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Multimedia Services

Virtual Reality... Augmented Reality... 3D Applications... Film productions...

Virtual Reality... Augmented Reality... 3D Applications... Film productions...

Get in touch with us. We look forward to hearing from you and will be happy to advise you on your planned project. We will take care of all phases of your project, from conception and development to hardware installation on your premises.

Virtual Reality
Augmented Reality
Interactive applications
Film production
3D beamer projections

Museums & Exhibitioners

We create historically and scientifically sound content, using the latest technologies, professionally implemented.

Digital Learning

Didactically valuable prepared and experienceable on mobile media. We support you in the digital change with 2D and 3D contents also for smartphone and tablet.

Leisure & Tourism

Outdoor models, information boards or 3D-viewers will be delivered with your information - analog or digital. Reach more audience with targeted focal points.

Virtual Reality

We have been working intensively with immersive virtual worlds for several years and use technologies such as VR, MR and XR to enrich museum projects in our special field of ‘cultural heritage in 3D’. We create interactive virtual exhibition spaces and fill them with exciting content from history and archaeology.
We rely on modern game engines such as Unity3D and use the latest VR headsets to bring archaeological excavations, findings, finds and their reconstructions to life in a playful way. By using virtual reality and interactive games, we create a unique experience that complements and modernises traditional exhibitions.

Augmented Reality

With augmented reality (AR), we use innovative technologies to bring historical and archaeological topics to life in an interactive and impressive way. This form of XR and MR makes it possible to seamlessly supplement the real environment with virtual content.

For example, ancient ruins can be overlaid with reconstructed buildings from the past using AR, revealing their original splendour. Similarly, prehistoric animals can be faithfully placed in today’s environment, bringing them to life right at your feet.

Our AR applications are flexibly available – both on loanable tablets on site (e.g. in the museum) and via BYOD (Bring Your Own Device) on visitors’ smartphones. Based on modern game engines such as Unity3D, we offer an accessible and fascinating experience for all users.

Interactive applications

In addition to virtual and augmented reality, there are other exciting possibilities for interactive applications. Smaller projects can be realised with WebGL, for example, and integrated directly into websites. This allows users to test the application in their browser from the comfort of their own home without having to install additional devices such as VR glasses.

For museum projects, large multi-touch touchscreens offer fascinating presentation possibilities. Just like on their own smartphone, visitors can access content using intuitive touch inputs. Thanks to modern game engines such as Unity3D, the application can be programmed so that several users can interact simultaneously and share a common experience.

Film production

We combine innovative video techniques with high-quality 3D renderings, animations and impressive visual effects to produce short to medium-length films on historical and archaeological subjects. We rely on dynamic camera movements and use advanced tools such as Premiere and AfterEffects for film editing and post-processing to achieve a perfect end result.
These versatile approaches enable the vivid presentation of complex content and are primarily used to create information films for museums. In addition, we develop trailers and making-of documentaries that serve as high-quality advertising material and offer exciting insights into the development process of the projects.

3D beamer projections

We use our 3D projections primarily for the digital extension of 3D landscape models. Based on real geodata of the respective landscape, we first create a digital terrain model that serves as the basis for a physical relief model, which is produced by milling or 3D printing.

A projector can be used to visualise find mapping, the course of battles or other site-related content on these models. The 3D projection can run as an endless film or be controlled interactively by visitors, for example to switch between different themes.

This technology is not limited to landscape models, but is also very suitable for other types of objects, e.g. to project their original painting onto monochrome statues.

With a team of experts from various sectors such as engineering, technology, IT, archaeology, 3D design, app development, graphics, model making and restoration painting, we have a strong internal base – our customers therefore also receive extensive and complex project management from a single source.

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Services

Over the centuries, historical buildings and objects have been increasingly damaged or even completely destroyed.
With 3D reconstructions, original buildings are created from ruins, statues blossom in their ancient splendour and archaeological finds look like new again. An interdisciplinary team of 3D designers, archaeologists and building researchers is available for this purpose.

3D modelling of buildings, objects and characters is essential for recreating virtual worlds. In addition to creating the geometry, this also includes texturing the 3D models. Realistic colours, materials and surface properties lead to an authentic result. Depending on the application, both the smallest details can be modelled and optimised models can be created, e.g. for use in AR apps.

The animation of animals and historical characters makes a virtual scene appear much more vivid.
The use of motion capturing and the synchronisation of lip movements to the voiceover text give the animations an additional degree of realism. However, the simulation of natural processes, such as the formation of a waterfall, or abstract effects is also possible as 3D animation.

In order to present virtual scenes, e.g. to museum visitors, these are rendered as films or static individual images. The combination of photorealistic 3D models, vegetation, light and particle simulations leads to high-quality visual results.

For the production of short to medium-length videos, we combine virtual renderings with real footage and additional visual elements. We mainly produce information films for museums, but also trailers and making-ofs to promote larger applications.

Augmented reality is used to add virtual content to the real environment.
Ruins can be superimposed with reconstructed buildings from the past or prehistoric animals can be placed right in front of your feet.
This works both on loanable tablets and on your own smartphone.

Virtual reality makes it possible to view completely virtual worlds using VR glasses.
In our applications, worlds long gone can be rediscovered and experienced anew. A wide range of interaction options (e.g. gaze-based, with controllers or via gesture control) playfully involve the visitor in the action.

The use of websites enables the quick and cost-effective promotion of new products or the provision of background information on a specific topic. The integration of different media increases the attractiveness of this landing page. These include videos, interactive 3D models or 360° panoramas.

The images from drone flights can not only be used to create 3D models, but also to generate 360° panoramas. To do this, the drone’s camera takes more than 20 overlapping photos from all directions. With the help of suitable software, such as Insta360 Studio, these images can be stitched together to create a panorama and viewed interactively embedded on websites.

The real and physical originals of 3D objects often still or already exist. A detailed and high-quality 3D model is already created through 3D digitisation.
However, depending on the application, this 3D data still needs to be processed. For example, interactive applications can only work with reduced versions of these models and the printability of the data must be guaranteed for 3D printing

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