Our dedicated squad of "Alpha Geeks" leads our efforts to create and develop innovative technologies that redefine your online experience.
Interact with computer in the same
way like with your friend who knows
everything
We know where you are looking at the monitor
Display imaginable
objects in the video
View video from any position captured on multiple cameras
White label solution for online video contests
We can predict user musical preferences based on user's image choice. This is the powerful technology which is in the core of multiple applications
Every user of social network can become a radio personality
Identify objects in the video and classify them
From our CTO, a tech guru and trailblazer in software development, architecture and programming, to our squad of "Alpha Geeks," we've assembled a large team of engineers, developers, programmers and project managers.
This talented group creates and executes in the Net Element Innovation Lab. Most of them are PhD-level pros, and after hours you'll find them sharing their knowledge with students on college campuses. To a person, they share a common interest: how to improve technology for the web.
Our emphasis on innovation has led to the development of unique, award-winning technology platforms and algorithms that enhance the digital distribution of content.
We're not here to file patents or win prizes (although we have both). Rather, our Innovation Lab exists to discover new technologies that will unite communities and transform lives.
Launchpad is a good example. Our proprietary white-label software makes it easy, cost-effective and user-friendly to create and manage an online contest of any size. When Miami-Dade College launched CinemaSlam 2011, its inaugural film school competition, it chose Launchpad as the platform to showcase and celebrate the work of its undergraduate and graduate film school students.
Launchpad has caught the attention of major players and industry movers and shakers... but we're not ready to talk about that just yet.
Vitaliy Baranskii graduated from Ural State University (1967) with major in mathematics. He is working in Ural State University since 1969. He became the Doctor of Physical and Mathematical Sciences (1987), Professor (1990). Deputy Head of algebra and discrete mathematics, research manager of laboratory related to problems of combinatorial algorithms and programs (since 1997). Vitaliy Baranskii belongs to a scientific school of Lev Shevrin. He has published over 55 scientific papers and monographs in the field of algebra and discrete mathematics.
V. Baranskii carried out a series of studies on lattice isomorphisms of semi groups on the issue of independence of the structures in the various classes of algebraic systems for computer-aided design (CAD) engineering works for electronics. V. Baranskii has developed an original course in discrete mathematics, elements of probability theory and mathematical genetics for students in biology and a number of special courses, such as "Galois Theory" and "Theory of matroids and graphs. Four of his students got Ph.D degrees. Since 1975, V. Baranskii is a Scientific Secretary of the Board of Ural Mathematical Society and since 1994 – he is a deputy chairman of the Professor's Assembly of Sverdlovsk region. He is a part of the presidium of Professor's collection of Russia. Since 1996, V. Baranskii is an editor in “Region Ural" magazine.
Was born in Orenburg, graduated Ural State University. Since 1970 he works at the Institute of Mathematics and Mechanics, Academy of Sciences of the USSR. Together with colleagues actively participated in the development of theory and methods for solving differential games and optimal control problems. In 1991 he defended his doctoral thesis on "The procedures for constructing stable bridges in differential games. In 1998 he became head of the Department of dynamical systems IMM UB RAS, succeeding Subbotin. Corresponding Member of RAS c 25.05.2006 - Energy Department, Engineering, Mechanics and Control Processes, Academy of Sciences (Ural Branch of RAS). He teaches in the Urals and the Chelyabinsk State University.
The main directions of research - the theory of positional differential games and the development of methods for constructing generalized solutions of Hamilton-Jacobi equations. V. Ushakov and his disciples have continued to develop a method of Krasovskii unification in the theory of positional differential games. In this method, Ushakov created a term of approximating system of sets and proved its convergence to a set of positional absorption. V. Ushakov and his students developed finite difference operators and proved the convergence of the approximation schemes for constructing value function of the differential game as a generalized solution of the Hamilton-Jacobi-Bellman-Isaacs, developed and proved methods of approximate calculation of the reachable sets of nonlinear control systems. V.Ushakov has significant achievements in 3D visualization of solutions for differential games.