Hyper-Spatial Teleportation: A Zero-Latency Data Reconstruction Protocol Using Large Prime Coordinates

The exponential growth of global data traffic, driven by AI, Digital Twins, and Swarm Robotics, has exposed the fundamental limitations of current storage-based communication protocols. This paper proposes a novel paradigm, Hyper-Spatial Teleportation (HST), which replaces the transmission of physical data bits with mathematical coordinates in a high-dimensional lattice space defined by Large Primes (e. g. , Mersenne Primes). By transmitting only coordinate vectors and reconstructing the original data in real-time at the edge using the HSKG (Hyper-Spatial Kernel Generator) engine, we achieve a theoretical compression ratio of 10⁶: 1 and near-zero latency. This stateless architecture fundamentally resolves data sovereignty issues, provides quantum-resistant security, and offers a breakthrough solution to the "Memory Wall" bottleneck in next-generation AI semiconductors. Keywords: Storage-less Computing, Large Prime Cryptography, Digital Twin, Swarm Robotics, Zero-Latency Streaming, Memory Wall Solution. Related Patents: KR 10-2026-0026001 (Core Technology) KR 10-2026-0025997 (Service Application) Priority: KR 10-2026-0009964 (2026. 01. 19)