and character qualities** broadly defined as social emotional skills, which are critical components of 21st century skill framework but not a core focus in today’s curriculum.

Can technology effectively facilitate the development of competencies and character qualities, in addition to cognitive skills? If yes, what are the opportunities to capture to make it happen? What are the immediate, mid-term, and long-term barriers to remove? How can multistakeholders work together to create a roadmap for this vision?

In seeking answers to these questions, the report assembles a list of 52 research-based digital product features that are highly correlated with the ten competencies and character qualities and identifies five nascent technology trends – wearable devices, leading-edge apps, virtual reality, advanced analytics and machine learning, and affective computing – that extend ways of fostering social emotional learning (SEL) and also offer potential for exciting new learning strategies. The report concludes with recommendations to each stakeholder on actions to advance SEL and SEL technology adoption.

Manufacturing is the most important source of economic development and growth. The economic importance of manufacturing goes far beyond its contribution to GDP, for which the European Commission has put forward a target of 20 %. The manufacturing industry in the EU is worth € 7.000 billion in turnover and it accounts for 80% of the total EU exports and 80 % of the private R&D expenditure. Moreover, it provides jobs for 30 million employees directly and is the source for twice as many jobs indirectly, the vast majority in small or medium-sized enterprises. To maintain its importance the industry in Europe needs modernisation. Last year the contribution of manufacturing to EU GDP has declined to 15.1 %. To be able to reverse this trend and start an Industrial Renaissance in Europe, we need more investment in innovation, resource efficiency, new technologies and skills. In the conclusions of the European Council of 20-21 March 2014, the Heads of State and Government underlined that industrial competitiveness should be at the centre of policy-making at all levels. It is an important signal for both the public and the business sector, to which they should respond with specific measures facilitating the industrial change. That’s why advanced manufacturing is one of the six priority areas for the modernisation of industry in the European Union. The market uptake of advanced manufacturing and clean technologies can improve productivity, resource efficiency and competitiveness in any manufacturing sector. To speed up this process a dedicated Task Force on Advanced Manufacturing for Clean Production was created in 2013. One year after its creation, the Task Force has drawn up a set of targeted actions aimed at advancing the European industry. In order to give Europe a competitive lead in the new industrial revolution, we need to engage in a partnership between the European Commission, Member States and industry. Europe needs industry and industry needs Europe. Get prepared for the future of manufacturing!