VektorNetzwerkAnalysator

VektorNetzwerk is a conceptual network architecture that emphasizes vector-based routing and multi-path data flows. Proposed to improve scalability and resilience, it treats communication as movements along coordinated vector paths rather than single mono-path hops. The term is primarily used in German-language technical discussions and academic abstracts describing vector-oriented networking ideas rather than a single deployed standard.

Core components include vector nodes, vector channels, a vector routing protocol, and a vector map. Vector nodes store and forward data and participate in routing decisions. Vector channels are logical links that can carry multiple data streams with assigned vectors. The vector routing protocol computes paths using multi-criteria metrics (latency, bandwidth, congestion, reliability) and can reconfigure routes in response to topology changes. A control plane disseminates topology information; a data plane applies vector routing decisions at line rate.

Operation often relies on splitting traffic across several vectors to achieve fault tolerance and lower tail latency. The architecture supports multicast by extending vectors to groups and using coordinated replication. Security considerations focus on authentication of vector paths, integrity of vector maps, and resilience against route manipulation.

Applications include high-capacity data centers, carrier networks, edge computing for IoT, and distributed AI workloads. Advantages cited in literature include improved scalability, finer-grained traffic engineering, and rapid adaptation to link failures. Challenges include design complexity, interoperability with existing IP-based systems, standardization gaps, and potential energy overhead for multi-path operations.

Origin and status: The concept emerges from theoretical networking work in the 2010s and 2020s that explores vectorization as a generalization of multi-path routing. It remains mostly in the research and proposal stage, with no widely adopted standards or broad deployments.