  A dynamical system analysis is performed for a model of dissipative
quintessential inflation realizing warm inflation at early primordial times and
dissipative interations in the dark sector at late times. The construction
makes use of a generalized exponential potential realizing both phases of
accelerated expansion. A focus is given on the behavior of the dynamical system
at late times and the analysis is exemplified by both analytical and numerical
results. The results obtained demonstrate the viability of the model as a
quintessential inflation model and in which stable solutions can be obtained.
