TUATARA, in cooperation with Alioth Space and the Warsaw University of Technology, is implementing a project titled:"A system for the recognition and analysis of satellite and aerial imagery for agricultural and archaeological purposes,"co-financed by the National Centre for Research and Development (NCBR). The aim of the project is to develop an advanced system for recognizing and analyzing satellite and aerial images (including those from airplanes and drones) for use in agriculture and archaeology.

Modern Analysis of Satellite and Aerial Imagery

The aim of the initiative is to develop an advanced tool, based on artificial intelligence algorithms, for analyzing images from satellites, drones, and aircraft. The solution will be particularly useful in agriculture. Using the collected data, farmers will be able to obtain comprehensive information about the condition of their crops, forecast yields, select appropriate fertilizers, and respond quickly in crisis situations—all to manage natural resources more effectively.The tool will also enable the prediction of plant disease and pest risks by analyzing weather conditions, satellite imagery, and other risk factors. This will allow for early threat detection and the implementation of appropriate protective measures.It is worth noting that the project includes the monitoring of key agricultural crops in Poland, such as rapeseed, corn, wheat, and triticale. To visualize the collected data, a prototype online platform will be developed, allowing users to track both current and historical crop information. Access to the platform will be granted not only to farmers, but also to public institutions, insurance companies, and environmental organizations.

Considering that during data acquisition from agricultural fields, archaeological features may also appear in the collected imagery, the artificial intelligence module has been expanded to include the ability to recognize various types of archaeological sites. As a result, when the system reports a detection, the finding can be submitted to the Provincial Heritage Conservator, which in turn enables verification through field research at the potentially new site.

By combining plant disease detection with the identification of archaeological features in the same aerial and satellite imagery, we optimize data acquisition costs and reduce the carbon footprint.

The project is co-financed by the National Centre for Research and Development under the “Strategic Program for Scientific Research and Development: Advanced Information, Telecommunication, and Mechatronic Technologies” – INFOSTRATEG.

Innovations Transforming the Face of Agriculture and Archaeology

A New Solution for the Polish Market Will Significantly Enhance the Digitalization of Agriculture and Improve Crop Management EfficiencyAt the same time, it supports environmental efforts. Through regular crop monitoring and the use of advanced indicators and artificial intelligence, the system will be capable of analyzing entire agricultural ecosystems over many years and examining them in the context of climate and economic changes.

Automated detection of archaeological features—manifesting as plant stress caused by differences in soil moisture over underground archaeological remains—will significantly optimize the discovery process. Continuous monitoring of farmland allows for capturing the short window when such features are visible. This will save analysts time, as they currently must manually browse imagery and rely solely on their vigilance.

Collaboration Between TUATARA, Alioth Space, and Warsaw University of Technology

As part of this initiative, TUATARA, Alioth Space, and the Warsaw University of Technology are combining their strengths, bringing unique expertise and experience to the project.

TUATARA will conduct advanced research in image data analysis, developing tools for estimating crop health, classifying land cover, detecting environmental changes, and identifying linear objects. The company will also develop analytical models and optimize system performance.

Alioth Space will focus on validating machine learning models, analyzing key metrics, optimizing parameters, and automating and improving the quality of the database. One of the company’s key tasks will also be testing the system with users and refining it based on their feedback.

Warsaw University of Technology is responsible for building and developing reference databases for crop monitoring, multispectral data analysis, plant disease detection, and yield estimation, contributing to the continuous improvement of the agricultural analysis system.

The project presents a major opportunity to develop artificial intelligence methods that support crop management. Our research will enable the creation of effective methods to provide farmers with information on pest detection, vegetation condition, and other critical data necessary to adapt agrotechnical practices to actual situations. In the long run, this will bring not only economic benefits but also health and environmental advantages by optimizing the use of fertilizers and plant protection products.

Artur Nowakowski Earth Observations Lead, TUATARA

“This project confirms our ambitions to develop cutting-edge technologies, particularly in the area of artificial intelligence research.

What’s especially important to us is that through our planned work, we directly support the transformation and digitalization of agriculture, combining high-efficiency natural production management with environmental responsibility.

Additionally, by supporting new archaeological discoveries, we can contribute to a better understanding and wider appreciation of our history, which represents a meaningful contribution to social development.

Adam Dymerski Chief Operating Officer, Alioth Space

About TUATARA

TUATARA is a company whose DNA lies in supporting the effective resolution of business problems. We believe that by doing so, we deliver the greatest value to our clients—contributing directly to our company’s success.

Since 2015, we’ve been combining consulting and technology to create exceptional customer experiences—from integration solutions, through process digitalization and automation, to innovative business models.

TUATARA’s mission is to support companies and institutions so they can thrive in the digital economy. The company promotes digital excellence at every stage of the customer lifecycle by providing services in marketing, sales digitalization, and customer service optimization.Its product portfolio includes AI-powered chatbots (Actionbot), cognitive technologies (sensID) using NLP and machine learning, real-time marketing campaign tools (RETIXA), data monetization tools (TASIL), and a financial platform (FINTIN)—a suite of ready-to-use modules tailored to the needs of the financial services sector.Since 2023, TUATARA has been part of the international Euvic Group.

About Alioth Space sp. z o.o.

Alioth Space sp. z o.o., part of the Alioth Group, is a company focused on the research and development of tools that utilize artificial intelligence and data. By leveraging advanced space technologies, these solutions contribute to enhancing security and protecting natural resources. The company collaborates with market leaders and one of the most renowned research universities in Poland, which provides it with exceptional scientific and technological capabilities.

Alioth Space draws on the innovation and research potential of the Alioth Group, which actively and successfully participates in EU-funded projects—resulting in patents in the field of fiber optic technology applications.

Alioth Group comprises research-, technology-, and industry-oriented companies whose mission is to strengthen the modern Polish economy by implementing innovative solutions that address the challenges of the future. Thanks to its team of experts, professionalism, openness to business development, and investment in the synergy of human potential, the company has been successfully delivering ambitious projects for years.