All Services from Saxony.AI

Rely on our expertise for tailored AI solutions. We support you from requirements analysis and concept development all the way to implementation. With our comprehensive portfolio of services, we ensure that artificial intelligence is seamlessly integrated into your business processes and provides the best possible support for your company.

AI Consulting for Your Company

Free AI screenings for companies in Saxony

With our free consulting service, we want to make your path into the age of AI easier:

We show you the wide range of possibilities offered by AI technologies for optimizing your business processes.

We identify previously untapped potential for digitalization in your company and analyze its cost-benefit ratio.

We take your individual questions and concerns seriously and support you with well-founded, easy-to-understand answers.

Process of the free consulting session

Initial consultation (up to 2h)

Getting to know each other: What does your company do and where do you see challenges?
Do you already have ideas about where artificial intelligence could help?
Determining the type of consultation (online or on-site at your company)

Consulting session (up to 4h)

Guided discussion for the systematic identification of AI use cases
Employees from your company’s core departments are welcome to participate
Our AI experts introduce suitable technologies in clear language and explain the potential and limits of AI using practical examples
Our experts interview your employees to understand processes and uncover optimization potential
Final Q&A session

Evaluation

We create an overview of AI use cases and assess them in terms of cost, benefit, and risk for your company

In-Depth AI Consulting

As part of our in-depth AI consulting, we support you as our client in realizing your individual projects. Our consulting services are delivered by PhD-level AI experts with many years of experience. The multidisciplinary team at SAXONY.ai enables us to cover all topics along the entire data lifecycle: from data collection, data processing, data storage, and data analysis to data visualization and data deletion.

Defining AI Strategy Goals

Development of an individual AI strategy to strengthen your company in international competition through the use of state-of-the-art technologies.

Data Collection & Integration

Consulting on workflows for acquiring data from various sources.
Development of solutions for efficient storage and retrieval of diverse data.

Data Preparation

Support in designing and implementing methods to improve data quality.
Identification of outliers, gaps, incorrect data, etc.

Data Analysis

Support in developing and training AI models.
Application of analytical methods to gain insights and support decision-making.

Visualization

Consulting on presenting data in a way that fits the target audience.
Processing data with the help of results from data analysis.

UX Design

Analysis of target group needs.
Development of user-centered designs to increase user satisfaction and loyalty.

Validation and Testing

Conducting tests and validating AI models to ensure their accuracy and reliability.
Consulting on best practices for testing and evaluating AI systems.

Training and Capacity Building

Answering general questions about the use of AI.
Providing training courses and workshops to promote understanding and skills in working with AI.

We are convinced that not only SMEs in Saxony can benefit significantly from the use of AI technologies. Now is the time to leverage synergies and set the course for a future in which your German company not only remains competitive but can even prosper in times of skilled labor shortages.

Take the initiative now and use the opportunities offered by AI innovation to make your company future-proof. Let us begin this journey together toward a more successful future. Your decision today lays the foundation for tomorrow’s success — and we are ready to accompany you every step of the way.

Adapting AI Models to Your Needs

Artificial intelligence (AI) can be used in many ways today, but it only unfolds its true strength when it is specifically adapted to individual requirements. Through techniques such as fine-tuning, transfer learning, or the integration of specific data sources, models can be optimized to deliver more precise and relevant results.

Large Language Models

A Large Language Model (LLM) is a powerful AI system that understands, processes, and generates natural language — opening up entirely new possibilities for efficiency, creativity, and innovation. These models are trained to analyze large amounts of text data and formulate human-like responses from it. This means they can not only write texts, but also understand complex relationships, structure information, and prepare knowledge in an accessible way. LLMs can automate and optimize numerous tasks, including:

AI Customer Service & Communication

They answer your customer inquiries automatically, generate email templates, and assist with professional customer communication. Our self-service chatbots combine large language models with information retrieval using innovative RAG technology (Retrieval-Augmented Generation), enabling you to ingest and use the content of your website, internal documents, and other information sources for question answering. This relieves your support team, ensures fast response times, and improves customer satisfaction.

Customized Chatbots

Chatbots are able to generate fast and precise answers based on your company knowledge. These advantages can be used to answer questions in a business context more quickly — whether for internal concerns or to optimize customer support. We develop a dedicated chatbot for your company that is precisely tailored to your needs.

Knowledge Management

Our AI knowledge assistants help your company process, structure, and clearly prepare information from a wide variety of internal document sources using RAG — whether in the form of reports, minutes, or training materials. This makes internal knowledge more accessible for SMEs, large enterprises, and public institutions, improves the quality of documentation, and helps support employees more effectively.

Copywriting & Content Marketing

The LLM solutions we develop write professional texts for websites, blogs, social media, and business documents such as proposals, reports, or contracts — quickly, consistently, and with high quality. This saves you valuable time in the creation of content and internal documents while also increasing the professionalism of your communication.

Development of Digital Twins

Creating a digital twin begins with the capture of real-world data — using sensors, 3D scans, or CAD models to build a detailed virtual representation of a product, process, or system. With the help of AI, data analysis, and simulation technologies, this becomes an intelligent model that realistically reflects the behavior and properties of the real object. By continuously comparing it with real-time data, processes can be optimized, workflows can be simulated, and well-founded decisions can be made — for greater efficiency, lower costs, and future-proof development.

Diagram of the development process of a gripper system: From left to right, the steps follow 'Model of the piece' (3D model of the workpiece), 'Virtual grabber' (virtual gripper), 'Procedure' (process definition), 'Simulation', 'Code', and 'Grabber' (real hardware). A large arrow leads through all steps. An additional loop labeled 'Optimization' connects the real grabber back to the previous steps to enable improvements.

How does a digital twin work?

Virtual System

A digital twin begins with the creation of a detailed virtual model of a real system. This model is built from various data sources, such as CAD data, sensor data, operating information, and historical records. The goal is to create the most precise possible digital representation that reflects both the physical properties and the functional processes of the real system.

Real System

By connecting it to the real system via sensors and data streams, a continuous comparison is created between physical reality and the digital twin. This enables real-time monitoring and precise analysis of deviations.

Simulation

The virtual model can then be used for simulations to analyze various scenarios and operating states. Physical and data-driven models enable a realistic representation of behavior, making it possible to identify optimization potential at an early stage.

Optimization

The collected data flows directly into the continuous improvement of the real system. Through predictive maintenance, increased efficiency, and precise adjustments of operating parameters, optimal performance can be ensured. With the help of AI-supported analysis, future developments can be identified early and proactive measures can be implemented in a targeted way to make operations even smarter and more efficient.

Application Areas of Digital Twins

Digital twins allow SMEs and large enterprises to monitor their machines and production processes in real time. This enables proactive identification of issues before they lead to major failures and supports precise maintenance planning. As a result, resource utilization is optimized and production flow remains stable.

By digitally replicating buildings and facilities, you can continuously analyze data such as energy consumption and maintenance requirements. This makes operational processes smoother and reduces long-term operating costs without the need to search manually for solutions.

Digital twins make it possible to test product designs and functions virtually. Companies can simulate different variants and respond more quickly and flexibly to market changes without having to invest directly in physical prototypes.