Our Central Credo:
The path to scaling powerful AI is no longer determined by the size of its models (and the immense resources required to train them), but by the power of cognitive architectures within intelligent systems.
We see ourselves as the thought leaders and pioneers of cognitive architectures, creating our own foundational IP to walk this path independently—that is, without any third-party dependencies—and to help shape its future. In this, we see regulation not as an obstacle, but as a catalyst.
We possess all the skills and foundational technologies to develop Cognitive Reasoning without any third-party dependencies. Our Cognitive Control Unit forms the structural backbone to transform the raw thoughts of language models into powerful and controllable AI systems. While we generally prefer to work with standard models, we can, when necessary, generate our own refined training data with SynthIOS and apply it to open-weight foundation models using LoRA Finetuning.
Aside from creating our own foundation models (an endeavor for which we see no strategic necessity, given the availability of sufficiently powerful open-weight models with permissive licenses), we thus possess all the essential capabilities and tools to independently advance Cognitive Reasoning as the global scaling path for Powerful AI.
To make thinking and action-oriented AI strategically controllable, we have reimagined its fundamental architecture—not in models, but in systems. We achieve this by placing our proprietary Cognitive Control Unit alongside language models as a “thinking center” that deconstructs, analyzes, and verifies the model’s hypotheses. The result is logically traceable and well-reasoned thought paths.
The quality of training data has a decisive influence on the behavior of AI systems. Instead of relying on external sources, we generate our own high-quality training data with our open-source pipeline, SynthIOS. This ensures that the underlying models operate on the best and most relevant knowledge base possible and are free from unwanted biases. We are continuously advancing our data pipelines.
A controllable architecture deserves precise language. To ensure our systems not only reason logically but also communicate excellently in your specific domain, we adapt open-weight language models using LoRA (Low-Rank Adaptation). This efficient method allows us to specifically refine the linguistic capabilities of our systems—faster, more resource-efficient, and precisely tailored to your domain and needs.
To make thinking and action-oriented AI strategically controllable, we have reimagined its fundamental architecture—not in models, but in systems. We achieve this by placing our proprietary Cognitive Control Unit alongside language models as a “thinking center” that deconstructs, analyzes, and verifies the model’s hypotheses. The result is logically traceable and well-reasoned thought paths.
The quality of training data has a decisive influence on the behavior of AI systems. Instead of relying on external sources, we generate our own high-quality training data with our open-source pipeline, SynthIOS. This ensures that the underlying models operate on the best and most relevant knowledge base possible and are free from unwanted biases. We are continuously advancing our data pipelines.
To make thinking and action-oriented AI strategically controllable, we have reimagined its fundamental architecture—not in models, but in systems. We achieve this by placing our proprietary Cognitive Control Unit alongside language models as a “thinking center” that deconstructs, analyzes, and verifies the model’s hypotheses. The result is logically traceable and well-reasoned thought paths.
These three pillars—a revolutionary architecture, sovereign data generation, and the capability for precise and efficient finetuning—are more than just a collection of individual components: they merge into a seamless value chain for the future scaling of AI. Full access to these strategic tools puts us in a position to independently build AI systems that are not only powerful but also transparent, secure, and tailored to your needs from the ground up—without any technological dependencies on third parties. In geopolitically turbulent times, this is a critical aspect of sovereignty.
To further advance our mission, we are focused on optimizing the central levers of our technology. In doing so, we are pushing the boundaries of what is possible, without ever losing sight of security and reliability.
The performance of cognitive reasoning is determined, among other things, by the quality of the underlying Cognitive Schemata. Our goal is to continuously improve these schemata and make them usable for even the most complex thought paths. We conduct experimental research on how to achieve this increase in intelligence while maintaining security and control as a consistent, fundamental principle.
True sovereignty means being able to use powerful AI where it is needed—even on resource-efficient, low-end hardware. We research methods to run sophisticated AI models with high efficiency in such “low-profile” environments. This not only maximizes your independence but also enables entirely new use cases directly at the point of action.
An LLM’s ability to process large amounts of information is defined by its context window. We are researching innovative methods to significantly expand this window. By doing so, we specifically enhance the capabilities of EU AI Act-compliant open-source models to make them usable and adaptable for business applications.
Our research agenda pursues a clear, strategic goal: we are making controllable AI more intelligent, more accessible, and more powerful. By deepening the reasoning capability of the architecture, maximizing its efficiency on any hardware, and specifically enhancing the abilities of compliant open-source models, we are actively shaping the next generation of sovereign AI systems.
This is how we ensure that our technology is not only leading today but will also set the standards for trustworthy artificial intelligence tomorrow.
