  The hadronic energy resolution required for an hadronic operating at lepton
collider is at the limits or even exceeds that obtained with traditional
techniques. Furthermore, it is a well established fact that the presence of an
electromagnetic section in front of an hadron calorimeter, as occurs in the
layouts of the majority of detectors operating at a collider, would deteriorate
the hadronic energy resolution of the device. The novel $ADRIANO$ technology
(\textit{A Dual-readout Integrally Active Non-segmented Option}), currently
under development at Fermilab, overcomes the above limitations by complementing
an integrally active calorimeter with the dual-readout technique. Detailed
Monte Carlo studies indicate that the energy resolution is in the
$25\%/\sqrt{E}$ - $38\%/\sqrt{E}$ interval with a linear response of the
detector up to an energy of 200 GeV. A baseline configuration is chosen with an
estimated energy resolution of $\sigma(E)/E\approx30\%/\sqrt{E}$. Several
prototypes have been built by \textit{T1015} Collaboration at Fermilab, to
explore the effect of modifications of the layout from the baseline
configuration. Preliminary results from several test beams at the
\textit{Fermilab Test Beam Facility} (FTBF) of $\sim1\lambda_{I}$ prototypes
are presented. Future prospects with ultra-heavy glass are, also, summarized.
