The Knowledge to Decide

Taking a cue from a Japanese bank – Bank of Tokyo-Mitsubishi UFJ – Indian banks plan to use robots with artificial intelligence. Kumbakonam-based City Union Bank launched India’s first robot on-site assistant, known as Lakshmi. The robot imitates human action, thereby reducing the response time to customers by up to 60% and improving accuracy tremendously. The bank became the first to deploy robots that can perform repetitive, high volume and time-consuming tasks, raising productivity and efficiency. Will artificial intelligence enable banks to use robots on a mass scale? https://www.spireresearch.com/newsroom/spirethoughts/indias-first-banking-robot/

Korea ranks fourth in the deployment of industrial robots across the globe. It is on the fast track to have the world’s largest stock of robots by 2016. Korea is also home to 6 million people above the age of 65. Korean innovators are now bringing robots into the homes of the elderly. Spire Research and Consulting shared its insights, published on the US Consumer Electronics Association’s blog. The robotics industry in Korea reached a total revenue of KRW2.1 trillion in 2012 (approximately USD2 billion) – a two-fold increase in size since 2009. More than 600 domestic robot manufacturing companies operate within the country, employing more than 34,000 people. The government plans to spend KRW7 trillion (approximately USD6.3 billion) by 2018 in this industry. At the same time, Korea’s silver market will grow to eight million seniors by 2020. There are many companies catering to the unmet needs of the elderly. GoCart – a Korean-made robot – started distributing meals in elder ca

A new germ-zapping robot manufactured by Xenex in the U.S. could emerge as a saviour against deadly viruses like Ebola. It uses pulses of high-intensity, high-energy ultra-violet rays to crack bacterial cell walls and kill virus-afflicting pathogens. It has been successfully tested on 22 different microorganisms – destroying viruses similar to Ebola. Standing at 5 feet and bearing the nickname “Saul”, the ultra-violet rays it emits are 25,000 times brighter than fluorescent lights and can kill pathogens that are generally missed by the naked eye. A few surgical teams in the United States have been trained to use this technology on Ebola patients. According to research, hospitals with access to this technology have been able to bring down general infection rates by 60%. It is already being used in 250 hospitals. Can such technology breakthroughs arrest global pandemics in the 21st century? https://www.spireresearch.com/newsroom/spirethoughts/zapping-away-viruses/

Singapore will mark its 50th anniversary of independence in 2015. In conjunction with the country’s upcoming Golden Jubilee, Leon Perera, Chief Executive Officer of Spire Research and Consulting, shared his views in The Business Times – Views from the Top section on what Singapore’s economy and society would look like in 2065. In the future, technology would have eliminated much of the manual labor that humans perform today. Robots will revolutionize work in the home, elder-care as well as the personal services industry. Commercial space flight will accelerate the growth of globalization and enhance innovation, thanks to people being able to meet face-to-face with far less time spent in travel. On the other hand, 3D printing coupled with big data analytics will revolutionize the traditional manufacturing model of economies of scale in favor of mass customization. In addition, stricter Green and ethics regulations will foster Greener, safer and fairer processes in the work