Zetako is a company dedicated to lossless data compression. After years of research and development, we created an alternative solution to the regular standard of data compression.
Our technology is capable to compress all of the most popular data formats in a significant more efficient way, competing with the most commonly used compression technologies.
For many years, research has been focused on increasing the capacity of these old algorithms instead of developing new approaches.
We decided to test the theories and came up with a brand new lossless data compression solution.
By developing a new math theory based on Statistical Prediction we are able to apply compression on regular datasets as well on data without prior information (bit by bit compression).
Our goal is to bring a brand new and more effective technology to market that can deal with the exponential increase in data production and traffic in a high speed and energy efficient way.
We are in a position to be the standard data compression of the future
Our system is based on Statistical Predictive model that we created based on the underlying idea that It is assumed that it is always possible to accurately predict the next BIT(s) of a data flow despite the probabilistic nature at the outset
Create and develop innovative algorithms that brings new theory to final application & product which is focused on today's deep technological problems.
Always keep an open mind on new ideas and approaches
Barcelona's 4 main streets are represented by 4 cubic linear systems. Traffic conditions vary the size and rotation of the cubic systems, causing each line to be more chaotic when there is more traffic.
Four systems of distributed particles shown on three peripheral screens and the middle one dividing the airspace above Barcelona into 4 quadrants (N, S, E, W), each one represented by different colors. The number of ribbons represent the number of planes that fly over the quadrant at any given moment. The thickness of the ribbons changes according to the number of plane landings at the airport.
A mesh of particles represent the sea beside Barcelona in real time. The data of the frequency and height of the waves change the mesh whilst rendering an artistic impression of the same. Moreover, a spotlight simulates the frequency with which the lighthouse shines out to sea.
An abstract visualization representing all meteorological phenomena gathered together. Temperature, cloudiness, humidity, rain and wind speed and direction. All in real time, adapting the hall to the environment that surrounds it.