Basic considerations on ethics in AI and its risk classes
In the discussion about the ethical behaviour With artificial intelligence, it is crucial to consider both the intention (= what the AI is used for) and the realisation and implementation of the technology (= how AI is developed). The type of AI used, whether it is deep learning neural networks or simple rule-based logic, is less important than the use of the AI itself.
Regulation should focus on definitional issues around acceptable uses, such as the development of better vaccines, and unacceptable uses, such as the use of AI-generated media to subtly manipulate people.
The EU's forthcoming AI Act will deal in detail with which applications are not permitted and which applications are considered particularly risky. Various risk classes are defined, each of which has different requirements. AI applications that contradict the ethics of the EU principles and pose an unacceptable risk are to be banned completely.
Data distortions, equal opportunities and transparency
In the development of AI solutions and their implementation, we should first analyse which ethical and moral aspects need to be taken into account. This includes the question of how we can deal with potential "data bias" and ensure equal opportunities, for example. This also means that potential pitfalls such as a lack of perspectives must be identified and taken into account.
While the type of AI is less relevant in terms of the "what", it does play a role in the approach ("how"). Transparency considerations are essential for people to understand what they can expect from the AI they are dealing with. This is particularly important in high-risk areas such as law enforcement or healthcare, as reflected in the AI Act.
AI ethics and general purpose AI: Intended and unintended purposes
We cannot separate the discussions about intention and development, i.e. about the why and how of AI. The latest developments in the field of "General Purpose AI (GPAI)".
GPAI refers to an AI system that is capable of performing general-purpose functions such as image and speech recognition, audio and video generation, pattern recognition, question answering, translation, etc.
It can pursue several purposes, both intended and unintended. In particular, we have recently observed many applications that use generative AI tools such as ChatGPT or Midjourney. We need all the more transparency here about how these models work and how they are used.
On the one hand, this includes transparency about the basic models themselves. Developers and regulatory authorities need this transparency in order to be able to adequately assess the use and risks of AI. On the other hand, this includes transparency about how they are used. This is relevant for users in order to understand what risks they are taking and how results are to be assessed.
Potential of Industrial AI for the economy and manufacturing industry
Artificial intelligence has a enormous potential in various economic sectors. These range from the development of new medicines to AI-controlled enzymes for decomposing plastic waste and autonomous lorry transport from hub to hub. Generative AI - AI that is able to generate text or images on demand - has extended the impact of AI into new areas such as creativity.
While we are still discovering the potential of Industrial AI, there are already concrete applications for generative AI, for example to increase productivity through the use of assistive AI and to enable hyper-personalised interactions.
When we talk about manufacturing in particular, it's easy to list the potential uses of AI, for example in the area of smart factories. It can improve operational efficiency and optimise supply chains such as warehouse and personnel processes.
However, the speed at which new technologies and paradigms are currently being introduced makes it extremely difficult to define a specific value for the economy or the manufacturing industry in general.











