Virtual Archeology

Digital twins and 3D immersive products have become invaluable tools in archaeology, revolutionizing the way we study, preserve, and engage with ancient artifacts and sites. By creating highly accurate digital replicas of archaeological discoveries, digital twins capture every intricate detail, from texture to structural dimensions, preserving these cultural treasures indefinitely. This safeguards fragile sites from further deterioration while enabling archaeologists to conduct in-depth analyses without the risks associated with physical handling.

Moreover, 3D immersive products bring archaeology to a wider audience, transforming traditional learning into an engaging, interactive experience. Through virtual reality, augmented reality, and interactive 3D models, students, researchers, and the general public can explore ancient sites and artifacts as if they were on location.

Here are a few samples of our archeological digital twins.

1. Dolmen de Lácara. We are expanding our capabilities to develop immersive Virtual Reality (VR) experiences that bring ancient history to life. One example is our Beta VR experience of the Dolmen of Lácara, the largest passage grave in Extremadura, dating back to between 4200 and 3500 BC.

This VR experience provides an engaging, interactive method to explore the world of ancient history and archaeology, offering users a vivid glimpse into the past. Furthermore, such VR experiences have the potential to boost tourism by allowing people to virtually experience the site beforehand, inspiring both local and international visitors to explore these historical treasures in person.

2. Necropolis de Santa María de Tejuela. Another remarkable ancient burial is the Edicule at Necropolis of Santa Maria de Tejuela, Burgos, Spain. This site dates back to the High Medieval Period.

3. Neolithic arrowhead. Here is a virtual reconstruction of this Neolithic arrowhead replica made from agate material. Being only 100 mm x 35 mm, this ancient weapon is rich in visual detail and has a reflective surface.

Virtual Fossils

We are very excited about growing our fossil portfolio as we know we are entering the era of virtual paleontology, and we are confident photogrammetry will play a major role in the creation of virtual models of fossils. Such models will be used in a range of paleontology applications primarily anatomical studies of specimens, virtual restoration and digital library curation. Here are some of the digital twins we have created for paleontology use.

1. Calymen trilobite fossil. Dronícola’s digital twin of the fossil, measuring 86 x 58 x 30 mm, captures every intricate detail of this ancient marine creature, bringing a piece of Earth’s distant past to life. The fossil model reveals the distinct, segmented body and delicate ridges of the trilobite, showcasing its iconic crescent shape and complex exoskeleton.

The meticulous texture work highlights the fossil’s preserved details, from its small, spiny appendages to the unique patterns on its carapace. This digital twin is a stunningly realistic representation, perfect for educational and immersive experiences, allowing viewers to explore the ancient world of the Ordovician period and marvel at this prehistoric survivor.

2. T-Rex Skull. Dronícola’s digital twin of the skull brings the prehistoric world into vivid detail for museum visitors. This high-resolution digital model captures the awe-inspiring size and intricacies of the original skull, from the deep-set eye sockets to the sharp, serrated teeth, each rendered with scientific accuracy.

Displayed alongside interpretive panels and interactive elements, the digital twin allows visitors to explore the T-Rex's anatomy up close and from multiple angles, highlighting the fierce power of this iconic predator. Ideal for educational exhibits, this digital replica enhances the learning experience, inviting audiences to journey back to the age of dinosaurs.