DATAPKT

Aerial Surveys and Mapping

Utilizing state-of-the-art drones equipped with high-resolution cameras, we conduct detailed aerial surveys of archaeological sites. Our mapping services provide comprehensive visual documentation and precise topographical data, allowing for accurate analysis and interpretation.

Cutting-edge drones with high-resolution cameras capture intricate details of archaeological sites from above.
Comprehensive visual documentation ensures no aspect of the site is overlooked during the survey.
Precise topographical data obtained enables accurate analysis of the site's terrain and features.
Detailed aerial surveys facilitate thorough interpretation, enhancing understanding of the site's historical significance.
Utilization of state-of-the-art technology ensures accurate and efficient data collection, advancing archaeological research capabilities.

Advanced Imaging Techniques

We offer advanced imaging capabilities such as LiDAR and thermal imaging to uncover hidden archaeological features. LiDAR technology creates highly accurate 3D maps of terrain, revealing buried structures and landscapes obscured by vegetation or soil cover. Thermal imaging detects temperature variations indicative of subsurface anomalies, aiding in the identification of archaeological targets.

Advanced imaging technologies like LiDAR and thermal imaging enhance archaeological exploration by revealing hidden features.
LiDAR creates precise 3D maps of terrain, uncovering buried structures and landscapes obscured by natural elements like vegetation or soil cover.
Thermal imaging detects temperature variations, helping to identify subsurface anomalies that may indicate archaeological sites or features.
Integration of LiDAR and thermal imaging provides a multi-faceted approach to archaeological surveys, increasing the likelihood of uncovering significant discoveries.
These advanced imaging capabilities offer invaluable insights into archaeological sites, enriching understanding and interpretation of past civilizations.

Excavation Planning and Support

Prior to excavation, we assist archaeologists in planning and strategizing through detailed analysis of aerial imagery and 3D models. Our drones provide real-time aerial footage during excavation activities, guiding ground crews and ensuring precision in documentation and data collection.

Before excavation, we aid archaeologists in strategic planning by conducting thorough analysis of aerial imagery and 3D models, identifying potential excavation targets and areas of interest.
Our team provides detailed insights and recommendations based on the analysis of aerial data, optimizing excavation strategies for maximum efficiency and effectiveness.
During excavation activities, our drones offer real-time aerial footage, providing invaluable guidance to ground crews and assisting in decision-making processes.
Real-time aerial footage enhances on-site coordination and communication, ensuring that excavation activities are conducted with precision and adherence to archaeological protocols.
The use of drones for real-time monitoring during excavation enhances documentation and data collection processes, capturing important details and facilitating comprehensive analysis post-excavation.

Remote Sensing in Challenging Terrain

With expertise in navigating diverse environments, our drones are equipped to access remote or inaccessible archaeological sites. Whether in dense forests, rugged mountains, or harsh deserts, we provide safe and efficient aerial surveying solutions, minimizing environmental impact and maximizing data collection efficiency.

Our drones are specifically designed and equipped to navigate diverse environments, including dense forests, rugged mountains, and harsh deserts, ensuring access to remote or inaccessible archaeological sites.
With advanced maneuverability and robust construction, our drones can safely operate in challenging terrain conditions, minimizing risks and ensuring the safety of both the equipment and personnel.
By accessing remote sites with drones, we eliminate the need for potentially damaging ground access methods, minimizing environmental impact and preserving sensitive archaeological landscapes.
Our aerial surveying solutions are tailored to maximize data collection efficiency, leveraging the agility and versatility of drones to capture comprehensive aerial imagery and data.
Through the use of drones, we enable archaeologists to explore and document remote archaeological sites with unprecedented detail and accuracy, expanding the scope of archaeological research and discovery.

Deliverables

Aerial Imagery

Our services deliver high-resolution aerial photographs, encompassing the entirety of archaeological sites from diverse perspectives. These detailed images offer comprehensive visual documentation, meticulously capturing the site's features, structures, and the surrounding landscape. Through our imagery, archaeologists gain invaluable insights into the site's layout and context, facilitating thorough analysis and interpretation for a deeper understanding of its significance.

Orthomosaic Maps

We create orthomosaic maps by stitching together hundreds or thousands of individual aerial images, eliminating distortions for accurate representation of site terrain and features. These maps are invaluable for precise measurement, planning, and analysis purposes in archaeology. By providing geometrically corrected visuals, orthomosaics enhance understanding and facilitate meticulous exploration and management of archaeological sites.

Topographical Data

Topographical Data Digital Elevation Models (DEMs) and Digital Terrain Models (DTMs) are generated from aerial survey data. DEMs represent ground surface elevation, while DTMs include features like buildings and vegetation. These topographical datasets facilitate terrain analysis, slope calculation, and hydrological modeling, empowering researchers with essential insights for comprehensive understanding and management of archaeological sites.

3D Models

Utilizing aerial survey data, we craft detailed three-dimensional models of archaeological sites, offering immersive exploration and analysis experiences. These models provide virtual representations of sites, showcasing features like elevation changes, structures, and landscape characteristics. By facilitating spatial understanding, our 3D models enrich archaeological research, enabling researchers to delve deeper into the complexities of historical landscapes and structures.

LiDAR Data

Our services produce highly accurate 3D maps of terrain, showcasing surface features and anomalies. These detailed visualizations reveal buried structures, landscapes, and obscured archaeological features beneath vegetation or soil cover. By offering comprehensive insights into the site's topography, our 3D maps empower archaeologists with invaluable tools for uncovering hidden historical treasures and understanding the complex dynamics of archaeological landscapes.

Thermal Imaging Data

We conduct analysis of temperature variations across archaeological sites, pinpointing subsurface anomalies indicative of potential archaeological features. By identifying temperature differences, we highlight potential targets for further investigation, aiding in the discovery of buried structures or artifacts. This thermal analysis offers valuable insights into the site's hidden treasures, guiding archaeological exploration and enhancing the understanding of past civilizations.

Aerial Photography and Videography

We provide high-quality aerial photographs and videos, capturing site conditions, erosion patterns, and instances of looting or encroachment. Additionally, our services offer live or recorded aerial footage during excavation activities, ensuring precision in documentation and data collection. This real-time monitoring enhances on-site coordination and decision-making, facilitating thorough archaeological exploration while safeguarding against potential threats to site integrity.

Regular Surveillance Reports

We offer routinely updated reports cataloging observations from surveillance flights over archaeological sites. These reports meticulously document any changes detected, ensuring timely awareness of alterations in site conditions, potential risks, and significant developments, facilitating proactive management and preservation efforts.