It is a barrier for SMEs and startups to develop IoT products or services, which has been long considered impossible. A Japanese rising startup invented a groundbreaking cloud-based platform. This technology significantly reduces the cost by replacing a core physical IoT infrastructure with a cloud-based service and is now opening up opportunities for smaller companies to launch creative and innovative IoT products and services. This new technology is igniting a social transformation, which can be called the democratization of the IoT.
There are various growing concerns over agricultural sustainability, including forecasted water shortages by In order to address this issue, a digital farming technology has been developed in Japan. Experienced farmers are able to use water and fertilizers more efficiently, thanks to their extensive experiences, knowledge and know-how. By utilizing the IoT and AI to collect and analyze data from their farming practices and the surrounding environment, this technology enables even inexperienced growers to implement such intangible techniques.
It can improve agricultural productivity even in areas with limited access to water. This technology is expected to bring a huge change to the future of sustainable agriculture. Manufacturing sites worldwide use industrial robots to streamline and automate operations. Japan has led the world in industrial robot technology, and now is about to spur an even greater evolution by combining this technology with an open source deep learning framework developed in Japan. Deep learning enables industrial robots to make judgments in complex operational situations by learning from past examples.
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Moreover, the learning can be shared between robots to increase efficiency. Watch this video to learn how this innovative approach will deliver previously unavailable levels of advanced automation in manufacturing.
Therapeutic drugs for cancer and immune diseases are generally very expensive and often cause side effects. Use of non-standard peptides have been attracting considerable attention as a new approach to develop drugs with less side effects, but until now no one could find a way to create those peptides artificially.
PDPS enables humans to artificially create millions of different kinds of non-standard peptides and then narrow these peptides down to candidates for new drugs in short time. Watch this video to learn how this technology dramatically shortens the new drug development process and helps to significantly lower drug prices.
Euglena, a type of algae, is a rare microorganism that combines the characteristics of plants and animals. Consequently, it grows by photosynthesis yet produces fat in its body that is suited to the production of jet fuel.
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In Japan, where researchers were the first in the world to succeed in large-scale cultivation of euglena, research is underway to use oil extracted from the microorganism as a biofuel, with the goal of using it to power aircraft in the future. As the need for energy that does not adversely impact the environment grows, expectations are high for the multifaceted potential of biofuel made from euglena that has been made possible by researchers in Japan, a nation that lacks energy resources.
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When we use a credit card, it requires a PIN Code or a signature to complete the transaction, so it is a little inconvenient. Also, the possibility of unauthorized card use means it cannot be considered completely secure. For these reasons, biometric authentication is attracting attention as an alternative way to identify individuals and process payments.
The newly developed fingerprint authentication technology, by which the feature points of each fingerprint are digitized and indexed by a proprietary algorithm and artificial intelligence AI , eliminates the security risks associated with conventional technologies and realizes times faster searches. Similar to Japan, every society will have to decide which path it wants to tread toward economic progress.
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