  We explore the possibility of baryogenesis in the framework of quintessential
inflation. We focus on the model independent features of the underlying
paradigm and demonstrate that the required baryon asymmetry can successfully be
generated in this scenario. To this effect, we use the effective field theory
framework with desired terms in the Lagrangian necessary to mimic baryon number
violation \textit{\`{a} la} spontaneous baryogenesis which can successfully
evade Sakharov's requirement allowing us to generate the observed baryon
asymmetry in the equilibrium process. Our estimates are independent of the
underlying physical process responsible for baryon number violation. The
underlying framework of quintessential inflation essentially includes the
presence of kinetic regime after inflation which gives rise to blue spectrum of
gravitational wave background at high frequencies. In addition to baryogenesis,
we discuss the prospects of detection of relic gravitational wave background,
in the future proposed missions, sticking to model independent treatment.
