  Recently we pointed out that the black hole interior operators can be
reconstructed by using the Hayden-Preskill recovery protocols. Building on this
observation, we propose a resolution of the firewall problem by presenting a
state-independent reconstruction of interior operators. Our construction avoids
the non-locality problem which plagued the "$A=R_{B}$" or
"$\text{ER}=\text{EPR}$" proposals. We show that the gravitational backreaction
by the infalling observer, who simply falls into a black hole, disentangles the
outgoing mode from the early radiation. The infalling observer crosses the
horizon smoothly and sees quantum entanglement between the outgoing mode and
the interior mode which is distinct from the originally entangled qubit in the
early radiation. Namely, quantum operation on the early radiation cannot
influence the experience of the infalling observer since description of the
interior mode does not involve the early radiation at all. We also argue that
verification of quantum entanglement by the outside observer does not create a
firewall. Instead it will perform the Hayden-Preskill recovery which saves an
infalling observer from crossing the horizon.
