Space M excels in the creation of digital twins for cities, augmented with immersive virtual reality models derived from diverse datasets and scans. Our competency lies in our advanced technological capabilities, allowing us to seamlessly integrate various data sources to generate highly accurate and detailed representations of urban environments. Through our expertise, we facilitate the development of comprehensive digital twins that provide invaluable insights for urban planning, infrastructure management, and decision-making processes. Our commitment to innovation extends beyond mere visualization: we enable stakeholders to explore and interact with these virtual environments, fostering deeper understanding and facilitating collaborative problem-solving. With our digital twin solutions, users can effectively anticipate and address challenges and optimize resource allocation. In summary, Space M stands at the forefront of urban digital twin technology, empowering cities, business parks or other customers to evolve intelligently and sustainably in the digital age.

Space M is a pioneer in the development of customized software systems tailored for the generation of city models and immersive visualization on large projection systems. Our competency lies in our ability to craft sophisticated software solutions that cater specifically to the unique needs and challenges of urban planning and visualization. Through intensive research and development, we have created cutting-edge software platforms capable of seamlessly integrating diverse data sources and transforming them into rich, dynamic city models. These models are not only visually stunning but also highly functional, serving as invaluable tools for urban designers, policymakers, and stakeholders. Moreover, our expertise extends to immersive visualization techniques, harnessing the power of large-scale projection systems to bring city models to life in breathtaking detail. Whether it's showcasing proposed developments, simulating urban scenarios, or engaging communities in participatory planning processes, our software enables immersive experiences that transcend traditional methods of visualization. In essence, our company is at the forefront of software innovation, empowering cities or the industry to visualize, analyze, and shape their futures with unprecedented clarity and precision.

Space M specializes in the development of a wide variety of interactive scenarios based on city models, tailored for diverse audiences ranging from museum visitors to professional planners and decision-makers. Our competency lies in our ability to craft engaging and informative experiences that cater to the unique interests and expertise of each audience segment. Through extensive research and collaboration with experts in urban planning, design, and communication, we have developed a robust toolkit of interactive scenarios that showcase the intricacies of city models in an accessible and compelling manner. Whether it's a museum exhibit aimed at engaging the general public or a professional workshop for urban planners, our scenarios are designed to inform, inspire, and provoke meaningful discussions. Utilizing state-of-the-art technologies such as game engines, tracking, and virtual reality, we create immersive experiences that allow users to explore and interact with city models in unprecedented ways. From virtual tours of proposed developments to simulations of urban scenarios, our interactive scenarios empower audiences to understand the complexities of urban environments and participate actively in the planning process.

Specializing in urban simulation modeling and virtual reality visualization, our expertise encompasses a diverse array of simulations aimed at providing comprehensive insights into various aspects of urban environments. Utilizing sophisticated techniques such as Computational Fluid Dynamics (CFD), our simulations delve into intricate details such as temperature development, wind conditions, and noise exposure across different urban landscapes. Moreover, we employ predictive modeling to forecast energy consumption patterns and evaluate the effectiveness of energy-saving measures, offering stakeholders valuable data for sustainable urban planning. Additionally, discrete simulations are employed to analyze complex systems like traffic flow and logistics, providing critical information for optimizing transportation networks and urban infrastructure. Through immersive virtual reality experiences, stakeholders can explore these simulations in detail, gaining a deeper understanding of the multifaceted dynamics that shape urban environments. Our approach prioritizes accessibility and user-friendliness, ensuring that stakeholders, including planners, decision-makers, and the public, can actively engage with the data to inform collaborative urban development strategies.

Specializing in the planning, construction, and support of complex hardware architectures, we are at the forefront of driving immersive large projection systems, integrating rendering clusters and multi-projector setups seamlessly. Our expertise encompasses the entire lifecycle of these systems, ensuring optimal performance and reliability. In the planning phase, we meticulously assess project requirements to design custom hardware architectures that meet specific rendering and projection needs. Leveraging our technical skills, we select and configure rendering clusters capable of handling high computational loads while orchestrating multi-projector setups for expansive, immersive displays. During construction, our skilled technicians meticulously assemble and integrate hardware components, ensuring compatibility and maximizing system efficiency. Rigorous testing and calibration guarantee synchronized operation, essential for delivering cohesive visual experiences across multiple projectors. Our support services extend beyond installation, encompassing ongoing maintenance and troubleshooting to address any hardware issues promptly. Through proactive monitoring and responsive assistance, we ensure uninterrupted operation, allowing clients to focus on delivering captivating content. In summary, our comprehensive approach to hardware architecture drives immersive large projection systems, delivering stunning visuals and captivating experiences for a wide range of applications.

The mixed reality environments of Space M are always custom-made, planned and processed for the individual needs and premises of our customers. Our team integrates the whole system for the mixed media environment into the building´s physical space structure by designing both virtual and physical spaces simultaneously and by coordinating the interfaces. Easy maintenance and repairs are considered and planned from the outset.

Space M accompanies customers from the initial idea of the project to the professional implementation and beyond. On site, our interdisciplinary team takes care of the structural integration of the overall system into the room or building, the assembly of the specialized technology and hardware, as well as the setup of software and the calibration of functions.Individual customer trainings are part of the handover of the whole system. Depending on the project and the customer's requirements, Space M takes care of the professional maintenance and service of the system after the completion.

In the area of city development, our large-scale immersive VR projection systems redefine infotainment experiences, offering engaging insights into urban planning and development. Utilizing interactive virtual environments, city stakeholders and the public can explore proposed projects, visualize future cityscapes, and provide feedback in real-time. Whether it's unveiling architectural designs or showcasing sustainable initiatives, our immersive systems transform city development presentations into captivating and interactive experiences, fostering community engagement and participation.

Our large-scale immersive VR projection systems are invaluable tools for training in simulation contexts. Through realistic simulations, trainees can immerse themselves in various scenarios, from emergency response drills to complex machinery operations. With interactive virtual environments, users gain hands-on experience in a safe and controlled setting, allowing for repeated practice and skill refinement. Whether training for hazardous situations or mastering intricate procedures, our immersive systems enhance learning outcomes, equipping individuals with the skills and confidence needed to excel in their respective fields.

In educational settings, our large-scale immersive VR projection systems enrich teaching contexts, offering immersive learning experiences that transcend traditional methods. Users can explore historical events, dive into scientific concepts, or embark on virtual field trips to distant locations, all within a shared virtual space. With interactive elements and engaging visuals, our immersive systems captivate learners' attention, fostering curiosity and deepening understanding. Whether studying the human body or exploring ancient civilizations, our immersive systems revolutionize education, making learning an unforgettable adventure.

Our large-scale immersive VR projection systems revolutionize industrial operations, facilitating product and factory planning within a logistics context. Leveraging cutting-edge technology, stakeholders can visualize manufacturing processes, optimize production layouts, and streamline logistics workflows in a collaborative virtual environment. From assessing assembly line efficiency to simulating material flows, our immersive systems empower decision-makers to make informed choices, leading to increased productivity and cost savings.