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What does a good data basis mean for AI?

A good data basis for AI is the foundation of any successful AI application in the company. Data significantly determines how reliably AI can work and what benefits it brings to your business. It's not about having as much data as possible. What matters is that the right data is available, up-to-date, and of sufficient quality – data quality surpasses data quantity. This means specifically: Are the entries complete, current, consistent, and clearly named? If an item is called "lamp" sometimes and "lighting device" other times, or if the price list is two years old, even the best AI cannot work reliably.

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In conversation with Andreas Gillhuber

Data is the foundation on which every AI application in the company is built. Whether AI creates real value depends on the type, origin, and quality of the data used. It is equally important to first define the appropriate use case.

Andreas Gillhuber (German Data Science Society) gives a brief insight into the topic of data around AI.

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Portrait von Andreas Gillhuber
Logo German Data Science Society

Andreas Gillhuber

German Data Science Society (GDS) e.V
Board member

Portrait von Prof. Dr. Andreas Hotho
Logo Julius-Maximilians-Universität Würzburg

Prof. Dr. Andreas Hotho

JMU Würzburg
Spokesman of CAIDAS and Head of Data
Science Chair (Computer Science X)

Many small and medium-sized enterprises (SMEs) already have more usable company data than they are aware of. They are found, for example, in ERP or CRM systems, in Excel lists, production plants, service reports, PDF documentation, emails, or on shared drives. Employees' experiential knowledge can also be crucial for an AI application.

In this context, Retrieval-Augmented Generation (RAG) becomes interesting. Here, no separate AI model is trained with company data. Instead, an AI assistant searches internal documents for information that is provided to the language model for its answer. It is a low-barrier method to make knowledge accessible, make decisions data-based, or accelerate innovation without having to train costly AI models yourself.

Which data is needed depends on the specific AI use case. At the same time, the available data basis decides which AI applications can be sensibly implemented in your company. No extensive data management concept is needed for this. More important is a clear thread: What should the AI be able to do, what information does it need, and is this information already available?

For the entry into AI, your company does not need a fully cleaned data stock, nor does it automatically require a new data platform or additional software. Individual, targeted improvements in data quality gradually create a robust data basis that brings noticeable benefits to your company and secures its competitiveness.

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Why is data important for AI?

A solid data basis is not only worthwhile for use in AI: It makes analyses more reliable, increases transparency in processes, and improves decisions. If you use data systematically, you can also develop new products and offers faster and strengthen competitiveness.

The topic is particularly relevant when...

  • you want to introduce a specific AI application,

  • you want to make internal company knowledge usable with AI,

  • you want to systematically evaluate customer or service data or

  • need to merge information from multiple systems.

If you are unsure whether your data is sufficient for the planned use, an early examination is advisable. You can clarify this based on a specific use case. This allows you to assess what data is missing and how much effort is needed for a viable data basis.

Utilizing company knowledge: Retrieval-Augmented Generation (RAG)

Anyone wanting to use AI with company data quickly encounters terms like RAG, training, or fine-tuning. Which approach is suitable depends on what the AI should do with the data. The choice significantly influences the effort and costs.

If you want an AI assistant to answer questions about products, processes, or documentation, you usually don't need to train your own model. With RAG, the system searches for suitable information in the released company data and forwards it together with the question to a language model. The model formulates the answer from this.

Infografik über die Funktionsweise eines RAGs
This is how Retrieval-Augmented Generation (RAG) works: The AI assistant searches for suitable information in the released company data and forwards it along with the question to the language model. The answer comes back with a source citation.

This brings several advantages. New or changed knowledge can be used without retraining a model. The AI only accesses data you have released. If the system names the sources used, you can verify any answer. It is therefore crucial that relevant information is current and findable.

Making predictions: Training with historical data
If AI is to predict machine failures or sales volumes, it needs suitable historical training data. It's not just the amount that counts. Thousands of machine values are of little help if there is no documentation of actual defect occurrences. A smaller, well-documented data set can be significantly more valuable.

Fine-tuning: not automatically necessary
In fine-tuning, an existing AI model is adapted for a specific task. To make company knowledge usable, this is often not necessary. If fine-tuning is recommended to you, ask: What specific problem does it solve, and why isn't access to existing information enough?

External AI services: Check conditions
Even if data is not used to train a model, it may be stored or otherwise processed. For confidential or personal information, you should therefore check the conditions of the specific service, tariff, and contract.

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AI in practice

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Create a good data basis for AI in 5 steps:

  • Step 1 – Start from the use case
    Don't start with the question "What data do we have?" but with "What should AI be able to do in our company?" If it should, for example, answer service questions, it may need manuals, repair reports, and spare parts information. In contrast, sales forecasts require sales figures, time periods, and other influencing factors. First, create a short list of the information actually needed for the desired task. This way, you avoid having your company process data that doesn't matter for the project.

  • Step 2 – Check what is already available
    Then specifically search for this information. It's worth looking beyond the classic databases: Relevant business data may be in the ERP system, but also in Excel files, PDFs, emails, SharePoint, a network drive, or with individual employees. Note where the needed information is, who can access it, and what is still missing. A simple table is enough for an initial overview—your company doesn't need new software for this.

  • Step 3 – Check the quality with real examples
    Don't check the data quality abstractly, but based on 20 to 30 typical cases from your company's everyday work. For a service assistant, these could be real questions from customer service. Do you find a current and clear answer to these questions in the available documents? Different product names, outdated price lists, duplicate customer entries, or conflicting work instructions highlight what needs improvement before a pilot project.

  • Step 4 – Prepare only the required data
    Your company doesn't need to clean all the data first. Focus on the information necessary for the selected application case. Remove outdated versions, unify important designations, and fill in missing information. Simultaneously clarify who will keep this data up to date in the future and who is allowed to access it. For personal, confidential, or otherwise sensitive information, it should be clarified in advance whether and under what conditions they may be processed with the intended AI solution.

  • Step 5 – Test small and learn from it
    First test the application with a limited data set and real tasks from everyday work. If the AI provides only twelve usable answers to 20 typical questions, check the other eight cases: Was some information missing? Was it outdated? Could the AI not clearly assign it? Or is the problem not with the data at all? Before your company invests money in new infrastructure or external support, it should first be checked whether the application case can be tested sensibly with the existing data and systems. The result can also be that the effort for this application case is not worth it—then it makes more sense to choose another application case than to invest further time and money in data preparation.

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KI-Kompass

STRATEGY

Strategic planning ensures competitive advantages and includes setting objectives, identifying application cases, and integrating AI into the company's overall strategy.

Data

Data is the foundation for every AI system. Their quality and integrity determine the potential applications and the performance of AI applications.

ECOSYSTEM

In AI use and implementation, partnerships can bring many advantages. A strong ecosystem fosters innovation through the transfer of knowledge, resources, and technologies.

FUNDING AND SUPPORT

The costs of introducing AI vary between free versions and significant investments for developing your own solutions. To alleviate the investment burden, there are various funding options.

CULTURE AND MINDSET

An open and willing-to-learn corporate culture is fundamental to successfully implementing AI. The goal is to reduce reservations and fears and involve the workforce in the transformation process.

Organization

The use of AI requires a well-thought-out organizational structure. This forms the foundation for the sustainable development of AI technologies as well as the effective collaboration between different departments and interdisciplinary teams.

Technical prerequisites

A robust and flexible infrastructure includes hardware and software components, network infrastructure, and development processes to implement, train, test, and use AI models successfully.

Talent and competencies

Developing and integrating AI requires a qualified team and specific knowledge. This includes both technical skills and strategic and infrastructural understanding.

Law and regulation

Compliance with legal requirements and standards is essential for the use of AI. The EU AI Act has created guidelines for AI solutions that will apply in all EU countries when creating and using AI.

Ethics

Ethics in AI involves implementing moral principles to realize the benefits of AI and reduce risks. Topics such as transparency, fairness, the avoidance of bias, explainability, and data protection are essential in this context.