RESEARCH

Sustainable AI research for reliable systems

AI that not only sounds plausible, but also works reliably – based on company data, comprehensible and securely integrable.

Application-oriented research for explainable and trustworthy AI systems

Resource-efficient processes for large, heterogeneous and unstructured data sets

Research with direct transfer to productive business applications

Why we do research

Artificial intelligence only becomes valuable for companies when it can work reliably on their own data. Especially in business-critical processes, plausible answers are not enough: Results must be comprehensible, verifiable and traceable to reliable sources.

With autonomous AI agents, this demand is increasing further. Wer Prozesse automatisiert, ohne die zugrunde liegenden Daten korrekt, konsistent und im richtigen Kontext zu verstehen, automatisiert auch Fehler – schneller und in größerem Maßstab.

This is why moresophy is researching AI systems that not only find data, but also classify it. The focus is on the question of which data actually describes a problem, how they are connected and what they mean in the corporate context.

Our goal is AI that does not work as a black box, but as a reliable system: data-oriented, resource-efficient, explainable and confidently deployable.

Our research agenda

Company data is distributed across documents, databases, e-mails, specialist systems and external sources. Our research is developing methods to process this heterogeneous information in such a way that AI systems can work reliably on it.

The aim is an AI that not only generates answers, but also traces them back to existing data, sources and correlations.

Data-centric AI

Data quality

Context modeling

Traceability

A large proportion of company knowledge is contained in unstructured information: Contracts, expert opinions, emails, damage files, test reports, guidelines or technical documents.

Our research develops processes to make this content not only searchable, but also usable in the respective context. Relevant information is recognized, condensed, linked and made available in a targeted manner for AI applications – as a basis for reliable answers, analyses and automation.

Unstructured data

Context modeling

Knowledge Graphs

Information aggregation

Relevant data rooms

For moresophy, resource efficiency doesn’t just mean using less computing power. Above all, it is about using AI in a targeted manner: Not every question has to go directly to a large language model, and not every dataset has to be fully incorporated into the answer generation process.

Our research develops processes that narrow down relevant data spaces in advance, select suitable processing steps and only use large LLMs where they actually create added value. This creates AI systems that work more precisely, more economically and more sustainably.

Context limitation

Model orchestration

Specialized procedures

Sustainable AI operation

For many business tasks, neither purely generative nor purely analytical AI alone is sufficient. Analytical methods help to structure data spaces, recognize patterns and narrow down relevant information. Generative AI makes results accessible, explainable and interactively usable. Our research combines both approaches. DAPHY® is the current technological manifestation of this hybrid approach within the moresophy solution world.

analytical AI

generative AI

Context modeling

Controllable AI systems

For moresophy, digital sovereignty means more than technological independence. It is also about handling data with confidence: the ability to understand which information is relevant for a task, how it is connected and what significance it has in the specific company context.

Traditional retrieval approaches improve access to information. However, they do not automatically answer whether the information found is correct, complete or relevant to a decision in the respective context. Our research is therefore aimed at evidence-based AI systems that derive conclusions from the actual data constellation and not solely from the statistical response behavior of large language models.

This is particularly crucial for companies with distributed, local and heterogeneous data pools: sovereign AI does not require blanket data migration, but intelligent aggregation, semantic indexing and controllable processing where the data is already located.

Digital sovereignty

evidence-based reasoning

Semantic data indexing

Auditability

independent AI architectures

Research needs a foundation and exchange

Sponsored by

Since 2021, moresophy’s research and development work has been funded by the Federal Ministry for Economic Affairs and Climate Protection. The funding supports our work on AI systems that work reliably on company data: comprehensible, resource-efficient and practically applicable.

BSFZ R&D Seal 2021
BSFZ R&D Seal 2024
BMWK
In exchange with

Reliable AI is created through dialog. That’s why moresophy works with universities, research institutions and innovation partners to develop methods that combine technological depth with concrete benefits for companies.

TUM Logo

From research to application

Research at moresophy does not end at the concept stage. New processes take effect where companies need to solve specific data challenges: in the ContextSuite, in hybrid AI technologies such as DAPHY® and in applications for knowledge, analysis, audits and automation. This results in a direct transfer of research into productive solutions – for companies that not only want to try out AI, but also use it reliably, efficiently and confidently.
Scroll to Top
Cookie Consent Banner by Real Cookie Banner