Waves are one of the main types of horizontal water movements in seas and oceans. The scale of potential wave generation is truly impressive, as the area of their propagation covers about 71 % of the Earth's surface. Waves are formed under the influence of various factors: the effect of wind, tectonic activity, atmospheric pressure fluctuations, and tides. Waves can have different spatiotemporal scales and can increase or decrease due to mutual superposition (wave interference mechanism).
Our flexible and adaptive algorithms allow the creation of a wave prediction system for any region in a wide range of spatio-temporal scales in order to obtain reliable and high-quality predictions of various wave parameters, from wave generation to wave destruction in coastal areas, lakes, and estuaries. To predict the future state of the waves, modern numerical models take into account the influence of wind, sea currents, and the topography (bathymetry) of the basin.