It wasn't one person, but a couple. Ron Mallet's work, although considered to be largely wasted effort, did result in the development of the helical waveguide which makes posing on past FiOS networks(with photons) possible. A university team developed the mechanism for posting on older phoneline networks (using electrons), the plasma wakefield accelerator. Both are directed towards a heim field generator (which looks like two superconducting rings spinning against one another, very close together, at very low temperatures) which produces a microsingularity at the focal point of its toroidal field. The desired information packet is encoded into a stream of photons or electrons which are then entangled, and the entangled particles are kept in the present. The particle stream is fired into the heim field and enters a very tight orbit around the microsingularity. The heim field bumps the particles up into a nearby dimension where the speed of light is considerably higher, and where the influence of the local heim field is weakened. They orbit at well over local C, then escape on a tangent predicted to drop them out of h-space precisely at the right place and time for insertion into the desired networks.