The First Industrial Revolution dates back to the 18th century, with the manufacturing and production process evolving significantly to improve efficiency. Since then, the world has gone through a series of changes with the present day seeing us in full swing of the world’s Fourth Industrial Revolution.
The 21st century is a truly digital age, with technology now intertwined and cemented into both our personal and professional lives. Over the last two decades in particular, technology has become increasingly advanced, and has seen the emergence of the Fourth Industrial Revolution. Complicated and impressive technologies such as artificial intelligence (AI), robotics, the Internet of Things (IoT), 3D printing, genetic engineering and quantum computing have all emerged and are being used across the globe in a variety of industries, businesses and processes.1
As a result of the new technological age, the speed, efficiency and accuracy of production levels have improved astronomically, with less room for human error as machinery takes over, making production levels much faster and hassle free.
With the rise of these advancements it is important for countries and businesses across all industries to be tapping into these changes to keep up with the future of production. But which countries are leading the way?
RS Components have produced a graphic analysing data from the World Economic Forum’s Readiness for the Future of Production report, to reveal the countries leading the way when it comes to driving production forward. With each country analysed by a series of metrics including global trade and investment, institutional framework, sustainable resources, demand environment and emerging technologies, the top 10 countries leading production levels forward have been scored out of 10.
The top 10 countries driving the future of production include:
- US – 8.16
- Singapore – 7.96
- Switzerland – 7.92
- UK – 7.84
- Netherlands – 7.75
- Germany – 7.56
- Canada – 7.56
- Hong Kong – 7.45
- Sweden – 7.40
- Denmark – 7.20
The US takes the crown as the leading country in the world driving the future of production forward. Scoring at the top of the leaderboard across all metrics excluding Sustainable Resources and Institutional Framework, the US holds an overall score of 8.16 out of 10. The US is renowned for its innovation and holds an advanced, connected and secure technological platform that allows production to drive forward in the most efficient way possible.
Singapore ranks as the second country driving the future of production and the UK sits at fourth place with a score of 7.84. Singapore sits as one of the world’s leading chemical manufacturing sites, with over 100 global petroleum, petrochemical and specialty chemical companies situated on 12 square miles of land. Singapore today sits as the world’s fifth largest refinery export hub and amongst the top 10 global chemical hubs by export volume. Involved in these systems includes advancements in manufacturing from robots, to predictive analytics and artificial intelligence. Singapore, like the US, is a key driver in testing, experimenting and trialling the latest technologies. In addition, manufacturing continues to contribute around 20% to Singapore’s GDP.
The importance of having the right technological foundations
In order for production levels to thrive, it is crucial that technological foundations are cemented in supply chains across the globe. For example, in a warehouse, the speed and availability of the internet is crucial when the Internet of Things is being adopted on the factory floor. In addition it is also greatly important for businesses and industries to have strong, connected cybersecurity systems to ensure digital security is maintained to a high standard. Having the technological foundations of this, like the US, allows the nation to drive forward technologies to increase production levels.
In addition, in order to ensure these new innovations are implemented effectively, it is crucial that employees have a good understanding of the technology they are interacting with on a daily basis, as the skills required of workers will evolve with the new advancements.
Combined, industries and countries will be able to adapt rapidly emerging technologies into their production lives, which will have a global impact on both businesses and consumers across the world.
What country will be leading the way in the future of production in 10 years time?