AI-Powered Archaeo-Analysis (subsurface layers) Software and Mobile App
Budget: $250 – $750 USD
I'm looking for a skilled developer or team to create an innovative software and mobile application designed to revolutionize the way we analyze archaeological subsurface layers. This tool will not only leverage cutting-edge AI technology for in-depth layer analysis but also offer a user-friendly mobile platform accessible from both iOS and Android devices.
Our existing software is capable of performing basic and limited layer calculations by integrating with Google Maps. However, the functionality of this software is dependent on Google Maps and the Surfer program. Therefore, it can be stated that without Google Maps and without using the Surfer program, the software becomes non-functional. We aim to design and develop a new software focused on Artificial Intelligence-supported layer parsing to the best possible extent. We wish for this software to be equipped with its own advanced functionalities without being subject to the Surfer program. By integrating Artificial Intelligence (AI) algorithms, a feature for parsing and recognizing different substances, metals, or objects in subsurface layers should be added. Here are potential features for this software, derived from the current software infrastructure or logic.
**Key Functionalities Required:**
- **2D and 3D Visualization:** To provide comprehensive and interactive views of subsurface layers, enabling detailed examination and study.
- **Data Entry and Management:** Efficiently organize and handle various data types related to archaeological findings for ease of access and analysis.
- **Machine Learning Algorithms:** Implement complex algorithms capable of analyzing and interpreting subsurface layers to aid in archaeological research and discovery.
**Ideal Skills and Experience:**
- Expertise in AI and machine learning, particularly in image analysis and pattern recognition within geological or archaeological contexts.
- Proficiency in developing cross-platform mobile applications (iOS and Android) with a strong focus on user experience and interface design.
- Experience with 3D visualization technologies, capable of rendering detailed and interactive subsurface models.
- Knowledge in managing and structuring large datasets, with emphasis on data integrity, security, and accessibility.
This project not only aims to create a tool that aids in archaeological research but also sets a benchmark in the integration of technology within the field of archaeology. I am eager to collaborate with someone who not only brings the necessary technical skills to the table but also shares a passion for innovation and exploration in unearthing our past. Please contact me for more details. Thank you
Our existing software is capable of performing basic and limited layer calculations by integrating with Google Maps. However, the functionality of this software is dependent on Google Maps and the Surfer program. Therefore, it can be stated that without Google Maps and without using the Surfer program, the software becomes non-functional. We aim to design and develop a new software focused on Artificial Intelligence-supported layer parsing to the best possible extent. We wish for this software to be equipped with its own advanced functionalities without being subject to the Surfer program. By integrating Artificial Intelligence (AI) algorithms, a feature for parsing and recognizing different substances, metals, or objects in subsurface layers should be added. Here are potential features for this software, derived from the current software infrastructure or logic.
**Key Functionalities Required:**
- **2D and 3D Visualization:** To provide comprehensive and interactive views of subsurface layers, enabling detailed examination and study.
- **Data Entry and Management:** Efficiently organize and handle various data types related to archaeological findings for ease of access and analysis.
- **Machine Learning Algorithms:** Implement complex algorithms capable of analyzing and interpreting subsurface layers to aid in archaeological research and discovery.
**Ideal Skills and Experience:**
- Expertise in AI and machine learning, particularly in image analysis and pattern recognition within geological or archaeological contexts.
- Proficiency in developing cross-platform mobile applications (iOS and Android) with a strong focus on user experience and interface design.
- Experience with 3D visualization technologies, capable of rendering detailed and interactive subsurface models.
- Knowledge in managing and structuring large datasets, with emphasis on data integrity, security, and accessibility.
This project not only aims to create a tool that aids in archaeological research but also sets a benchmark in the integration of technology within the field of archaeology. I am eager to collaborate with someone who not only brings the necessary technical skills to the table but also shares a passion for innovation and exploration in unearthing our past. Please contact me for more details. Thank you