The "orb" in Proxorb refers to absorption , not reflection. In standard security, we block or bounce threats. Proxorb absorbs them.
When combined, Proxorb describes a scenario where a molecule or atom is held in the immediate vicinity of a surface or host structure, influenced by electron orbitals, yet without forming a formal chemical bond. It is distinct from adsorption (where molecules stick firmly to a surface) and absorption (where molecules are swallowed inside). proxorb
Features include a one-click proxy button via its popup extension and a context menu that allows users to proxy specific links or selected text directly. The "orb" in Proxorb refers to absorption , not reflection
Your private key is mapped to points on a virtual sphere. To reconstruct the key, an attacker must compromise nodes covering >51% of the sphere's surface area. Because Proxorb constantly rotates these surface coordinates, the window of attack closes faster than light can travel across the orb's diameter. When combined, Proxorb describes a scenario where a
In classical chemistry, atoms are glued together by covalent or ionic bonds—strong, rigid connections that share or transfer electrons.
The final frontier of Proxorb is . Multiple Proxorbs will begin to interact—not exchanging data directly, but orbiting each other. When two orbs touch, they momentarily merge surfaces, exchange encrypted keys via quantum tunneling emulation, then separate. This creates a mesh of absorptive privacy that scales to planetary levels.