The article has aims to design and assessment an automatic dual axis solar tracking system with provision for remote data analysis, in order to monitor the system. This study uses light dependent resistance LDRs to detect the light intensity of the sun and according to it is signal to the inbuilt ADC of the PIC18F4520 the PIC will give a signal to the motor driver, which will actuate the unipolar stepper motors to move the solar panel into two orientation azimuth and altitude angles. The energy which can be produced by using photovoltaic PV solar cells depends on different factors; an irradiation is one of the most important of these factors. The maximum energy from the sun can be extracted by keeping the solar cells always perpendicular to the incident radiation of the sun. The diurnal and seasonal variation of the earth affects the radiation in the form of waveform which is received by the solar cells. Solar tracking system moves the solar cells to follow the trajectories of the sun and maintain the orientation of the PV at an optimal tilt angle. By using solar tracking system, the efficiency of the PV can be improved................. Keywords:............. Double Axis Solar, Tracking System, Wirelessly Data Provision, Remote Data Analysis.