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AI code of ethics: Bosch sets company guidelines for the use of artificial intel ...

19.02.2020

Press release

Internet of Things

AI code of ethics: Bosch sets company guidelines for the use of artificial intel ...

Stuttgart and Berlin, Germany – Bosch has established ethical “red lines” for the use of artificial intelligence (AI). The company has now issued guidelines governing the use of AI in its intelligent products. Bosch’s AI code of ethics is based on the following maxim: Humans should be the ultimate arbiter of any AIbased decisions. “Artificial intelligence should serve people. Our AI code of ethics provides our associates with clear guidance regarding the development of intelligent products,” Bosch CEO Volkmar Denner said at the opening of Bosch ConnectedWorld (BCW), the company’s annual IoT conference in Berlin. “Our goal is that people should trust our AI-based products.” AI is a technology of vital importance for Bosch. By 2025, the aim is for all Bosch products to either contain AI or have been developed or manufactured with its help. The company wants its AI-based products to be safe, robust, and explainable. “If AI is a black box, then people won’t trust it. In a connected world, however, trust will be essential,” said Michael Bolle, the Bosch CDO and CTO. Bosch is aiming to produce AI-based products that are trustworthy. The code of ethics is based on Bosch’s “Invented for life” ethos, which combines a quest for innovation with a sense of social responsibility. Over the next two years, Bosch plans to train 20,000 of its associates in the use of AI. Bosch’s AI code of ethics governing the responsible use of this technology will be part of this training program.AI offers major potential Artificial intelligence is a global engine of progress and growth. The management consultants PwC, for example, project that between now and 2030, AI will boost GDP in China by 26 percent, by 14 percent in North America, and by around 10 percent in Europe. This technology can help overcome challenges such as the need for climate action and optimize outcomes in a host of areas such as transportation, medicine, and agriculture. By analyzing huge volumes of data, algorithms are able to reason and make decisions. Well in advance of the introduction of binding EU standards, Bosch has therefore taken the decision to actively engage with the ethical questions that the use of this technology raises. The moral foundation for this process is provided by the values enshrined in the Universal Declaration of Human Rights. Humans should retain control Bosch’s AI code of ethics stipulates that artificial intelligence should not make any decisions about humans without this process being subject to some form of human oversight. Instead, artificial intelligence should serve people as a tool. Three possible approaches are described. All have the following in common: in AI-based products developed by Bosch, humans should retain control over any decisions the technology makes. In the first approach (human-in-command), artificial intelligence is purely an aid – for example, in decision-supporting applications, where AI can help people classify items such as objects or organisms. In the second approach (human-in-the-loop), an intelligent system autonomously makes decisions that humans can, however, override at any time. Examples of this include partially automated driving, where the human driver can directly intervene in the decisions of, say, a parking assistance system. The third approach (human-on-the-loop) concerns intelligent technology such as emergency braking systems. Here, engineers define certain parameters during the development process. Here, there is no scope for human intervention in the decision-making process itself. The parameters provide the basis on which AI decides whether to activate the system or not. Engineers retrospectively test whether the system has remained within the defined parameters. If necessary, these parameters can be adjusted. Building trust together Bosch also hopes its AI code of ethics will contribute to public debate on artificial intelligence. “AI will change every aspect of our lives,” Denner said. “For this reason, such a debate is vital.” It will take more than just technical know-how to establish trust in intelligent systems – there is also a need for close dialogue among policymakers, the scientific community, and the general public. This is why Bosch has signed up to the High-Level Expert Group on Artificial Intelligence, a body appointed by the European Commission to examine issues such as the ethical dimension of AI. In a global network currently comprising seven locations, and in collaboration with the University of Amsterdam and Carnegie Mellon University (Pittsburgh, USA), Bosch is working to develop AI applications that are safer and more trustworthy. Similarly, as a founding member of the Cyber Valley research alliance in Baden-Württemberg, Bosch is investing 100 million euros in the construction of an AI campus, where 700 of its own experts will soon be working side by side with external researchers and startup associates. Last but not least, the Digital Trust Forum, a committee established by Bosch, aims to foster close dialogue among experts from leading international associations and organizations. Its 11 members are meeting up at Bosch ConnectedWorld 2020. “Our shared objective is to make the internet of things safe and trustworthy,” Bolle said. More than 170 speakers and 80 exhibitors Bosch ConnectedWorld (February 19–20, 2020) brings together more than 80 exhibitors showcasing the latest trends and developments in the connected world. Among the more than 170 speakers are Bosch CEO Volkmar Denner and Bosch CDO/CTO Michael Bolle, as well as Roland Busch (the deputy CEO of Siemens), Axel Stepken (the chairman of the board of management of TÜV Süd), and Scott Guthrie (executive vice president of Microsoft’s cloud and AI group). The event’s main features include keynote speeches, a major exhibition, and a hackathon. This year marks the seventh time Bosch ConnectedWorld has taken place. It is one of the world’s largest international conferences devoted to the internet of things. At a glance: The guidelines in Bosch’s AI code of ethics All Bosch AI products should reflect our “Invented for life” ethos, which combines a quest for innovation with a sense of social responsibility. AI decisions that affect people should not be made without a human arbiter. Instead, AI should be a tool for people. We want to develop safe, robust, and explainable AI products. Trust is one of our company’s fundamental values. We want to develop trustworthy AI products. When developing AI products, we observe legal requirements and orient to ethical principles.

Bosch is showcasing the following highlights at Bosch ConnectedWorld in Berlin

26.02.2018

Press release

Internet of Things

Bosch is showcasing the following highlights at Bosch ConnectedWorld in Berlin

Berlin and Stuttgart, Germany – An intelligent glove in the factory, a digital guardian angel for people on the go, and connected kitchens: Bosch is showcasing these and other solutions at Bosch ConnectedWorld in Berlin, where the IoT sector meets to discuss tomorrow’s world. Innovative products and services are making everyday life not only more convenient, but also safer and more efficient – at home, at work, and on the move.Products and solutions for all aspects of connected manufacturing ActiveAssist – the assembly assistant: The assembly assistance system guides users step by step through each individual stage in the manufacturing process. It identifies the next workpiece using RFID (radio frequency identification) and provides information about the required processing steps. For instance, the system uses light signals to mark those grab containers that hold the screws or other parts required to complete the next step. A 3D camera tracks the user’s movements. All in all, the system makes it possible to correct errors and prevents the wrong parts from being used. The benefits are a reduction in user strain and an increase in product quality. Intelligent glove: The iGlove features highly sensitive sensors and is designed for use in connected manufacturing. It maps hand movements and can greatly reduce workforce training times. Furthermore, it helps users learn the correct assembly steps and can document production steps such as the removal of parts. Without any need for physical contact, the data is sent via Bluetooth to a computer or smartphone, where it is compared to previously stored movement patterns. ActiveCockpit – the manufacturing assistant: A gigantic screen informs associates in the factory about the current status of production. The benefits are faster information processing, clear analysis, and subsequent definition of tasks for more efficient processes. As a result, manufacturing becomes transparent. Users and companies benefit thanks to the immediate identification of problems, such as screws that are slightly too small or too large. This reduces downtimes, increases the level of product quality, and avoids any recall costs. Connected solutions and products for better living: Vivatar app – a digital guardian angel: Going jogging in the dark or heading home on foot after the last bus has left is enough to make anyone feel uneasy. This is where the Bosch Vivatar app comes in; it acts as a digital guardian angel for people on the go. It enables users to contact friends and family and be digitally “escorted” home via GPS, and decide for themselves when they should be accompanied and by whom. Vivatar Premium grants users 24/7 access to the Bosch Emergency Assistant, a professionally trained emergency team. Climo – a small box for better air quality: It’s the size of a shoebox and measures air quality in real time. Developed by Bosch in collaboration with Intel, Climo is a hundredth of the size and a tenth of the cost of conventional systems. It measures and analyzes a total of 12 parameters, including temperature and humidity as well as carbon dioxide, nitrogen oxide, and even pollen count. Using the information gathered, cities can swiftly take action to improve air quality. They can also use it to help with traffic management, for instance. And by using the app, people suffering from asthma or allergies can find out if they should stay indoors or avoid certain areas of the city. Home Connect – a platform for the connected kitchen: The platform for the connected kitchen from Bosch subsidiary BSH is called Home Connect. No matter where users are, they can use devices such as smartphones to control and monitor Bosch household appliances and those of other manufacturers. With some 30 partners around the world, Home Connect already has the largest digital ecosystem in the connected kitchen, and the company is continuously entering into new partnerships and adding helpful functions and services. At the end of last year, BSH acquired a 65 percent stake in Berlin-based start-up Kitchen Stories. The plan now is to integrate the cooking app into Home Connect. Voice control is also among the services provided. In this way, Bosch products can be controlled by the likes of Amazon Alexa (Germany), Google Home (UK), or Ding Dong (China). Predictive maintenance – remote diagnostics for elevators: Bosch has already spent over 30 years working on emergency call systems in order to quickly free people trapped in broken-down elevators. Now the company is going a step further by preventing elevators from failing in the first place. The key is predictive maintenance. Connected sensors and cameras are integrated into the elevator system and wirelessly notify the service team when a breakdown is imminent. Maintenance and repair work can thus be carried out before the elevator stops working. Connected building platform – a smart building solution: The sensor- and cloud-based solution analyzes data from a building, for instance regarding occupancy or air quality. In this way, the platform provides a solid foundation for efficient building management. Windows and doors open and close as required, which reduces energy consumption. The platform also provides information about room use and whether workspaces are occupied. In offices that offer flexible workspaces, for example, this allows people to quickly find the nearest free desk, lights can be efficiently controlled, and cleaning services can be utilized to maximum effect. Knowing where people and equipment are helps optimize building processes, for instance in commercial buildings or hospitals. The solution is based on the Bosch IoT Suite, the company’s own IoT software platform.