Research and experimental development
What are we doing
We develop only high quality software that solves problems what it was designed for
Data researches and building AI systems using machine learning algorithms
We provide data survey for datasets creation for develop precise and effective AI systems
Survey with AI using heuristic algorithms
Проведение исследований с использованием эвристических алгоритмов и создание собственных систем искусственного интеллекта
Augmentated and virtual reality
We provide survey that allow us to extend human experience using AR and VR technologies
We provide survey and experimental spectrometric devices development
The main purpose of the study is to identify patterns, the most common cases, the classification of objects and events that will create the basis for the entire space of events, only in contrast to the space perceived by the eyes, it can have an arbitrarily large number of dimensions. When analyzing data, the main goal is to reduce the dimensionality of space, but in such a way that artificial intelligence systems can solve the problem and at the same time solve it quite efficiently and quickly.
Stages of data analysis:
It is perhaps the most important and most responsible stage, since the quality of the data determines how well the training will be carried out;
At this stage, data is generalized and combined into categories, classifications are created. For the qualitative performance of the subsequent analysis, we use the methods of mathematical statistics to analyze the degree of compliance of data with categories; This data is already ready to be used for machine learning.
Artificial intelligence systems based on machine learning allow you to identify patterns and associate any arbitrary data with the patterns obtained during the learning process.
Artificial intelligence systems allow predicting future events.
We conduct research on promising materials for various areas of science and technology. We study nano-objects, FINEMET, various alloys and other materials with a crystalline structure, we also study objects at low temperatures in a cryostat (up to 77 K). We conduct research using the following equipment:
- X-Ray difraction for analysis lattice parameters and phases;
- Scanning electron microscopy (SEM) with energy dispersion analysis for samples homogeneity surveys;
- Thermogravimetry for finding mineral part in samples;
- DC magnetometry for getting magnetization curves;
- Mossbauer spectrometry for phase analysis;
First think, do second. We carrying out detailed analysys of tasks and fdomain.
We develop only quality products therefore our clients don't have to spend more resources (time and money) to develop it again.
We intensively interacting with our customers to reach optimal result.
The best techologies and practices, maximum of automation and testing