It is widely believed that all matter crossing the event horizon of a black hole is absorbed into its interior. The Planck scale sets a limit on the concentration of matter at the black hole's core. According to general relativity, matter density within the singularity surpasses Planck density, leading us to conjecture that spacetime becomes disrupted. Following black hole formation, matter is theorized to migrate from the core towards the event horizon, driven by a topological force associated with the expansion of spacetime disruptions, culminating in the firewall phenomenon. We heuristically conclude that black holes lack an internal spacetime structure, offering a potential resolution to the black hole information paradox.