Numerous passive and active experiments, in particular on induced seismicity, indicate a possible connection between earthquakes with the well-known Pascal's law, in its quadratic or cubic forms.

The difficulty lies in overcoming the usual representation of the implementation of Pascal's law in strict technical forms from the blurred boundaries of geological forms (geological structures), when and where it is necessary to consider areas in Pascal's equation as a function of space and time.

It is also important to take into account the generality of the laws of pressure propagation in fluids of various genesis, such as: water, gas-oil and other mixtures, magma and during rheological processes in a solid.

It is necessary to take into account the difference between standard and geological time when studying the natural processes of hydraulic action in the Earth according to Pascal's law.

Based on a well-known physical law, it is possible to study geological forces and mechanisms for transforming these forces into tectonic impact.

Research methods are traditional: IIoT (Industrial Internet of Things with Smart Sensors); math modeling; Internet-surfing to summarize the results of experiments.