MPTCPbonding

MPTCPbonding is a network communication technique that enhances performance and reliability by aggregating multiple network paths. It is an extension of Multipath TCP (MPTCP), a transport layer protocol designed to utilize multiple available network interfaces simultaneously. MPTCPbonding specifically refers to the practice of using MPTCP to effectively bond these interfaces together, treating them as a single, more robust connection.

The primary goal of MPTCPbonding is to improve throughput and resilience. By distributing traffic across different network paths, such as Wi-Fi and cellular, MPTCPbonding can achieve higher aggregate bandwidth than any single path could offer. This is particularly beneficial for bandwidth-intensive applications like large file transfers or video streaming.

Furthermore, MPTCPbonding significantly enhances reliability. If one network path experiences congestion or disconnection, MPTCP can automatically reroute traffic through the remaining active paths without interrupting the ongoing communication. This failover capability makes applications more resilient to network instability.

Implementation of MPTCPbonding typically requires support at both the client and server sides, as well as at the operating system level. While MPTCP is a standard, the specific configurations and optimizations for bonding can vary. The technology aims to provide a seamless user experience by transparently managing multiple network connections, making them appear as one unified, high-performance link.