Self-Recovering Infrastructures and Networks under Spatial Grasp Paradigm

Abstract

Self-recovery, often mentioned as self-healing and remediation, is an extremely important superpower-like feature of large systems on national, international, up to the global world level. It may relate to critical infrastructures covering different human activity areas including prosperity, integrity, economy, evolution, and especially security. The paper investigates and shows how the developed Spatial Grasp model and technology with its recursive Spatial Grasp Language can organize distributed infrastructures with networks of any volumes and topologies to behave in a really self-healing, self-repairing, actually “immortal” manner. And the proposed solution is universal and global, meaning that an arbitrary network can effectively self-recover from any damages of nodes and links, after any fragmentation onto disjoint parts, even if only a single node still remains alive. And this self-analysis and self-recovery is performed in a fully distributed manner, without any central resources, also fitting networks than can constantly evolve in time and space.