The crucial role that technology can play in the evolution of climate change is mentioned in an interview with “Forbes” by Ioannis Kapras, CEO of Bosch Hellas. It also stands for the role of 5G, which, he says, can gradually serve the needs of a smart home, where more and more connected devices will make our lives easier.
In what key areas of everyday life does technology affect us?
Bosch’s history is inextricably linked to artificial intelligence technology. Artificial intelligence is a tool created to have a positive impact on human life, serving decision making or improving the way other technologies are managed.
The world around us is now quite complex and is changing so fast that human nature can not comprehend it, let alone adapt to it. Perhaps the example of the application of artificial intelligence in industry with the Autonomous Machines that interact with each other under the supervision of humans is more perceptible, but in any case artificial intelligence is certainly certain.
What are the stages of production and operation in which Bosch applies artificial intelligence?
Artificial intelligence now dominates the production chain and is found in almost all phases of the product life cycle. Various AI methodologies and tools are used in the design and testing phase, as well as in the production process, storage, distribution and even recycling.
It is characteristic that the new state-of-the-art export production unit in Dresden applies artificial intelligence technologies at almost all stages of production. The reliability and accuracy of the movements could not have been achieved in any other mechanical way, which proves the usefulness of this technology.
In another case, they combine artificial intelligence and cloud computing technologies to create a digital twin of an electric car battery, so that we can predict the likelihood of hardware failure, predict its natural life, and predict its lifespan. user optimal operating modes.
How is business changing in practice and will it change even more in the future through technologies such as 5G?
There are some important reasons that make 5G technology crucial for the development of businesses in the coming years, especially those belonging to the productive and manufacturing sector. Because, quite simply, 5G not only enables faster data transfer, but also the simultaneous connectivity of more connected devices, sensors and machines. This is an excellent tool for industry, where the transmission of information between Man and Man or between Machines will be very easy, direct, reliable and secure.
5G technology will gradually serve the needs of a smart home, where more and more connected devices will make life more comfortable. And, as the car becomes an extension of the private space, autonomous driving functions will be made possible. In addition, from an electric and connected vehicle, additional services will be created by providers of telecommunications, mobility, insurance, entertainment and information, etc. and, consequently, new business models will be born that will serve the changing needs of the consumer.
How active can technology be in changing the effects of climate change, which is currently affecting the entire planet (if you want, give a relevant example)?
I believe you would agree that climate change is primarily a result of human activity in the natural cycle. This is easily explained by the fact that the technologies used to date have had as their first component the improvement of the performance of the Machines and the maximization of the performance.
In short, the more fuel, the more efficient the engine, as it had a larger environmental footprint, while in another case a cheap plastic component / spare part served in the short term a compelling but necessary CO2 need.
Fortunately, in our day this logic has largely been overturned by the world community as a best practice. In general, in the business sector, strategic governance and corporate responsibility now play a leading role in the development of a company and determine its next steps.
At Bosch you are proud to design products that incorporate the principles of sustainability, environmental protection and safeguarding human life as a key building block. After all, these are the fundamental principles of the founding of Bosch in 1886, which govern its operation until today, and I am sure that they will ensure its future for future generations.
Looking optimistically at the future, he is convinced of the positive effects of technology on climate change, provided that a balance is struck between the benefits of using and utilizing natural resources. For example, in the energy sector we are already seeing a shift from fossil fuels to renewable energy sources, while hydrogen technologies are also showing significant benefits with minimal environmental impact.
Innovation and technology are two well-known concepts in the Bosch world. Can you give some examples of technological innovations, as well as areas of future interest to the group?
Indeed, innovation is deeply rooted in Bosch’s structure and is fully connected to the technologies it creates.
For example, in the field of mobility, a modern car has a plethora of innovative technologies related to driver safety, environmental protection (Start-Stop system, energy recovery system, DPF filters, combustion sensors, etc.), but and its economic viability as a means of transportation (biofuels, hydrogen, electric propulsion, recyclable materials, etc.).
Respectively, in the field of energy, a home or business space is equipped with modern heating units, capable of operating on different types of fuels (natural gas, electricity and in the near future their use of hydrogen), which is antifreeze, which at the same time ensure economic and operational benefits.
All of the above Bosch innovations are found in everyday life and are the result of utilizing the deep and timeless know-how of the group in a huge range of technologies that are rapidly evolving and changing the perception of what is now considered normal and acceptable.
Beyond that, even at the earliest stages of technology development, Bosch is leading the way in research into composite materials, semiconductors, quantum computing, artificial intelligence, and artificial intelligence. autonomous driving) and hydrogen fuel cells.
And this is only a view of the group’s dynamics, since, in addition to the above, Bosch is already on the verge of transforming into a leading provider of AIoT technology solutions, combining AI artificial intelligence with the Internet of Things IoT. Leading the way in building Sensors, we create software around them (Software) to provide Services that complement and support the product. The 3S strategy (Sensors, Software, Services) is for you a compass for Dellon. In fact, we are committed that in 2025 all our products will either incorporate artificial intelligence technologies or will be produced with its help.
Source From: Capital
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