It is an undeniable fact that the arable land we have at the world level is greatly endangered by degradation processes. This threat is a consequence of climate change, intensive agricultural production with the use of an enormous amount of pesticides and artificial fertilizers, as well as human management in the field. All of the above is directly related to human activities.
In addition, the growing population and the growing need for total available food on the one hand, and the growing need for quality food on the other, are forcing us to produce more and better, with the same or even a smaller amount of resources.
In order to ensure food security, and keep farmers and farming companies alive economically, there will be even more pressure on them. This pressure will be manifested in the way that they will have to produce 50% more products, with maximum control of input investment. This will be a serious challenge for individuals, systems, and countries that will implement these activities.
The fact that land resources are endangered and that inputs and outputs need to be controlled has opened the door for the penetration of precision agriculture, which has enabled the implementation of certain practices in the fields (e.g. variable fertilization, sowing, irrigation) and is one of the fastest-growing segments within the agricultural industry today.
However, precision agriculture alone will not be enough to succeed in terms of achieving equilibrium and sustainability, as huge amounts of data and information need to be put in place to catalyze an extremely valuable new layer of information for owners and investors who think long term.
With Agtrinity, landowners will properly monitor the processes taking place in their fields, resulting in a proper assessment of the resources at their disposal, optimizing investment inputs in production, minimizing the negative and maximizing the positive effects on land
quality, and overall productivity and profitability.
This is where Agtrinity comes into play. Thanks to the developed methodology, as well as the software solution, we are able to provide landowners and potential investors with feature sets that deliver information on the state of the land from the angle of biological-chemical-physical potential, management practices, and climate factors, and to sublimate all this information and put in a time frame to make an adequate assessment of the degradation potential. This information is crucial in the processes of assessment during the purchase and sale of land, assessment of its lifetime potential as well as analysis of investment in land (irrigation, establishment of plantations, construction of wind farms, roads, etc.).
Agtrinity allows agribusiness owners to calculate and monitor at any time what is happening to their most valuable resource, their land. This is achieved through the implementation of a software solution and work methodology that allows agronomists and farm managers in the system to implement all decisions, measurements, plans, and activities that are relevant to the success of production through Agtrinity solutions. Then, through specially developed algorithms, Agtrinity reports to the owners on the success of the practice carried out by its employed managers, whose decisions are largely reflected in the quality and creditworthiness of the land.
At the same time, Agtrinity provides land buyers (investors) with a unique set of tools in estimating its value. Starting from biological-physical-chemical potential, through analysis of productivity, climate factors, and management factors to advanced degradation analyses. In this way, Agtrinity saves time and money for investors who currently have to make very complex investment decisions that are themselves long-term.
Agtrinity offers powerful tools to consultants and farm managers to help them manage production, calculate soil nutrient levels, biological activity levels, as well as various other operational things that are relevant to business success. It enables consultants to simultaneously inspect and keep production records, but also to manage precision agricultural tools of all companies that cooperate with them.
All the immediate users of the Agtrinity ecosystem are in mutual interaction and equilibrium, which makes it possible to obtain coherent and valuable information about activities, with the most accurate predictive models.
Agtrinity technology and methodology are based on deep data, process mapping, and prediction models. With machine learning algorithms inside the software, the final output is a piece of valuable information that Agtrinity generates in a unique way, considering all critical factors which may affect a long-term soil and environment assessment potential.
Agtrinity uses advanced methodology and ETL processes (extract - transform - load) of available agronomic data by transforming complex biological, chemical and physical data from the fields into valuable information which is immediately ready to use. Together with climate assessment and management practices, Agtrinity’s cutting-edge algorithms allow its users to create machine self-generating soil nutrient status every month, soil degradation prediction models, and many others.
Agtrinity technology and methodological approach enable clients to implement digitalization of management and analysis processes at the following levels:
Agronomist and farm manager level
Independent consultant level
Land owner level
Land investor level
Agtrinity will become the world's leading provider of land assessment technology thanks to software powered by patented algorithms to monitor these parameters, a business model that efficiently and cost-effectively provides a variety of assessment tools, and the largest amount of data to monitor land degradation processes.
As such, Agtrinity will be an indispensable tool for all land investors and landowners operating in a modern environment who want information about their resources 24/7/365.
Development of an End-to-End software solution for monitoring land degradation processes. Through the development of assessment methodology for soil research (biological, chemical, and physical-mechanical potentials), Agtrinity will become the first software that provides the ability to quantify the use of the main resource - land - in combination with climate and field management factors.
Soil degradation assessment
All the data which Agtrinity has at its disposal uses patented algorithms of the so-called dynamic soil analysis which involves Soil - Plants – Climate - Management for giving a prediction of how current practices will affect soil quality in the future while giving clear instructions on what to do to minimize and reverse the problem.
This feature is based on a patented algorithm, with powerful machine learning and process mapping techniques that allow its users to predict the level of degradation, whether it is a loss of organic matter, loss of carbon, phosphorus levels, or some other type of management that the client wants to track.
Carbon balance assessment
A service designed to support complete Carbon management either from the perspective of a farm manager, investor, or landowner. This feature provides such a set of information that allows the level of carbon to be mapped adequately by layers, then to determine the loss through the application of different practices, while determining the carbon balance.
Thanks to detailed reports, this service is becoming increasingly popular for everyone who trades in carbon or operates on a carbon-neutral business.
Nutrient potential assessment
Agtrinity is capable of saving, organizing, analysing, and visualizing raw data from multiple sources, such as soil, plants, meteorological stations, and satellites.
These data are analysed separately, then overlapped in order to get exact information about soil status in terms of bio-chemical-physical status and its manifestation on nutrient availability and potential for intensive farming production.
In practice, this means that users can receive the status of their land's nutrient availability and balance on a monthly basis, instead of every four years. This way, users achieve significant savings while increasing product application accuracy and, consequently, the yield and quality of final products.
This feature allows investors, landowners, consultants, and agronomists to make adequate climate models and get a true picture of the current situation, historical events, and future trends of climate change. This is a particularly interesting feature considering the so-called climatic extremes and their effect on yields and product quality.
Factors such as cold waves, frosts, heat strokes, winds, the amount and distribution of precipitation can now be modelled, and based on that production can be organized, ranging from the choice of tillage system, through fertilization methods, to the selection of hybrids and varieties best suited to the climate.
Farm managers, agronomists, and consultants can use the Rx Maps service to create prescription maps for fertilization, sowing, irrigation, plant protection. Rx Maps is the most powerful tool currently available on the market that stands out from the competition based on several important things.
Possibility of dual and triple layers of scripting technology. Maps can be designed based on analyses 0-30 / 30-60 and 60-90. This segment is particularly interesting for N, P, K, and pH management.
There are options for overlapping and aggregating maps, which allows the integration of maps from different providers, whether soil, yield, or satellite maps.
There are possibilities of direct communication with soil sampling laboratories, which speeds up the work by about 30% because double manual work and data entry into the software becomes unnecessary.
The In-farm service enables farm managers and agronomists to completely manage and plan production in the field. Through this software, it is possible to optimize and keep records of consumption of seeds, fertilizers, pesticides, along with records of processing systems, experiments on plots.
A particularly interesting feature is the automatic optimization of seed production of field crops, via Agtrinity algorithms.
Transportation and storage assessment
Transportation and Storage Assessment (TSA) is designed to obtain a fundamental understanding of the context, the logistics infrastructures and services in a country or a region; aiming at implementing agriculture business operations. TSA consider critical logistics links:
1. Ports / Airports Capacities
2. Roads / Rail Capacities
3. Storage Facilities
4. Handling procedures
5. Rates labor and management structures
6. Local transportation resources
7. Deficiencies, weaknesses, bottlenecks, and possible solutions
This service is designed to provide answers to the questions that primarily landowners and land investors have. Namely, all these features can be combined in several ways to create an adequate methodology and reporting system that is unique to each individual user.
This way, users receive filtered information that is relevant for making quality decisions that are supported by data.
We provide the owners of agricultural companies with reliable information on the status of their land, through individual assessment of factors, but also a complete due diligence analysis of resources. Thanks to the methodological approach, as well as patented algorithms, we are able to turn the operational activities of field management into a realistic long-term assessment of the company's potential and its land resources. In other words, Agtrinity technology allows you to determine whether the agricultural practices implemented on your plots are complete, as well as whether it leads to the recovery, stagnation, or devastation of your capital. Through the analysis of all parameters that crucially affect your cost-effectiveness and profitability, and above all pedological, climatic, human, and market parameters, Agtrinity allows you to fully monitor the activities taking place on your land.
We provide investors who buy land with accurate information and an assessment of potential investment. Through our algorithms, we help investors see the justification of the investment from multiple angles, in the shortest possible time, and through the use of cutting-edge technology based on deep data, machine learning, and process mapping technology. Investors can have a multidimensional look at a potential investment, historically, currently, in the future. Also, in-depth analysis of future potential investments that they will hypothetically have is enabled, through Agtrinity feasibility studies.
Professional consultants in the field of agriculture get direct insight into the practice of their clients. Nowadays, these services primarily include consulting activities in the field of plant protection, fertilization, and consulting services in the field of irrigation and integration of various production systems are not far behind them. By using the Agtrinity software solution, consultants can multiply their reach as well as productivity and work efficiency.
Professional agronomists engaged in intensive agricultural production often need to access data on land analysis, yield maps, fertilizer production, planting plans, and irrigation through a single software solution. At the same time, they have difficulties monitoring the field and creating infield reports.
Agtrinity is the solution for them because it can offer some cutting-edge features:
1. Features for soil analysis and interpretation of nutrient and biology availability levels
2. Features for monitoring land degradation processes
3. Features for the most advanced VRA management on the market
We are a team of passionate professionals in multiple domains:
- agronomy and precision agriculture,
- software development,
- finance and analytics,
- process mapping and
- data science and statistics.