  We present a predictive scheme for fermion masses and mixings inspired by
supersymmetric SO(10) in which the gauge hierarchy problem is resolved without
fine tuning the parameters. There are six predictions in the flavor sector, all
consistent with the present data. The scheme reproduces the familiar asymptotic
relations $m_b=m_\tau$ and $m_dm_sm_b=m_e m_\mu m_\tau$. A new expression for
$V_{cb}$ is obtained in terms of the quark masses. The remaining predictions
involve the quark mixing angles $V_{us}$ and $V_{ub}$, as well as the parameter
tan$\beta$ which turns out to be close to $m_t/m_b$.
