Seismic Assessments involves finite element procedures and refined statistical analyses incorporating expert systems, stochastic processes and predictions. It has structures have to be rendered fit for earthquakes. It offers the results of cutting-edge research in the area and presenting innovative methods that enable system improvement.

Seismic attribute analysis radically changes exploration for hydrocarbons. It enables to extract the maximum amount of value from the seismic data by providing more detail on the subtle lithological variations of the reservoir. This analysis is used to speed up hydrocarbon prospecting workflows. It provides single interface for all seismic attribute calculations that makes the seismic attribute tool kit easy to understand and use in order to help in making better well placement decisions.

Seismic bearings are corrosion, stickiness, & wear resistant. It is natural rubber product ideal for isolating a structure during earthquake. It provides an elastic restoring force and is available in many different sizes. If it is used for construction purposes, it can prevent buildings from collapsing ensuring minimum damages in seismic zones.

The aim of seismic data acquisition is to deliver products that mimic cross-sections through the earth. In order to do this, the correct amount and types of data must be acquired, and applied to remove unwanted energy and to place the required events in the correct location. At the same time, a balance needs to be struck between cost and timeliness of data, while attaining also the important objectives of safe operations and doing no harm to the environment. It is an initial work to detect geological structures of the seabed.

Seismic design and analysis is a subset of structural analysis and is the calculation of the response of a building structure to earthquakes. It is part of the process of structural design or structural assessment and retrofit in regions where earthquakes are prevalent.

Seismic imaging directs an intense sound source into the ground to evaluate subsurface conditions and to possibly detect high concentrations of contamination. Receivers called geophones, analogous to microphones, pick up echoes that come back up through the ground and record the intensity and time of the echo on computers. Data processing turns these signals into images of the geologic structure. This technology is similar in principle to active electromagnetic survey technology.